Advances in Agronomy, Volume 32

ADVANCES IN AGRONOMY VOLUME 32 ACADEMIC PRESS RAPID MANUSCRIPT REPRODUCTION ADVISORY BOARD H. J. GORZ,CHAIRMAN K . ...

Author: Albert S. Hunter

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ADVANCES IN

AGRONOMY VOLUME 32

ACADEMIC PRESS RAPID MANUSCRIPT REPRODUCTION

ADVISORY BOARD H. J. GORZ,CHAIRMAN K . M. KING R. B. GROSSMAN T. M . STARLING J. B. POWELL

J. W. BIGGAR

M.STELLY, EX OFFICIO ASA Headquarters 1979

ADVANCES IN

AGRONOMY Prepared in Cooperation with AMERICAN

SOCIETY OF

AGRONOMY

Edited by N. C. BRADY International Rice Research Institute Manila, Philippines

VOLUME 32

CUMULATIVE INDEXES FOR VOLUMES 1-30 Prepared by ALBERT S. HUNTER Professor Emeritus of Soil Fertility Department of Agronomy The Pennsylvania State University University Park. Pennsylvania

ACADEMIC PRESS A Subsidiary of Harcourt Brace Jovanovich, Publishers New York London Toronto Sydney San Francisco

1980

COPYRIGHT @ 1980, BY ACADEMIC PRESS,INC. ALL RIGHTS RESERVED. NO PART OF THIS PUBLICATION MAY BE REPRODUCED OR TRANSMITTED IN ANY FORM OR BY ANY MEANS, ELECTRONIC OR MECHANICAL, INCLUDING PHOTOCOPY, RECORDING, OR ANY INFORMATION STORAGE AND RETRIEVAL SYSTEM, WITHOUT PERMISSION IN WRITING FROM THE PUBLISHER.

ACADEMIC PRESS, INC.

111 Fifth Avenue, N e w York, New York 10003

United Kingdom Edition published by ACADEMIC PRESS, INC. ( L O N D O N ) LTD. 24/28 Oval Road, London NWl IDX

LIBRARY OF CONGRESS CATALOG CARD NUMBER: 5 0 -5 5 9 8 ISBN

0-12-000732-0

PRINTED IN THE UNITED STATES OF AMERICA 80 81 82 83

9 8 7 6 5 4 3 2 1

CONTENTS

Preface Acknowledgments

vii

ix

Key-Word Index for Volumes 1-30

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1

Author Index for Volumes 1-30

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13

Subject Index for Volumes 1-30

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23

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As the world’s scientific literature expands, it becomes increasingly difficult for the individual scholar and scientist to keep abreast of the research findings in his field. Agronomists and associated crop and soil scientists have social problems in this regard because of the wide range of subjects covered by the field of Agronomy. All aspects of field crop inprovement, crop culture, and crop quality are included. Likewise, all those activities of soil scientists concerned with crop production on a sustained basis are covered. Advances in Agronomy has done much to accomodate the communication among agronomists and crop and soil scientists. The primary objective of this review journal is to publish papers that summarize research progress in various aspects of agronomy and of crop and soil science. During the past 30 years, 245 articles have appeared in this journal. Written by 454 authors from nations throughout the world, these papers have provided concise reviews of subjects ranging from the genetics and physiology of important crop plants to the classification and conservation of soils and to their utilization for crop production. To provide easier access to the literature covered in the first 30 volumes of Advances in Agronomy, this index volume is being published. Prepared by Dr. Albert S. Hunter, Emeritus Professor at Pennsylvania State University, this volume provides invaluable reference information on all phases of Agronomy as reviewed by the authors of the first 30 volumes of this important series. Soil and crop scientists throughout the world are indebted to Dr. Hunter for the tedious job he has performed for us. His selfless devotion to the task of compiling the information contained herein places every soil and crop scientist in his debt. Likewise, the support he received from his colleagues at Pennsylvania State University in preparing this volume is recognized and appreciation expressed for it.

N. C. Brady

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Sincere thanks are expressed to Dr. James L. Starling, Head, Department of Agronomy, and to the administrators of the College of Agriculture for providing access to computer services, and to Mr. John C. Mullin and the staff of the Agricultural Data Processing Service for computer programming and much of the routine card punching that made the preparation of these indexes feasible.

Albert S . Hunter Professor Emeritus of Soil Fertility Department of Agronomy The Pennsylvania State University University Park, Pennsylvania January 1980

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Advances in AGRONOMY, Volume 32

KEY-WORD INDM FOR VOLUMES 1-30

A ABSORPTION OF IONS EY PLANT ROOTS, ( 2 5 ) 163 ABSORPTION OF I O N S BY PLANT R O O T S , ( 2 5 ) 163 ACCUMULATION OF NITRATE I N VEGZTABLES, ( 2 8 ) 7 1 ACID-SULFATE S O I L S , GENESIS A N D NANAGEMENT, (25) 265 ACTIVITY RATIOS, C R I T I C A L CATION, (2‘4) 379 ADAPTABILITY A N D BREEDING O F GRASSES FOR SOUTHEASTERR UNITED STATES, (3) 197 ADSORPTION, A N I O N , RY S O I L S A N D S O I L UATEBIALS, (30) 1 AERATION OF S O I L , MEASUREMENT OF WITH PLATINUM NICROELECTRODE, (22) 235 AGGREGATION O F S O I L , DYNAEICS OF, ( 1 8 ) 107 AGGREGATION, S O I L , (6) 1 A I R POLLUTANTS, PLANT RESPONSE TO, ( 2 3 ) 111 A I R POLLUTION OXIDANTS, PLANT RESPONSES TO, (27) 89 AGRICULTURAL ENGINEERING, PROGRESS I N , (5) 1 8 5 AGRICULTURAL NACHINERY, RECENT DEVELOPNENTS I N , (11) 1 7 1 AGRICULTURAL TRENDS I N OLD COTTON BELT, (9) 1 AGRICULTURE A N D HORTICULTVRE, CHANGING PATTERN I N CANADA, (5) 320 AGRICULTURE, CHANGING PATTERN I N ENGLAND A N D WALES, ( 3 ) 165 AGRICULTURE, INTERNATIONAL COLLABORATION I N , (6) 95 AGRICULTURE, I R R I G A T I O N , A N D S O I L RESEARCH I N UNITED STATES, ( 3 ) 3 2 3 AGRICULTURE, PLANT INTRODUCTION AS FEDERAL SEBVICE TO, (7) 189 AGRICULTURE, P O S S I B L E S I G N I F I C A N C E O F EARTHWORNS I N , (13) 2 4 9 AGR3NOMIC CONTROLS OVER ENVIRONNENTAL CYCLING OF TRACE ELENENTS, ( 2 0 ) 235 AGRONOMIC CROPS, COLD HARDINESS A N D FREEZING I N J U R Y O F , (30) 51 AGRONOMIC TSENDS A N D PROBLENS I N GREAT P L A I N S , ( 1 0 ) 1 AGRONOMY, CONTRIBUTIONS O F S T A T I S T I C S TO, (9) 177 AGRONOMY, GRASSLAND, I N A’JSTRALIA, ( U ) 1 AGRONONY I N SOUTHWEST UNITED STATES, ( 1 2 ) 197 ALFALFAS, CREEPING, ( 1 5 ) 317 ALFALFA. EFFECTS OF ENVIRONMENT ON GROWTH OF, (29) 183 ALFALFA INPROVEUENT, (1) 205 ALFALFA UFADOWS, NANAGEMSNT, ( 3 ) 94 ALKALI A N D S A L I N E S O I L S , PLANT GROWTH ON, ( 1 ) 1 ALLOPHANE S O I L S , PHYSICAL PROPERTIES OF, ( 2 9 ) 229 A M N O N I A , ANHYDROUS, AS A F E R T I L I Z E R , (8) 6 2 ANNONIA, REACTIONS I N S O I L S , (10) 3 2 5 AEORPHOUS CLAY CONSTITUENTS O F S O I L S , (26) 2 1 1 AMORPHOUS INORGANIC NATERIALS I N S O I L S , (16) 327 ANHYDROUS AMMONIA AS A F E R T I L I Z E R , (8) 6 2 ANINALS, NITRATE POISONING OF, A N D NITRATE I N CROPS, (16) 1 9 7 ANINAIS, PLANTS, A N D S O I L S , TRACE BETALS I N , (24) 267 ANIUALS, S O I L S , PLANTS, S I L I C A I N , ( 1 9 ) 107 ANION ADSORPTION BY S O I L S A N D S O I L NATERXALS, (30) 1 ARABLE S O I L S OF WORLD, POTENTIALLY, ( 2 1 ) 109 ATOMIC ENERGY A N D PLANT S C I E N C E S , (U) 279 AUSTRALIA, GRASSLAND AGRONOMY I N , (4) 1 AUSTRALIAN S O I L S , RESPONSES TO F E R T I L I Z E R S , ( 1 0 ) 168

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Advances in AGRONOMY, Volume 32

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BALANCE S H E E T S , NITROGEN, ENIGMA O F , (7) 213 BARLEY, MALTING, I N U N I T E D S T A T E S , (25) 327 BARLEY YELLOW DWARF V I R U S D I S E A S E O F SMALL G R A I N S , ( 1 3 ) 217 BEHAVIOR O F H E R B I C I D E S I N P L A N T S , (24) 327 B I O C H E M I C A L , P H Y S I O L O G I C A L , AND G E N E T I C B A S I S OF H E T E R O S I S , (27) 1 2 3 B I O L O G I C A L METHODS, EVALUATION O F F E R T I L I Z E R S BY, ( 1 4 ) 265 B I O L O G I C A L S I G N I F I C A N C E OF ENZYRSS I N S O I L S , (27) 25 B I O L O G I C A L Y I E L D O F C E R E A L S , AGRONOfiIC AND P L A N T B R E E D I N G C R I T E R I O N , ( 1 8 ) 3 6 1 B I O M A S S P R O D U C T I V I T Y O F C R O P M I X T U R E S , ( 2 6 ) 177 B I R D S F O O T T R E F O I L , ( 2 2 ) 119 BOR3N I N S O I L S AND CROPS, (1) 3 2 1 BRAONERDE (BROWN F O R E S T S O I L ) , CONCEPT O F I N U N I T E D S T A T E S AND E U R O P E , ( 9 ) 217 BREEDING AND C Y T O G E N E T I C S O F P E R R L M I L L E T , ( 2 0 ) 50 BREEDING AND G E N E T I C S OF SOYBEAN, (14) 149 BREEDING C E R E A L S , HARVEST I N D E X AND B I O L O G I C A L Y I E L D S AS C R I T E R I A , (28) 3 6 1 BREEDING CORN, B I O C H E M I C A L APPROACH T O , (19) 45 BREEDING GRASS, P R O G F E S S I N , ( 8 ) 128 BREEDING G R A S S E S FOR SOUTHEASTERN S T A T E S , (3) 197 BREEDING WHEAT FOR Q U A L I T Y , ( 1 7 ) 85 BROHN F O R E S T S O I L ( B R A U N E R D T ) , CONCEPT O F I N U N I T E D S T A T E S AND EUROPE, (9) 217 C

(26) 261 C A L I B R A T I O N AND U S E O F NET RADIOMETERS CANADA, CHANGING PATTERN O F A G R I C U I T U R E A N D H O R T I C U L T U R E , (5) 3 2 0 CASTORBEANS, NEW O I L CROP FOR MECHANIZED PRODUCTION, (10) 258 CATION A C T I V I T Y R A T I O S , C R I T I C A L , (24) 379 CEREALS, A S P E C T S OF COMPARATIVE P H Y S I O L O G Y OF G R A I N Y I E L D , (28) 3 0 1 C E R E A L S , Y I E L D AND HARVEST I N D E X OF AS PLANT E R E E D I N G C R I T E R I A , (28) 3 6 1 CHARACTERIZATION OF S O I L POLYSACCHARIDES, (21) 195 CHEMICAL MONITORING O F S O I L S FOR ENVIRONMENTAL Q U A L I T Y , A N I B A L AND HUMAN HEALTH, (27) 305 CHEMICAL TREATMENT OF S O I L S FOR NEMATODE C O N T R O L , (3) 243 C H E R I C A L WEATHERING O F S O I L M I N E R A L S , (5) 221 CHEMICAL REED CONTROL, I M P A C T ON FARM FIANAGEMENT, (15) 1 6 1 C H E M I S T R Y O F M I C R O N U T R I E N T E L E B E N T S I N S O I L S , (15) 119 C H E M I S T R Y O F SUBMERGED S O I L S , (24) 29 C H I L L I N G AND F R O S T I N J U R Y , GROWING P L A N T S , (22) 203 C H L O R O S I S , I R O N , I N P L A N T S , (13) 3 2 9 CLAY, AMORPHOUS, C O N S T I T V E N T S O F S O I L S , (26) 211 CLAY F R A C T I O N OF S O I L S , ( 1 2 ) 1 CLAY H I N E R A L S I N S O I L S , ( 1 ) 1 5 9 CLAY-ORGANIC COMPLEXES, I N T E R A C T I O N S , (22) 75 CLAY-WATER I N T E R A C T I O N , P H Y S I C A L CHEMISTRY OF, (13) 2 6 9 C L I R A T E AND C R O P ADAPTATION, (6) 199 CLOVER, C R I M S O N , (25) 4 7 CLOVER, L A D I N O , ( 2 ) 208 CLOVER, RED, (12) 365 CLOVER, SUBTERRANEAN, ( 13) 57 CLOVER, SWEET. IMPROVEMENT, (17) 1 6 4 COAL M I N E S P O I L S , RECLAMATION, ( 2 ) 3 1 8 COLD H A R D I N E S S AND F R E E Z I N G I N J U R Y OF AGRONOMIC C R O P S , (30) 51 COLORADO MOUNTAIN S O I L S , (17) 234 COMPLEXES, CLAY-ORGANIC, INTERACTIONS, (22) 75 C O N F I G U R A T I O N , ROOT SYSTEM, R E L A T I C N T O N U T R I E N T UPTAKE, (22) 1 5 9 CONSEBVATION OF S O I L I N U N I T E D S T A T E S , PROBLEMS AND P R O G R E S S , [ 3 ) 265 CONSERVATION, S O I L , AND P R O D U C T I V I T Y , MANAGEMENT FOR, (5) 3 8 3 CONSERVATION, S O I L AND HATER, NEW LEGUMES AND G R A S S E S FOR, (10) 3 5 0 CONTAMINATION OF S O I L S BY PETROLEUM HYDROCARBONS, (13) 197 C O P P E R I N N U T R I T I O N , (4) 1 4 7 CORN B E L T S O I L S , NEW C O N C E P T S O F MANAGEEENT, (6) 1 2 1 CORN B R E E D I N G , B I O C H E M I C A L APPROACH TO, (19) 45

KEY-WORD INDEX FOR VOLUMES 1-30

3

CORN ( f l A I Z E ) , CARBOHYDRATE S Y N T H E S I S I N , (20) 275 CORN IflPROVEMENT, O B J E C T I V E S , (16) 102 CORN, flINERAL N U T R I T I O N , RELATED TO GROWTH ANC CULTURE, (8) 321 CORN, PLANT POPULATION I N RELATION T O S O I L P R O D U C T I V I T Y , (10) 436 CORN, SOYBEANS, ENERGY REQUIREflENTS, T I L L A G E - P L A N T I N G S Y S T E B S , (29) 1 U 1 COTTON, (2) 1 COTPON B E L T , OLD, AGRICULTURAL TRENDS I N , ( 9 ) 1 COTTON, HYBRID, S P E C I F I C PROBLEflS AND P O T E N T I A L S , (30) 129 C R E E P I N G ALFALFAS, (15) 317 CRIMSON CLOVER, (25) 47 C R I P I C A L CATION A C T I V I T Y R A T I O S , (24) 379 CROP ADAPTATION, AND C L I f l A T E , (6) '199 CROP AND PASTURE PLANTS, C O f l P E T I T I O N AIIONG, (15) 1 CROP D I S T R I B U T I O N A N D Y I E L D , ROLE O F REflOTE S E N S I N G I N D E T E R f l I N I N G , (17) 271 CROP IIIXTURES, BIOflASS PRODUCTIVITY O F , (26) 177 CROP PLANTS, EVOLUTION FOR WINTER HARDINESS, ( 8 ) 204 CROP PRODUCTION, ECCNOflICS O F F E R T I L I Z E R USE I N , (11) 133 CROP PRODUCTION ANC PHOTOSYNTHESIS, (23) 317 CROP PRODUCTION, SWEDISH, RECENT CHANGES I N . (7) 39 CROP RESPONSE T O "AVAILABLE" PHOSPHORUS I N F E R T I L I Z E R S , (16) 59 CROP WATER D E F I C I T S , (18) 161 CROP Y I E L D , PHYSIOLOGICAL G E N E T I C S O F , (24) 9 7 CROP YIELDS. OUANTITATIVE R E L A T I O N S H I P S Y I T H PLANT POPULATION. 1211 281 C R O P S , AGRONOIIIC, C O L D HARDINESS A N D FREEZING INJURY O F , ( 3 0 ) -51' CROPS AND S O I L S , BORON I N , ( 1 ) 321 CROPS A N D S O I L S , RELATION TO WATER, (11) 1 CROPS, FORAGE, PRESERVATION AND STORAGE, ( 2 ) 274 CROPS, N I T R A T E ACCUMULATION I N A N D P O I S O N I N G OF ANIflALS, (16) 197 CYTOGENETICS A N D BREEDING O F PEARL MILLET, (20) 50 D D E F I C I E N C Y , Z I N C , A N D I T S CONTROL, (9) 31 D E F O L I A T I O N A N D D E S I C C A T I O N , HARVEST A I D P R A C T I C E , ( 9 ) 6 8 D E S I C C A T I O N A N D D E F O L I A T I O N , HARVEST A I D P R A C T I C E ,. (9) . . 68 D I S E A S E , BARLEY YELLOW DUARP V I R U S , O F SBALL G R A I N S , (13) 217 D I S E A S E AND I N S E C T R E S I S T A N C E I N R I C E , (29) 265 E EARTHWORMS, ABUNDANCE A N D S I G N I F I C A N C E I N AGRICULTURE, (13) 249 EASTERN U N I T E D S T A T E S , FRAGIPAN S O I L S , (21) 237 ECOLOGICAL AND P H Y S I O L O G I C A L FACTORS I N FORAGE S E E D f l I X T U R E S , ( 4 ) 179 ECOLOGY OF PASTURES. MEDITERRANEAN ANNUAL-TYPE. (181 1 ECONOMICS O F FERTILIZER U S E IN C R O P PRODUCTION, (11) 133 ELECTRON PlICROPROBE X-RAY ANALYZER FOR S O I L S , (20) 153 ENERGY ENVIRONMENT OF P L A N T S , (18) 171 ENERGY REQUIREflENTS, CORN, SOYSEANS, T I L L A G E - F L A N T I N G SYSTEMS, (29) 141 ENGLAND AND WALES, CHANGING PATTERN O F AGRICULTURE. ( 3 ) 165 ENVIRONMENT, E F F E C T S ON ALFALFA GROWTH, (29) 183 ENVIRONMENT, ENERGY, O F PLANTS, (18) 1171 ENVIRONRENTAL CYCLING O F TRACE ELEMENTS, AGRONOflIC CONTROLS OVER, (20) 235 ENVIRONMENTAL QUALITY O F S O I L S , CHEMICAL MONITORING FOR, ( 2 7 ) 3 0 5 ENZYNES I N S O I L S , B I O L O G I C A L S I G N I F I C A N C E O F , (27) 25 EROSION, R A I N F A L L , (14) 109 EROSION, WATEF, PLANT NUTRIENT L O S S E S BY, (15) 303 EROSION, WIND, P H Y S I C S A N D CONTROL, (15) 211 EUR3PE A N D UNITED STATES, CONCEPT O F BRAUNERDE I N , ( 9 ) 217 EVALIJATION OF F O R E S T S I T ? QUALITY I N U N I T E D S T A T E S , (17) 209 EVOLUTION FOR WINTER HARDINESS I N CROP PLANTS, (8) 204 EXTRACHROMOSOMAL I N H E R I T A N C E , ROLE I N PLANT BBEEDING, (24) 1 EXTRACTION O F S O I L POLYSACCHARIDES, (21) 195 EXUDATION, ROOT, FACTORS A F F E C T I N G , (23) 89

Advances in AGRONOMY, Volume 32

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FARNING, STUBBLE HULCH, (13) 125 FATE O F NITROGEN A P P L I E D T O S O I L S , (18) 219 F E R T I L I Z E R AND L I N E R E Q U I R E N E N T S O F S O I L , C H E N I C A L T E S T S F O R , (8) 242 F E R T I L I Z E R A N D S O I L NITROGEN, TRACERS FOR RESEARCH ON, (18) 219 F E R T I L I Z E R , NOLYBDENUN AS, (8) 164 F E R T I L I Z E R PRODUCTION A N D TECHNOLOGY. (1 1) 234 F E R T I L I Z E R , RESIDUAL E F F E C T O F , (9) 205 F E R T I L I Z E R R E S P O N S E S , AUSTRALIAN S O I L S , (10) 168 F E R T I L I Z E R USE AND PLANT N U T R I E N T BEHAVIOR, CHANGING CONCEPTS, (101 68 F E R T I L I Z E R USE, ECONONICS O F I N C R O P PRODUCTION, (11) 133 F E R T I L I Z E R S A N D E F F I C I E N T USE O F WATER. (14) 223 F E R T I L I Z E R S AND F E R T I L I Z E R P R A C T I C E S , NEW, (1) 39 F E R T I L I Z E R S , ADVANCES I N , (17) 1 F E R T I L I Z E R S , "AVAILABLE" PHOSPHORUS I N AND C R O P R E S P O N S E TO, (16) 5 9 F E R T I L I Z E P S , EVALUATION 3 Y B I O L O G I C A L HETHODS, (14) 265 F E R T I L I Z E R S FOR USE UNDER T R O P I C A L C O N D I T I O N S , (27) 175 F E R T I L I Z E R S I N F O R E S T R Y , (12) 127 F E R T I L I Z E R S . NITROGEN, SLOH-RELEASE, . (23) 337 . FESCUE, TALL, (8) 283 F I E L D C R O P PRODUCTION A N D S O I L NANAGEHENT, P A C I F I C NORTHHEST, (8) 1 F I X A T I O N O F S O I L PHOSPHORUS. I l l 391 F I X A T I O N O F PHOSPHORUS I N S o I i S ; (9) 96 F I X A T I O N O F NITROGEN I N G R A S S E S , (29) 1 FLAX, S E E D , INPROVENENT, (6) 144 FLOHERING AND GROWTH O F S O R G H U H , G E N E T I C CONTROL OF, (25) 125 FORAGE C R O P S , PRESERVATION AND STORAGE, (2) 274 FORAGE S E E D H I X T U R E S , ECOLOGICAL AND P H Y S I O L O G I C A L F A C T O R S I N , ( 4 ) 179 FORAGE C R O P S , N U T R I T I V E VALUE, (21) 1 FOREST GROHTH AND S O I L , ( 4 ) 330 F O R E S T S I T E Q U A L I T Y EVALUATION I N U N I T E D S T A T E S , (27) 209 FORESTRY, F E R T I L I Z E R S I N , 112) 127 FORESTS, P I N U S RADIATA, S O I L A N D F E R T I L I Z E R REQUIREMENTS O F , (19) 307 FRAGIPAN S O I L S , EASTERN U N I T E D S T A T E S , (21) 237 F R E E Z I N G I N J U R Y AND COLD H A R D I N E S S O F AGRONOHIC CROPS. (30) 51 FROST AND C H I L L I N G I N J U R Y , GROWING PLANTS, (22) 203 G

GENES, N A T U R I T Y , O F SORGHUH, (19) 267 G E N E S I S AND NANAGEMENT OF ACID-SULFATE S O I L S , (25) 265 G E N E T I C CONTROL O F FLOWERING AND GROWTH OF SORGHWN, (25) 125 G E N E T I C H O D I F I C A T I O N , P R O T E I N Q U A L I T Y O F PLANTS, (21) 171 G E N E T I C , PHYSIOLOGICAL. A N D B I O C H E H I C A L B A S I S O F H E T E R O S I S , (27) 123 G E N E T I C S AND BREEDING O F SOYBEAN, (14) 149 G E N E T I C S , P R Y S I O L O G I C A L , O F CROP Y I E L D , (24) 97 G E N E T I C S , Q U A N T I T A T I V E , RELEVANCE TO PLANT BREEDING. 1261 277 G E N E T I C S , SOMATIC C E L L , AND PLANT I N P R O V E H E N T , (29).39 . GEOHORPHOLOGY, RELATION TO S O I L NORPHOLOGY AND G E N E S I S , (23) 51 GERM P L A S N , PLANT, PRESENT AND FUTURE. 123) 1 GRAIN LEGUMES O F LOWLAND T R O P I C S , (26j 1 . GRAIN Y I E L D S O F CEREALS, A S P E C T S O F COHPARATIVE PHYSIOLOGY O F , (28) 301 GRASS bND LEGUNE SEED PRODUCTION AND T E S T I N G , ADVANCES I N , (12) 42 GRASS BREEDING, PROGRESS I N , (8) 128 GRASS TETANY O F RUMINANTS, (22) 331 GRASSES, A D A P T A B I L I T Y AND BREEDING FOR SOUTHEASTERN S T A T E S , (3) 197 G R A S S E S AND LEGUHES, NEH, FOR S O I L AND WATER C O N S E R V a T I O N , (10) 350 GRASSES, NITROGEN F I X A T I O N I N , (29) 1 GRASSLAND AGRONONY I N AUSTRALIA, (4) 1 GRASSLAND NICROFLORA, (22) 375 GREAT P L A I N S , AGRONOHIC TRENDS AND P R O B L E H S I N , (10) 1 GREEN HANURING, VIEWED BY A PEDOLOGIST. (7) 142 G R O l T H AND CULTURE O F CORN, RELATED TO MINERAL N U T R I T I O N . ( 8 ) 321

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KEY-WORD INDEX FOR VOLUMES 1-30 GROHTH AND FLOWERING O F SORGHUN, G E N E T I C CONTROL OF, ( 2 5 ) GROHTH OF ALFALFA, E F F E C T S O F ENVIRONNENT ON, ( 2 9 ) 183 GROHTH O F LEGUME S E E D L I N G , (29) 119

125

H HARVEST INDEX OF CEREALS, AGRONONIC AND PLANT BREEDING C R I T E R I O N , (18) 3 6 1 HEALTH O F ANINALS AND H U N A N S , CHEMICAL NONITORING O F S O I L S FOR, (17) 305 H E R B I C I D E S , BEHAVIOR I N PLANTS, (24) 327 HETEROSIS PHYSIOLOGICAL, B I O C H E R I C A L , A N D G E N E T I C B A S I S , (27) 123 HORl'ICULTURE A N D AGRICULTURE, CHANGING PATTERN I N CANADA, ( 5 ) 320 HYBRID COTTON, S P E C I F I C PROBLERS AND P O T E N T I A L S , (30) 129 HYBRID WHEAT, (20) 199 HUNIC SUBSTANCES, S O I L , STRUCTURAL C H E N I S T E Y O F , (17) 328

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1

I N F I L T R A T I O N O F WATER I N T O S O I L S , ( 1 2 ) 311 I N H E R I T A N C E , EXTRACHRONOSONAL, ROLE I N P L I N T EREEDING, (24) 1 I N J U R Y , FROST A N D C H I L L I N G , TO GROWING PLANTS, (22) 203 I N S E C T A N D D I S E A S E R E S I S T A N C E I N R I C E , ( 2 9 ) 265 I N S E C T S , PLANT R E S I S T A N C E TO, (29) 1 8 7 I N T E R A C T I O N S , CLAY- ORGANIC CONPLEXES, ( 2 2 ) 75 INTERNATIONAL AGRICULTURE, COLLABORATION I N , (6) 95 ION ABSORPTION BY PLANT ROOTS, ( 2 5 ) 1 6 3 IRON C H L O R O S I S I N PLANTS, (8) 3 2 9 I R R I G A T E D PASTURES, ( 2 ) 3 5 1 I R R I G A T I O N , AGRICULTURE, AND SOIL RESEARCH I N UNITED S T A T E S , ( 3 ) I R R I G A T I O N . RELATICN T O S A L I N I T Y .~.116), 139 IRRIGATION, TRICKLE-DRIP, P R I N C I P L E S AND A P P L I C A T I O N , (29) 3 4 3 I S O P O P E S , USES I N S O I L P H Y S I C S RESEARCH, ( 1 4 ) 321

323

L LADINO CLOVER, (2) 2 0 8 LAND, AGRICULTURAL, ABUNDANCE A N D S I G N I F I C A N C E O F EARTHWORMS I N , ( 1 3 ) 249 LAND A N D S O I L S USE I N NETHERLANDS, (11) 3 3 1 LAND, I N D U S T R I A L , VEGETATION CONTROL ON, (U) 305 LAND TREATNENT OF WASTE WATER, ( 2 6 ) 133 LATERITE, (14) 1 LEGUNE A N D GRASS S E E D PRODUCTION A N D T E S T I N G , ADVANCES I N , (12) 42 LEGUNE S E E D L I N G , GROWTH 3 F . (29) 1 1 9 LEGllMES AND GRASSES, NEW, FOR S O I L A N D WATER CONSERVATION, (10) 350 LEGUMES, G R A I N , OF LOWLAND T R O P I C S , (26) 1 LESPEDEZAS, ( 9 ) 113 L I N E A N D F E R T I L I Z E R REQUIREMENTS O F S O I L , CHENICAL T E S T S FOR, (8) 2 4 2 L I U I N G , (10) 475 LODGING I N WHEAT AND OATS, (25) 2 0 9 LOWLAND T R O P I C S , GRAIN LEGUMES O F , (26) 1 N

MACHINERY, AGRICULTURAL, RECENT DEVELOPMENTS I N , ( 1 1 ) 1 7 1 NAIZE, CARBOHYDRATE S Y N T H E S I S I N , ( 2 0 ) 275 MALTING BARLEY I N UNITED S T A T E S , ( 2 5 ) 3 2 7 RANAGENENT A N D G E N E S I S O F ACID-SULFATE S O I L S , (25) 265 NANAGERENT, FARN, I N P A C T OF CHEMIC?IL WEED CONTROL ON, ( 1 5 ) 1 6 1 NANGANESE, S O I L , RELATION TO PLANT GROWTH, (4) 222 R A N U R I N G , GREEN, VIEWED BY A P E D O L O G I S T , ( 7 ) 142 MATURITY GENES OF SORGHUM (19) 267 NEADOWS, ALFALFA, MANAGEMENT, ( 3 ) 94 MEDITERRANEAN ANNUAL-TYPE PASTURES, ECOLOGY O F , (18) 1 NICROBIAL A C T I V I T I E S I N S O I L S AND R I N E R A L N U T R I T I O N OF PLANTS, (7) NICROBIOLOGY. PLACE I N S O I L S C I E N C E , (7) 3 9 9

75

Advances in AGRONOMY, Volume 32

6

MICROELECTRODE, PLATINUM, FOR BEASUREMENT OF S O I L AERATION, (22) 2 3 5 MICROFLORA OF GRASSLAND, ( 2 2 ) 375 NICRONUTRIENT ELEMENTS. CHEMISTRY I N S O I L S , (15) 119 NICRONUTRIENTS I N S O I L S , PLANTS AND ANINALS (24) 267 NICRONUTRIENT USAGE, TECHNICAL A S P E C T S , (6) 183 NICROORGANISMS, S O I L , A N D PLANT ROOTS, (1) 2 4 1 MILLET, PEARL, BREEDING A N D CYTOGENETICS, (20) 50 N I N E R A L I Z A T I O N O F ORGANIC NITROGEN I N S O I L , (7) 300 NINERAL N U T R I T I O N AND GROWTH O F TOBACCO, (19) 212 MINERAL N U T R I T I O N OF CORN, RELATED T O GROWTH AND CULTURE, ( 8 ) 3 2 1 MINERAL N U T R I T I O N OF PLANTS AND N I C R O B I A L A C T I V I T I E S I N S O I L S , (7) 75 NINERAL N U T R I T I O N OF PLANTS AND S O I L COLLOID T Y P E , ( 4 ) 67 MINERAL N U T R I T I O N OF SOYBEANS, ( 1 2 ) 2 3 0 MINERALS, CLAY, I N S O I L S , (1) 159 MINERALS, S O I L , CHEMICAL WEATHERING O F , (5) 221 M I S S I S S I P P I VALLEY, P R A I R I E S O I L S I N , ( 2 ) 157 MIKTURES OF CROPS, BIOMASS PRODUCTIVITY OF, (26) 177 MODIFICATION, GENETIC, OF PLANT P R O T E I N QUALITY, (21) 1 7 1 MOLYBDENUN AS A F E R T I L I Z E R , ( 8 ) 1 6 4 NOUNTAIN S O I L S . COLORADO, (17) 234 N

NEMATODE CONTROL, CHEMICAL TREATMENT O F S O I L FOR, (3) 243 NETHERLANDS, S O I L S A N D LAND USE I N , (11) 3 3 1 NET RADIOMETERS, C A L I B R A T I O N A N D USE, (26) 2 6 1 N I T R A T E , ACCUMULATION I N CROPS A N D POISONING O F ANIMALS, (16) 1 9 7 NITRATE ACCUMULATION I N VEGETABLES, (28) 7 1 N I T R I F I C A T I O N EETARDERS, (23) 337 NITROGEN AND PHOSPHORUS, A V A I L A B I L I T Y TO R I C E I N WATERLOGGED S O I L S , NITEOGEN A P P L I E D TO S O I L S , F A T E O F , (18) 219 NITROGEN, E F F E C T S ON PHOSPHORUS A V A I L A B I L I T Y TO PLANTS, (11) 369 NITROGEN F E R T I L I Z E R S , SLOW-RELEASE, ( 2 3 ) 3 3 7 NITROGEN F I X A T I O N I N GRASSES, (29) 1 NITROGEN, ORGANIC, N I N E R A L I Z A T I O N I N S O I L , ( 7 ) 300 NITROGEN, S O I L , (2) 8 1 NITROGEN, S O I L A N D F E R T I L I Z E R , TRACERS FOB RESEARCH ON, (18) 219 NITROGEN, S O I L , ENIGMA OF BALANCE S H E E T S NITROGEN S T R E S S I N PLANTS, (28) 1 NITROGENOUS F E R T I L I Z E R , ANHYDROUS AMMONIA AS, ( 8 ) 62 NUCLEO-CYTOPLASMIC R E L A T I O N S H I P S I N WHEAT, (28) 267 NUT A N D T R E E F R U I T PRODUCTION, PROGRESS A N D PROBLEMS, (17) 283 NUTRIENT MOVEMENT TO PLANT ROOTS, (20) 9 1 NUTRIENT UPTAKE, RELATION TO ROOT SYSTEM CONFIGURATION, (22) 159 N U T R I T I O N , COPPER I N , ( 4 ) 147 NUTRITION OF PLANTS A N D Z I N C I N S O I L S , ( 2 4 ) 1 4 7 NUTRITION, MINERAL, OF SOYBEANS, (12) 2 3 0 NITTRITIVE VALUE, FORAGE CROPS, ( 2 1 ) 1

(20)

0

OATS A N D WHEAT, LODGONG I N , ( 2 5 ) 209 O I L CROP, CASTORBEANS, FOR MECHANIZED PRODUCTION, (10) 2 5 8 ORGANIC-CLAY COMPLEXES, I N T E R A C T I O N S , (22) 75 CRGANIC FRACTION O F S O I L , (5) 153 ORGANIC NITROGEN, MINERALIZATION I N S O I L S , ( 7 ) 300 ORGANIC PHOSPHORUS, S O I L , (29) 8 3 ORGANIC S O I L S , (8) 377 ORGANIC S O I L S , C L A S S I F I C A T I O N AND P R O P E R T I E S , (17) 115 OXIDANT POLLUTANTS OF A I R , PLANT RESPONSES TO, (27) 89 P P A C I F I C NORTHWEST, F I E L D CROP PRODUCTION A N D S C I L MANAGEMENT I N , PASTURE A N D C R O P PLANTS, C O N P E T I T I C N AMONG, (15) 1 PASTURES, ECOLOGY O F fiEDITERRANEIN ANNUAL-TYPE, (18) 1 PASPURES, I R R I G A T E D , ( 2 ) 3 5 1 PASTURES, T R O P I C A L , (22) 1

(8)

1

323

KEY-WORD INDEX FOR VOLUMES 1-30

7

PEARL MILLET, BREEDING A N D CYTOGENETICS, ( 2 0 ) 50 P E S T I C I D E S , BEHAVIOR I N S O I L S , ( 2 3 ) 1 4 7 PETR3LEUM HYDROCARBONS, CONTAMINATION OF S O I L S BY, ( 13) 1 9 7 PHARMACEUTICAL INDUSTRY, PRODUCTION O F SOLASODINE FOR, ( 3 0 ) 2 0 7 PHOSPHATE ROCK FOR DIRECT A P P L I C A T I O N TO S O I L S , ( 3 0 ) 1 5 9 PHOSPHORUS AND NITROGEN, A V A I L A B I L I T Y TO R I C E I N WATERLOGGED S O I L S , ( 2 0 ) 3 2 3 PHOSPHORUS, "AVAILABLE", I N F E R T I L I Z E R S , CROP RESPONSE TO, ( 1 6 ) 5 9 PHOSPHORUS, E F F E C T S OF NITROGEN O N A V A I L A B I L I T Y OF T O PLANTS, ( 1 1 ) 3 6 9 EHOSPHORUS, F I X A T I O N I N S O I L S , ( 9 ) 9 6 PHOSPHORUS I N RUNOFF A N D STREAMS, ( 2 5 ) 1 PHOSPHORIJS I N S O I L , F I X A T I O N , ( 1 ) 3 9 1 PHOSPHORUS, S O I L , ( 1 9 ) 1 5 1 PHOSPHORUS, S O I L ORGANIC, ( 2 9 ) 8 3 PHOTOSYNTHESIS A N D CROP PRODUCTION, ( 2 3 ) 3 17 PHYSICAL CHEMISTRY OF CLAY-WATER I N T E R A C T I O N , ( 1 3 ) 2 6 9 PHYSICAL P R O P E R T I E S OF ALLOPHANE S O I L S , ( 2 9 ) 2 2 9 PHYSIOLOGICAL A N D ECOLOGICAL FACTORS I N FORAGE SEED MIXTURES, ( 4 ) 1 7 9 PHYSIOLOGICAL B A S I S OF Y I E L D V A R I A T I O N , ( 4 ) 1 0 1 P H Y S I O L O G I C A L , B I O C H E H I C A L , AND G E N E T I C B A S I S OF H E T E R O S I S , ( 2 7 ) 1 2 3 PHYSIOLOGICAL G E N E T I C S OF CROP Y I E L D , ( 2 4 ) 97 PHYSIOLOGY, COMPARATIVE, OF G R A I N Y I E L D S O F CEREALS, ( 2 8 ) 3 0 1 PHYSIOLOGY OF F I E L D PLANTS, ( 1 6 ) 1 PHYSIOLOGY OF R I C E PLANT, ( 2 3 ) 2 4 1 PHYSIOLOGY OF SOYBEAN, ( 1 2 ) 2 6 5 PHYSIOLOGY OF WATER D E F I C I T S I N PLANTS, ( 2 7 ) 1 P I N U S RADIATA F O R E S T S , S 3 I L A N D F E R T I L I Z E R REQUIREMENTS O F , ( 1 9 ) 3 0 7 PLANT BREEDING, I M P L I C A T I O N S OF POPULATION V A R I A B I L I T Y , ( 1 6 ) 2 8 1 PLANT BREEDING, RELEVANCE O F QUANTITATIVE G E N E T I C S TO, ( 2 6 ) 2 7 7 PLANT BREEDING, ROLE O F EXTRACHROMOSOMAL I N H E R I T A N C E I N , ( 2 4 ) 1 PLANT C O M P E T I T I O N AMONG CROP A N D PASTURE PLANTS, ( 1 5 ) 1 PLANT ENERGY ENVIRONMENT, ( 1 8 ) 1 7 1 PLANT GERM PLASM, PRESENT AND FUTURE, ( 2 3 ) 1 PLANT GROWTH A N D S O I L AERATION, ( 1 8 ) 5 8 PLANT GROWTH ON S A L I N E AND ALKALI S O I L S , ( 1 ) 1 PLANT GROUTH, RELATION T 3 S O I L MANGANESE, ( 4 ) 2 2 2 PLANT IMPROVEMENT AND SOMATIC C E L L G E N E T I C S , ( 2 9 ) 3 9 PLANT INTRODUCTION, AS FBDERAL S E R V I C E T C AGRICULTURE, ( 7 ) 189 PLANT NUTRIENT BEHAVIOR AND F E R T I L I Z E R USE, CHANGING CONCEPTS, ( 1 0 ) 6 8 PLANT NUTRIENT L O S S E S BY YATER EROSION, ( 1 5 ) 3 0 3 PLANT N U T R I T I O N AND Z I N C I N S O I L S , ( 2 4 ) 1 4 7 PLANT N U T R I T I O N , MINERAL, AND MICROBIAL A C T I V I T I E S I N S O I L S , (7) 7 5 PLANT N U T R I T I O N , HINERAL, AND S O I L COLLOID T Y P E , (4) 6 7 PLANT NUTRITION, POTASSIUM I N , ( 6 ) 2 5 4 PLANT POPULATION, CORN, I N RTLATION T O S O I L P R O D U C T I V I T Y , ( 1 0 ) 4 3 6 PLANT POPULATION, Q U A N T I T A T I V E R E L A T I O N S H I P S WITH CROP Y I E L D S , ( 2 1 ) 2 8 1 PLANT PROTEIN QUALITY, G E N E T I C M O D I F I C A T I O N , ( 2 1 ) 1 7 1 PLANT PROTOPLAST RESEARCH, PROGRESS, PROBLEMS, PROSPECTS, ( 2 8 ) 1 1 9 PLANT R E S I S T A N C E T O I N S E C T S , ( 2 4 ) 1 8 7 PLANT RESPONSE TO A I R POLLUTANTS, ( 2 3 ) 1 1 1 PLANT RESPONSE TO PHYSICAL E F F E C T S O F S O I L COMPACTION, ( 1 6 ) 1 8 1 PLANT RESPONSES TO A I R POLLUTION OXIDANTS, ( 2 7 ) 89 PLANT ROOTS AND S O I L MICROORGANISflS, ( 1 ) 2 4 1 PLANT ROOTS, I O N ABSORPTION BY, ( 2 5 ) 1 6 3 PLANT ROOTS, MOVEMENT OF N U T R I E N T S TO, ( 2 0 ) 9 1 PLANT S C I E N C E S A N D ATOMIC ENERGY, ( 4 ) 2 7 9 PLANT WATER D E F I C I T S , PHYSIOLOGY O F , ( 2 7 ) 1 PLANT UATER S U P P L Y , ROLE O F ROOTING C H A R A C T E R I S T I C S I N , ( 3 0 ) 9 9 P L A N T S , BEHAVIOR O F H E R B I D I D E S I N , ( 2 4 ) 3 2 7 PLANTS. F I E L D , PHYSIOLOGY O F , ( 1 6 ) 1 PLANTS, GROWING, FROST AND C H I L L I N G I N J U R Y , ( 2 2 ) 2 0 3 PLANTS, I R O N C H L O R O S I S I N (13) 3 2 9 PLANTS, NITROGEN S T R E S S I N , ( 2 8 ) 1 PLANTS, S O I L S , ANIMALS, S I L I C A I N , ( 1 9 ) 1 0 7 PLANTS, S O I L S , AND ANIMALS, TRACE METALS I N , ( 2 4 ) 2 6 7 PLATINUM HICROELECTRODE, C A A R A C T E R I Z I N G S O I L CXYGEN C O N D I T I O N S WITH, ( 1 6 ) 2 4 9

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Advances in AGRONOMY, Volume 32

8

PLAPINUM MICROELECTRODE METHOD, MEASUREMENT O F S O I L A E R A T I O N , (22) 235 PODZOL AND P O D Z O L I C S O I L S , (13) 1 POLLUTANTS, A I R , PLANT R E S P O N S E TO, (23) 1 1 1 POLYSACCHARIDES, S O I L , EXTRACTION, CHARACTERIZATION, S I G N I F I C A N C E , (21) POPULATION V A R I A B I L I T Y , I R P L I C A T I O N S I N PLANT BREEDING, ( 1 6 ) 281 POTASSIUM I N PLANT N U T R I T I O N , (6) 254 POTASSIUM, S O I L , CHEMISTRY O F , ( 3 ) 113 POTATO PRODUCTION, (1) 353 P O T E N T I A L L Y ARABLE S O I L S OF WORLD, (21) 1 0 9 P R A I R I E S O I L S I N UPPER M I S S I S S I P P I VALLEY, (2) 1 5 7 PRESERVATION AND STORAGE O F FORAGE C R O P S , (2) 274 PRESERVATION O F S E E D S T O C K S , (19) 8 7 P R O D U C T I V I T Y , BIOMASS, OF CROP MIXTURES, (26) 177 PROPAGATION OF CROPS BY RATOON S Y S T E R , ( 2 2 ) 285 P R O T E I N QUALITY O F PLANTS, G E N E T I C M O D I F I C A T I O N , (21) 1 7 1 PROTOPLAST RESEARCH, PLANT, PROGRESS, PROBLEMS. P R O S P E C T S , (18) 119

195

Q QUANTITATIVE GENETICS,

RELEVANCE TO PLANT BREEDING,

(26)

277

R RADIOMETERS, NET, C A L I B R A T I O N AND USE, ( 2 6 ) 261 RAINFALL E R O S I O N , (14) 109 RANGE MANAGEMENT, PROGRESS I N , (6) 1 RATOON C R O P P I N G , VARIOUS C R O P S , (22) 285 RECLAMATION OF COAL MINE S P O I L S , ( 2 ) 318 RED CLOVER, (12) 365 R E L A T I O N S H I P S , Q U A N T I T A T I V E , PLANT POPULATION WITH C R O P Y I E L D , (21) 2 8 1 REM3TE S E N S I N G , ROLE I N DETERMINING D I S T R I B U T I O N AND Y I E L D O F C R O P S , (27) 271 RESIDUAL E F F E C T O F F E R T I L I Z E R , (9) 205 R E S I S T A N C E O F P L A N T S TO I N S E C T S , (24) 1 8 7 RETARDERS, N I T R I F I C A T I O N , (23) 3 3 7 R I C E , A V A I L A B I L I T Y TO O F NITROGEN A N D PHOSPHORUS I N WATERLOGGED S O I L S , (201 323 R I C E , D I S E A S E AND I N S E C T R E S I S T A N C E I N , (29) 265 R I C E , IMPROVEMENT AND CULTWRE I N U N I T E D S T A T E S , (14) 6 1 R I C E PLANT, PHYSIOLOGY, ( 2 3 ) 241 ROCK PHOSPHATE FOR DIRECT A P P L I C A T I O N TO S O I L S , (30) 1 5 9 ROOP A N D SHOOT GROWTH, MECHANICAL R E S I S T A N C E O F S O I L AS FACTOR I N , (19) 1 ROOT EXUDATION, FACTORS A F F E C T I N G , (23) 89 ROOT SYSTEM CONFIGURATION, R E L A T I O N TO N U T R I E N T UPTAKE, (22) 159 ROOTING C H A R A C T E R I S T I C S , ROLE I N WATER S U P P L Y T O PLANTS, (30) 99 ROOPS, PLANT, MOVEMENT OF N U T R I E N T S T O , (20) 9 1 R001S. PLANT, I O N ABSORPTION BY, (25) 1 6 3 RUMINANTS, G R A S S TETANY OF, (22) 3 3 1 RUNOFF AND STREAMS, PHOSPHORUS I N , (25) 1 RUST, WHEAT STEM, RACE 158. (10) 1U3

S SAFFLOWER, (10) 290 S A L I N E AND A L K A L I S O I L S , PLANT GROUTH ON, (1) 1 S A L I N I T Y , R E L A T I O N T O I R R I G A T I O N , (16) 139 SEED FLAX IMPROVEMENT, (6) 1 4 4 SEED MIXTURES, FORAGE, FACTORS I N COMPOUNDING, (4) 1 7 9 SEED PRODUCTION AND T E S T I N G , C R A S S A N D LEGURES, ADVANCES I N , ( 1 2 ) 4 2 SEED STOCKS PRESERVATION, (19) 87 SEED T E S T I N G AND PRODUCTION, GRASS AND LEGUMES, ADVANCES I N , (12) 4 2 S E E D L I N G , LEGUME, GROUTH O F , (29) 1 1 9 S E N S I N G , REROTE, ROLE I N D E T E R M I N I N G D I S T R I B U T I O N AND Y I E L D OF C R O P S , S I L I C A I N S O I L S , (15) 339 S I L I C A I N S O I L S , PLANTS, ANIMALS, (19) 107 S I T E QUALITY, F O R E S T , EVALUATION I N U N I T E D S T I T E S , (17) 209

(17)

271

KEY-WORD INDEX FOR VOLUMES 1-30

9

SLOW-RELEASE NITROGEN F E R T I L I Z E R S , ( 2 3 ) 3 3 7 SMALL GRAINS, BARLEY YELL3W DWARF V I R U S D I S E A S E O F , ( 1 3 ) 2 1 7 S O I L AERATION AND PLANT GROWTH, ( 1 8 ) 5 8 S O I L AERATION, MEASUREMEIT BY PLATINUM MICROELECTRODE HETHOD, ( 2 2 ) 2 3 5 S O I L AGGREGATION, (7) 1 S O I L AGGREGATION, DYNAMICS O F , ( 1 8 ) 1 0 7 S O I L AND C R O P S , R E L A T I O N T O WATER, ( 1 1 ) 1 S O I L A N D F E R T I L I Z E R NITROGEN, TRACERS FOR RESEARCH ON, ( 1 8 ) 2 1 9 S O I L A N D F E R T I L I Z E R PHOSPHORUS, E F F E C T S O F NITROGEN ON A V A I L A B I L I T Y , ( 1 1 ) 3 6 9 S O I L A N D F E R T I L I Z E R REQUIREMENTS O F P I N U S RADIATA F O R E S T S , ( 1 9 ) 3 6 7 S O I L AND F O R E S T GROWTH, (U) 3 3 0 S O I L AND WATER CONSERVATION, NEW LEGUMES AND GRASSES F O R , ( 1 0 ) 3 5 0 S O I L BULK D E N S I T Y AND P E N E T R A B I L I T Y , MEASUBERENT, ( 9 ) 1 5 9 S O I L CONCEPT, ( 2 0 ) 1 S O I L C L A S S I F I C A T I O N , S T A T I S T I C A L METHODS I N , ( 1 8 ) 3 7 S O I L C L A S S I F I C A T I O N SYSTEM, TECHNICAL. FOE SURVEY I N T E R P R E T A T I O N , ( 3 0 ) 2U7 S O I L COMPACTION, R E S P O N S E O F P L A N T S T O P H Y S I C A L E F F E C T S O F , ( 1 6 ) 1 8 1 S O I L C O L L O I D T Y P E AND MINERAL N U T R I T I O N O F PLANTS, (U) 6 7 S O I L CONSERVATION AND P R O D U C T I V I T Y , MANAGEMENT FOR, ( 5 ) 3 8 3 S O I L CONSERVATION I N U N I T E D S T A T E S , PROBLEMS AND PROGRESS, (3) 2 6 5 S O I L C O N S T I T U E N T S , AMORPHOUS CLAYS, ( 2 6 ) 2 1 1 S O I L F E R T I L I T Y , ROLE OF S U L F U R I N , ( 1 0 ) 1108 S O I L G E N E S I S AND MORPHOLOGY, R E L A T I O N T O GEOMORPHOLOGY, ( 2 3 ) 5 1 S O I L HUMIC S U B S T A N C E S , STRUCTURAL C H E M I S T R Y O F , ( 1 7 ) 3 2 8 S O I L MANGANESE, R E L A T I O N TO PLANT GROIITH, (4) 2 2 2 S O I L MANAGEMENT A N D F I E L D CROP PRODUCTION, P A C I F I C NORTHWEST, (8) 1 S O I L MANAGENENT FOR CONSERVATION AND P R O D U C T I V I T Y , ( 5 ) 3 8 3 S O I L MANAGENENT, NEW CONCEPTS I N CORN B E L T , ( 6 ) 1 2 1 S O I L , MECHANICAL R E S I S T A N C E O F , FACTOR I N ROOT A N D SHOOT GROWTH, ( 1 9 ) 1 S O I L MICROORGANISNS, AND PLANT ROOTS, ( 1 ) 2U1 S O I L MINERALS, CHEMICAL WEATHERING OF, ( 5 ) 2 2 1 S O I L MINERALS, CLAY, ( 1 ) 3 9 S O I L MORPHOLOGY AND G E N E S I S , R E L A T I O N TO GEONORPHOLOGY, (23) 5 1 S O I L NITROGEN, ( 2 ) 8 1 S O I L NITROGEN, ENIGMA O F BALANCE S F E E T S , ( 7 ) 2 1 3 S O I L NITROGEN, ORGANIC, M I N E R A L I Z A T I O N O F , ( 7 ) 3 0 0 S O I L ORGANIC F R A C T I O N , ( 5 ) 1 5 3 S O I L OXYGEN C O N D I T I O N S , C H A R A C T E R I Z I N G W I T H PLATINUM H I C R O E L E C T R O D E , ( 1 6 ) 2 4 9 S O I L P E N E T R A B I L I T Y AND BULK D E N S I T Y , MEASURENENT, ( 9 ) 1 5 9 S O I L PHOSPHORUS, ( 1 9 ) 1 5 1 S O I L PHOSPHORUS, F I X A T I O N , ( 1 ) 3 9 1 S O I L PHOSPHORUS, ORGANIC, ( 2 9 ) 83 S O I L P H Y S I C S RESEARCH, I S O T O P E U S E S A N D BETHODS I N , (111) 3 2 1 S O I L POLYSACCHARIDES, EXTRACTION, C H A R A C T E R I Z A T I O N , S I G N I F I C A N C E , ( 2 1 ) 1 9 5 S O I L POTASSIUM, CHEMISTRY OF, ( 3 ) 1 1 3 S O I L P R O D U C T I V I T Y , R E L A T I O N T O CORN PLANT P O P U L A T I O N , ( 1 0 ) 4 3 6 S O I L RESEARCH, I R R I G A T I O N , A N D AGRICULTURE I N U N I T E D S T A T E S , ( 3 ) 3 2 3 S O I L S C I E N C E , P L A C E OF MICROBIOLOGY I N , ( 7 ) 3 9 9 S O I L SURVEY I N T E R P R E T A T I O N , T E C H N I C A L C L A S S I F I C A T I O N SYSTEM FOR, ( 3 0 ) 2 4 7 S O I L T E S T S , CHEMICAL, F E R T I L I Z E R A N D L I M E R E Q U I R E M E N T S , (8) 2 4 2 S O I L - WATER BEHAVIOR, TRANSPORT C O E F F I C I E N T S AND F U N C T I O N S , ( 1 8 ) 3 2 7 SOIL-WATER MANAGEMENT, T R I C K L E - D R I P I R R I G A T I O N I N , ( 2 9 ) 3 4 3 S O I L WATER CONTROL, ( 2 ) 2 3 4 S O I L WATER, REQUIREMENT A N D A V A I L A B I L I T Y , ( 6 ) 6 7 S O I L , WATERLOGGED, A V A I L A B I L I T Y TO R I C E O F NITROGEN A N D PHOSPHORUS I N , ( 2 0 ) 3 2 3 S O I L Z I N C A N D PLANT N U T R I T I O N , ( 2 4 ) 147 S O I L S , ACID-SULFATE, G E N E S I S AND NANAGEMENT, ( 2 5 ) I L K S O I L S , ALLOPHANE, P H Y S I C A L P R O P E R T I E S O F , ( 2 9 ) 2 2 9 S O I L S , AMORPHOUS I N O R G A N I C MATERIALS I N , ( 1 6 ) 3 2 7 S O I L S A N D C R O P S , BORON I N , ( 1 ) 3 2 1 S O I L S A N D LAND USE I N NETHERLANDS, ( 1 1 ) 3 3 1 S O I L S AND S O I L MATERIALS, ANION ADSORPTION B Y , ( 3 0 ) 1 S O I L S , AUSTRALIAN, R E S P O N S E S T O F E R T I L I Z E R S , ( 1 0 ) 1 6 8 S O I L S , BEHAVIOR O F P E S T I C I D E S I N , ( 2 3 ) l U 7 S O I L S , B I O L O G I C A L S I G N I F I C A N C E O F ENZYMES I N , ( 2 7 ) 2 5

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CHEMISTRY O F MICRONUTRIENT ELEllENTS I N , (15) 119 CLAY FRACTION, (12) 1 CONTAMINATION BY PETROLEUM HYDROCARBONS, (13) 197 CORN BELT, NEW CONCEPTS O F MANAGEMENT, (6) 121 D I R E C T A P P L I C A T I O N O F ROCK PHOSPHATE TO. 1301 159 ELECTRON MICROPROBE X-RAY ANALYZER F O R , - ( 2 0 ) ‘ 153 F A T E O F NITROGEN A P P L I E D T O , (18) 219 FRAGIPAN, EASTERN U N I T E D S T A T E S , (21) 237 MOUNTAIN. COLORADO. 1171 234 SOILS-OF WORLD,. POTENTIAL~Y‘ A R A B L E , (21) 109 S O I L S . ORGANIC, (8) 377 S O I L S , ORGANIC, C L A S S I F I C A T I O N AND P R O P E R T I E S , (17) 115 S O I L S , PHOSPHORUS F I X A T I O N I N , (9) 96 S O I L S , PLANTS, AND ANIMALS, TRACE METALS I N , (24) 267 S O I L S , PLANTS, ANIMALS, S I L I C A I N , (19) 107 SOILS, PODZOL A N D PODZOLIC, (13) i S O I L S , P R A I R I E , I N UPPER I l I S S I S S I P P I VALLEY, (2) 157 S O I L S . REACTIONS O F AMMONIA I N .. (101 . . 325 SOILS; SILICA IN, (15) 339 S O I L S , SUBMERGFD, CHEMISTRY O F , (24) 29 S O I L S , WATER I N F I L T R A T I O N I N T O , (12) 311 SORGHUN, G E N E T I C CONTROL O F FLOWERING A N D GROUTH OF, (25) 125 SORGHUM IMPROVEMENT, (6) 305 SORGHUM, MATURITY GENES O F , (19) 287 SOLBSODINE PRODUCTION FOR PHARMACEUTICAL INDUSTRY, (30) 207 SOMATIC CELL G E N E T I C S A N D PLANT IMPROVEMENT, (29) 39 SOYBEAN G E N E T I C S A N D BREEDING, (14) 149 SOYBEAN, PHYSIOLOGY O F , (12) 265 SOYBEANS, (1) 77 SOYBEANS, CORN, ENERGY REQUIREMENTS, TILLAGE-PLANTING SYSTEMS, SOYBEANS, MINERAL MUTRITION O F , (12) 230 S T A T I S T I C A L METHODS I N S O I L C L A S S I F I C A T I O N , (28) 32 S T A T I S T I C S , CONTRIBUTIONS T O AGRONOHY, (9) 177 STEM RUST O F WHEAT, RACE 15R. ( 1 0 ) 143 STORAGE A N D PRESERVATION OF FORAGE C R O P S , (2) 274 STREAMS AND RUNOFF, PHOSPHORUS I N , (25) 1 S T R E S S , NITROGEN, I N PLANTS, (28) 1 STUBBLE MULCH FARMING, (13) 125 SUBMERGED S O I L S , CHEMISTRY OF, (24) 29 S U B S O I L , (3) 1 SUBTEFRANEAN CLOVER, (13) 57 SUGAR BEET, IMPROVEMENT I N UNITED S T A T E S , SULFATE S O I L S , ACID, G E N E S I S A N D MANAGEMENij) 265 SULFUR, ROLE I N S O I L F E R T I L I T Y , (10) 408 SWEDISH CROP PRODUCTION, RECENT CHANGES I N , (7) 39 SWEETCLOVER IMPROVEMENT, (17) 164 SOILS, SOILS, SOILS, SOILS, SOILS, SOILS, SOILS, SOILS, SOILS

-

(29) 141

(92;)

T TALL FESCUE, (8) 283 TETANY, GRASS, OF RUMINANTS, (22) 331 TILLAGE-PLANTING SYSTEMS, ENERGY REQUIREMENTS. CORN, SOYBEANS, (29) 141 T I L L A G E , ZERO, (25) 77 TOBACCO, GROWTH AND MINERAL N U T R I T I O N OF, (19) 212 TRACE ELEMENT USAGE, TECHNICAL A S P E C T S , (6) 183 TRACE ELEMENTS, AGRONOMIC CONTROLS OVER ENVIRONMENTAL CYCLING O F , (20) 235 TRACE METALS I N S O I L S , PLANTS, A N C ANIMALS, (24) 267 TRACERS FOR S O I L A N D F E R T I L I Z E R RESEARCH, (18) 219 TREE P R O I T A N D NUT PRODUCTION, PROGRESS A N D PROBLEMS, (17) 283 T R E F O I L , B I R D S F O O T , (22) 119 T R I C K L E - D P I P I R R I G A T I O N , P R I N C I P L E S A N D A P P L I C A T I O N , (29) 343 T R I T I C A L E , DEVELOPMENT OF, (26) 315 T R O P I C A L C O N D I T I O N S , F E R T I L I Z E R S FOR USE UNDER, (27) 175 TROPICAL PASTURES, (22) 1 T R O P I C S , LOWLAND, GRAIN LEGUMES OF, (26) 1 TURFGRASS MANAGEMENT I N U N I T E D S T A T E S , (18) 260

11

KEY-WORD INDEX FOR VOLUMES 1-30 U UNITED UNITED UNITED UNITED UNITED UNITED

S T A T E S A N D EUROPE, CONCEPT O F BRAUNERDE I N , ( 9 ) 217 S T A T E S , HALP-CENTURY O F WHEAT IMPROVEMENT I N , ( 5 ) 1 S T A T E S , IMPROVEMENT A N D CULT'IRE O F R I C E I N , (14) 6 S T A T E S , SOUTHERN, WEED CONTROL I N P R I N C I P A L C R O P S , (7) S T A T E S , SOUTHWEST, AGRONOMY I N , ( 1 2 ) 197 S T A T E S , TURFGRASS MANAGENENT I N , (18) 260

252

V

VEGETABLE PRODUCTION, ( 2 ) 114 VEGETABLES, N I T R A T E ACCUMULATION I N , ( 1 8 ) 7 1 VEGETATION CONTROL ON I N D U S T R I A L LANDS, ( U ) 3C5 W

UASTEWATER. LAND TREATMENT OF, ( 2 6 ) 133 WATER-CLAY I N T E R A C T I O N , P H Y S I C A L CHEMISTRY O F , (13) 2 6 9 WATER D E F I C I T S , CROP, (28) 1 6 1 WATER D E F I C I T S I N PLANTS, PHYSIOLOGY OF, ( 2 7 ) 1 WATER, E F F I C I E N T U S E O F , AND F E R T I L I Z E R S , ( 1 4 ) 223 WATER E R O S I O N , PLANT NUTRIENT L O S S E S BY, ( 1 5 ) 303 WATER I N F I L T R A T I O N I N T O S O I L S , ( 1 2 ) 3 1 1 WATER, R E L A T I O N TO S O I L AND C R O P S , (11) 1 WATER, S O I L , CONTROL, (2) 234 WATER, S O I L , REQUIREMENT AND A V A I L A B I L I T Y , ( 6 ) 67 WATER S U P P L Y T O PLANTS, ROLE O F ROOTING C H A R A C T E R I S T I C S I N , (30) 99 WATER TRANSPORT C O E F F I C I E N T S AND FUNCTIONS. (18) 327 WATER, WASTE, LAND TREATMENT O F , (26) 133 UEED CONTROL, (1) 289 HEED CONTROL, CHEMICAL, I M P A C T ON PARU MANAGEHENT, (15) 1 6 1 WEED CONTROL I N P R I N C I P A L C R O P S , SOUTHERN U N I T E D S T A T E S , (7) 252 WHEAT A N D OATS, LODGING I N , ( 2 5 ) 2 0 9 WHEAT, BREEDING FOR Q U A L I T Y , (17) 8 5 UHEAT, HALF-CENTURY O F IMPROVEMENT I N U N I T E D S T A T E S , ( 5 ) 1 WHEAT, HYBRID, (20) 199 HHEAT, NUCLEO-CYTOPLASNIC R E L A T I O N S I N , (18) 267 WHEAT STEM RUST, RACE 158, (10) 143 H I N D E R O S I O N , P H Y S I C S A N D CONTROL, (15) 211 WINTER H A R D I N E S S , EVOLUTION FOR, I N CROP PLANTS. (8) 2 0 4

X X-RAY

ANALYZER,

ELECTRON N I C R O P R O B E ,

FOR S O I L S ,

(20)

Y YELLOW DWARF V I R U S D I S E A S E O F SHALL G R A I N S , (13) 217 Y I E L D V A R I A T I O N , P H Y S I O L O G I C A L B A S I S O F , ( 4 ) 101

z ZERO-TILLAGE, (25) 77 Z I N C D E F I C I E N C Y AND CONTROL, (9) 3 1 Z I N C I N S O I L S AND PLANT N U T R I T I O N , (24)

147

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A E.: RECENT CHANGES I N SWEDISH CROP PRODUCTION, ( 7 ) 39 C. R., MILLER, I. D . , A N D BIACHELL, H. M . R I C E IMPROVENENT AND CULTURE I N T H E U N I T E D S T A T E S , ( 1 4 ) 6 1 ADANS, J. 2 . . E T AL.: COTTON, ( 2 ) 1 ADANS, R. S., JR.: S E E E L L I S , R., JR., (13) 197 D E F O L I A T I O N AND D E S I C C A T I O N : HARVESTADDICOTT, F. T . , A N D LYNCH, R . S.: A I D PRACTICES, (9) 6f AND FUELLEMAN, R . LADINO CLOVER, ( 2 ) 207 AHLBREN, G . H., ALEXANDER, L. T. : S E E S I V A R A J A S I N G H A M , S., E T AL., (14) 1 ALEXANDER, M.: SEE H E L L I N G , C. S . , E T AL., ( 2 3 ) 147 ALLARD. R. W.. AND HANSCHE, P . E.: SOME PRRAMETERS O F POPULATION V A R I A B I L I T Y AND T H E I R I M P L I C A T I O N S I N PLANT B R E E D I N G , (16) 2 8 1 ALLAWAY, W . H.: AGRONONIC CONTROLS OVER T H E ENVIRONMENTAL CYCLING O F T R A C E ELEHENTS, (20) 235 ALLAWAY, W . H.: S E E S M I T H , G . D., ET AL., ( 2 ) 157 ALLEN, 0. N.: S E E HARRIS, R. P., ET AL., ( 1 8 ) 107 A L L I S O N , P. E.: ENIGMA O F S O I L NITROGEN BALANCE S H E E T S , (7) 213 ALLISON, F. E. : F A T E OF NITROGEN A P P L I E D TO S O I L S , ( 1 8 ) 219 A L L I S O N , L . E.: S A L I N I T Y I N R E L A T I O N T O I R R I G A T I O N , (16) 139 ANDERSON, A . J.: MOLYBDENUI AS A F E R T I L I Z E R , ( 8 ) 163 ANDREHS, H. 8 . : ANHYDROUS AMMONIA AS A NITROGENOUS F E R T I L I Z E R , (8) 6 1 A N G U S , D . E: SEE RUSSELL, n. 8.. ET A L . , ( 1 1 ) 4 APP, B. A.: S E E GARRISON, C. S., (12) 4 1 ARKLEY, R . J.: S T A T I S T I C A L I E T H O D S I N S O I L C L A S S I F I C A T I O N RESEARCH, ( 2 8 ) 37 ARMY, T. J.: S E E MC CALLA, T. M., ( 1 3 ) 125 ARNEIAN, H . F.: S E E STOECKELER, J . H., ( 1 2 ) , 127 ABEUG, ADAIR,

.:

B AND BAKERMANS, W. A. P.: ZERO-TILLAGE, (25) 7 7 BAEUNER, K., BAKER, D. E., AND C H E S N I N , L.: CHEMICAL MONITORING O F SOILS FOR ENVIRONMENTAL Q U A L I T Y A N D ANIMAL AND HUMAN HEALTH, ( 2 7 ) 305 BAKER, D. G.: S E E IDSO, S. 8.. ET AL., (18) 171 BAKERIANS, H . A . P . : S E E BAEUNER, K., (25) 77 BALDRIDGE, J. D.: S E E HENSON, P. R . , E T AL., ( 9 ) 122 BARKER, A . V.: SEE MAYNARD. D. N., ET AL., (28) 71 BARKER, H. D., S E E ADAMS, J. E., ET AL., ( 2 ) 56 BARLEY, K . P.: ABUNDANCE O F EARTHWORMS I N AGRICULTURAL LAND AND T H E I R P O S S I B L E S I G N I F I C A N C E I N AGRICULTURE, (13) 249 BARLEY, K. P.: C O N F I G U R A T I O N O F THE ROOT SYSTEM I N R E L A T I C N TO N U T R I E N T UPTAKE, (22) 159 BARLEY, K. P., AND GREACEN, E. L.: NECHANICAL R E S I S T A N C E AS A S O I L FACTOR I N F L U E N C I N G THE GROWTH O F ROOTS AND UNDERGROUND SHOOTS,~. ( 1 9 ) 1 BARNORE, N. A.: S E E HEHN, E. R., (17) 85 BARRONS, K. C.: VEGETATION CONTROL ON I N D U S T R I A L LANDS, (4) 305 BARROHS. H. L.. A N D KILMER. V. J.: P L A N T N U T R I E N T L O S S E S FROM S O I L S BY WATER (15) 303

EROSIOH,

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BARTELLI,

L.

J.: TECHNICAL C L A S S I F I C A T I O N SYSTEM FOR S O I L SURVEY I N T E R P R E T ATION, ( 3 0 ) 2 4 7 B A U E R , n . E.: R O L E OF R E M O T E SENSING IN DETERMINING T H E DISTRIBUTION AND Y I E L D O F CROPS, (27) 271 BEACHELL, H . fl.: S E E ADAIR, C. R . , E T AL., (14) 6 1 BECRETT, P.: C R I T I C A L CATION A C T I V I T Y R A T I O S , ( 2 4 ) 3 7 9 BEGG, J . E . , AND TURNER, N C.: CROP WATER D E F I C I T S , ( 2 8 ) 1 6 1 BENNETT, C. A,: S E E ADAflS, J . E., ET A L . , (2) 50 BERGER. K. C.: BORON I N S O I L S AND CROPS. Ill 3 2 1 B E R N A R D , R . L.: SEE JOHNSON, A . w., (i4j i49 BERTRAND, A. R.: S E E PARR, J. F., (12) 311 BLASER, R . E., SKRDLA, W. H . , AND TAYLOR, T. H: ECOLOGICAL AND P H Y S I O L O G I C A L FACTORS I N COMPOUNDING FORAGE S E E D R I R T U F E S , ( 4 ) 1 7 9 G E N E S I S AND flANAGEMENT O F A C I D S U L F A T E BLOOMFIELD, c., A N D COULTER, J. K.: S O I L S , (25) 265 BOHART, G. E.: S E E GARRISON, C. S., ET AL., (12) 41 BOULDIN, D. R . : S E E TESNAN, G. L . , ET AL., (14) 265 BOUWER, H., AND CHANEY, B. 1.: LAND T R E A T N E N I O F WASTEWATER, ( 2 6 ) 1 3 3 BOYER, J . 5.. AND MC PHERSON, H . G.: PHYSIOLOGY O F WATER D E F I C I T S I N CEREAL CROPS, (27) 1 BREMNER, J . M.: S E E HAUCK, R. D., (28) 219 BRESLER, E.: TRICKLE-DRIP IRRIGATION: P R I N C I P L E S AND A P P L I C A T I O N TO S O I L WATER MANAGEMENT. 129) 3U3 B R O A D B E N T , F. E: SOIL ORGANIC-FRACTION, (5) 153 BROOKS, H. J., FOGLE, H. W., A N D MC KAY, J. W.: PROGRESS AND PROBLEMS I N T R E E F R U I T A N D NUT PRODUCTION, (17) 283 BROWN, J . C.: I R O N C H L O R O S I S I N PLANTS, ( 1 3 ) 3 2 9 BROUNELL, J. R.: S E E CRIINES, D. L., E T AL., ( 2 2 ) 331 BULA, R . J.: S E E MC CLOUD, D. E . , ET AL., (16) 1 BURPON, G. W. : A D A P T A B I L I T Y A N D B R E E D I N G O F S U I T A B L E G P A S S E S FOR T H E SOUTHEASTERN S T A T E S , ( 3 ) 1 9 7 AND POWELL, J. 8.: P E A R L M I L L E T B R E E D I N G AND C Y T O G E N E T I C S , BURPON, G. W . , (20) 49 S 3 E R U S S E L L , M. B., ET AL., (11) 1 BURTON, G. W.: BURTON, G . W.: S E E R U S S S L L , M. B., (11) 1

C CADY, J. G . : S E E S I V A R A J A S I N G H A N , S., ET AL., (24) 1 CADY, J . G . : S E E C A N I E L S , R . 8.. ET A L . , ( 2 3 ) 5 1 C A R L I S L E , F. J.: S E E GROSSMAN, R. 8.. (21) 237 CARMEAN, W. H . : F O R E S T S I T E Q U A L I T Y EVALUATION I N T H E U N I T E D S T A T E S , ( 2 7 ) 2 0 9 C A R I T E R , J. L., A N D HARTWIG, E. E.: THE MANAGEMENT OF SOYBEANS, ( 1 4 ) 3 5 9 CARY, J . W.: S E E MAYLAND, H. F., (22) 203 CESCAS. a. e . , T Y N E R , E. H . , A N D G R A Y , L . J . : ELECTRON MICROPROBE X - R A Y ANALYZER A N D U S E I N S O I L I N V E S T I G A T I O N S , (20) 1 5 3 CHANEY, R . L.: S E E BOUWSR, H., (26) 133 CHENEY, H. B., ET AL. : F I E L D CROP PRODUCTION AND S O I L MANAGEMENT I N THE P A C I F I C NORTHWEST, ( 8 ) 1 THE P H Y S I C S O F W I N D E R O S I O N A N D I T S C H E P I L , W. S . , A N D WOODROFF. N. P: CONTROL, ( 1 5 ) 2 1 1 C H E P I L , W . S.: S E E OLSON, R. V., ET AL., ( 1 0 ) 56 CHESNIN, L.: S E E BAKER, D. E.. (27) 305 C H E S T E R S , G.: S E E HARRIS, R. F., ET AL., (18) 107 C H I L D S , E. C . , AND COLLIS-GEORGE, N.: CCNTROL O F S O I L WATER, ( 2 ) 2 3 3 C H R I S T E N S E N . J. J.: S E E CULBERTSON. J. 0.. E T AL.. (6) 161 CHRISTIAN, K. R . : EFFECTS OF ENVIRONMENT C N GROWTH OF. ALFALFA, ( 2 9 ) 1 8 3 CLARK, F . E.: S O I L MICROORGANISMS AND PLANT ROOTS, ( 1 ) 2 4 1 CLARK, F. E., A N D PAUL, E. A.: flICROFLORA O F GRASSLAND, ( 2 2 ) 3 7 5 CLINE, A. J . : S E E JOHNSON, D. D . , (17) 233 S E E MC KEAGUE, J. A., (15) 339 C L I N E , M. G.: CLINE, M . G.: S E E S I V A R A J A S I N G H A M , S . , ET AL., (110 1 C O I L E , T. S. : S O I L AND GROWTH O F F O R E S T S , ( 4 ) 3 2 9 COLEMAN, N . T . , KAMPRATH, E. J., A N D UEED, 5 . B.: L I B I N G , (10) 475 COLEMAN, N . T . : S E E MEHLICH, A . , (4) 6 7

AUTHOR INDEX FOR VOLUMES 1-30 COLLIS-GEORGE, N.: S E E C H I L D S , E. C., (2) 2 3 3 COOK, R . L . , A N D D A V I S , J. F.: THE R E S I f U A L EFFECT OF F E R E T I L I Z E R , ( 9 ) 2 0 5 COOK, R. 1.: S E E LAWTON, K., (6) 253 COONS, G. H . , OWEN, F . V . , A N D STEWART, D.: INPROVEMENT O F T B E SUGAR BEET I N THE UNITED S T A T E S , ( 7 ) 89 COOPER, C. S . : GROWTH O F THE LEGUME S E E D L I N G , ( 2 9 ) 1 1 9 COPE, W. A.: S E E HENSON, P . R . , ET AL., ( 9 ) 142 COULTER, J. K.: S E E BLOOMFIELD, C.. ( 2 5 ) 265 COWAN, J . R.: TALL FESCUE, ( 8 ) 2 8 3 C R A F T S , A. S . , A N D HARVEY, W. A.: WEED CONTROL, ( 1 ) 2 8 9 CREECH, J . L.. AND R E I T Z , L. P.: PLANT GERN PLASH NOW AND FOR TONORROA, ( 2 3 ) CREECH, R. G.: CARBOHYDRATE S Y N T H E S I S I N N A I Z E , ( 2 0 ) 2 7 5 CIJLBERTSON, J. O., ET AL.: SEED-FLAX I M P R O V E I E N T , ( 6 ) 143

1

D S O I L ORGANIC PHOSPHORUS, ( 2 9 ) 83 A N D ROBERTS, E. C.: TURFGRASS NANAGEMENT I N THE U N I T E D S T A T E S , (18) 259 DANIELS, R. B., GANBLE, E. E., AND CADY, J. G.: RELATION BETWEEN GEOMORPHOLOGY AND S O I L MORPHOLOGY A N D G E N E S I S , ( 2 3 ) 5 1 DANIELSON, L. L.: S E E E N N I S , A. B., JR., E T AL., (15) 161 D A V I S , D. D.: HYBRID COTTON: S P E C I F I C PROBLEES AND P O T E N T I A L S , ( 3 0 ) 1 2 9 D A V I S , J. P.: S E E COOK, R. L., (9) 205 D A V I S , H. 8.: S E E PIC K I B B I N , R. R . , ET AL., ( 5 ) 366 DAVISON, K. L . : S E E WRIGHT. N . J . , ( 1 6 ) 1 9 7 DAWSON, J. E.: ORGANIC S O I L S , ( 8 ) 377 DEAN, 1. A . : F I X A T I O N OP S O I L PHOSPHORUS, ( 1 ) 3 9 1 DE MENT. J. D.: S E E MARTIN. J . P. ET AL.. (71 1 D E X T E R , . ~ . T.: EVALUATION OF C R O P P L A N T S FOR 'WINTER HARDINESS, (8) 2 0 3 DOBEREINER, J.: S E E NEYRA, C. A . , (29) 1 DOLL, E. C.: S E E KHASAWNEH, F. E., (30) 159 DOLL, J. P.: S E E HUNSON, R. D., (11) 133 DONALD, C. M.: C O M P E T I T I O N BETWEEN CROP AND PASTURE PLANTS, ( 1 5 ) 1 DONALD, C. M . : S E E S T E P H E N S , C. G.. ( 1 0 ) 167 DONALD, C. M., A N D HAMBLIN, J.: B I O L O G I C A L Y I E L D A N D HARVEST I N D E X OF CEREALS AS AGRONOBIC A N D PLANT BREEDING C R I T E R I A , ( 2 8 ) 3 6 1 DRAGAN-BULARDA, M . : S E E K I S S , S . , ET AL., (27) 25 DUDLEY, J. W.: S E E HAGEMAN, R . H., ET AL., ( 1 9 ) U5 DUNGAN, G. H., LANG, A . L . , A N D PENDLETON, J. W.: CORN PLANT POPULATION I N RELATION TO S O I L P R O D U C T I V I T Y , ( 1 0 ) 4 3 5 D U N B A I , R . S.: S E E CULBERTSON, J. O., E T AL., (6) 168 DALAL, R . C.: DANIEL, W. H . ,

.

E ET AL., ( 2 ) 11 EATON, F. M. : S E E ADAMS, J. E., EDMINSTER, T . W . , AND MILLER, H. F . , J E . : RECENT DEVELOPMENTS I N AGRICULTURAL MACHINERY, ( 1 1 ) 1 7 1 ELLIS, R., J R . , A N D A D A M S , R. S . , J R . : CONTANINATION O F S O I L S BY PETROLEUM HYDRCCARBONS, ( 1 3 ) 1 9 7 ENGELSTAD, 0 . P . , A N D RUSSEL, D. A.: F E R T I L I Z E R S FOR USE UNDER T R O P I C A L C O N D I T I O N S . (271 1 7 5 ENNIS, W. B., J R . : WEED.CONTROL I N T H E PRINCIPAL CROPS OF T H E S O U T H E R N UNITED STATES, (7) 251 E N N I S , W. 6 . . JR., E T AL.: IMPACT O F CHEMICAL WEED CONTROL ON FARN BANAGEMENT P R A C T I C E S , ( 1 5 ) 1 6 1 E N S g I N G E R , L . E . , A N D PEARSON, R . W . : S O I L NITROGEN, ( 2 ) 8 1 ENSMINGER, L. E.: S E E JORCAN, H. V . , (10) 407 ERLANSON, C . 0 . ; S E E HODGE, W. H . , ( 7 ) 189 EVANS, L. T . , A N D WARDLAW, I. F.: ASPECTS O F THE COEPARATIVE PHYSIOLOGY O P GRAIN Y I E L D I N CEREALS, ( 2 8 ) 3 0 1 EVENSON, J . P . : S E E PLUCKNETT, D. L . , ET AL., (22) 2 8 5

F S E E MITCHELL, B. D., FARMER, V. C.: FARNHAM, R. S., A N D FINNEY, H . R . : S O I L S , (17) 115

ET AL., (16) 3 2 7 C L A S S I F I C A T I O N AND P R O P E R T I E S O F ORGANIC

Advances in AGRONOMY, Volume 32

16

FELBECK, G. T., JR.: STRUCTURAL CHEMISTRY OF S O I L HUMIC SUBSTANCES, ( 1 7 ) 3 2 7 FERGUS, E. N., A N D HOLLOWELL, E. A,: RED CLOVER, ( 1 2 ) 3 6 5 FINNEY. H . R.: SEE FARNHAM, R. S . , ( 1 7 ) 115 F I T T S , J. W., A N D NELSON, W . 1.: DETERlINATION OF LIME A N D F E R T I L I Z E R REQUIREMENTS OF S O I L S THROUGH CHEMICAL TESTS, ( 8 ) 241 FLOR, H. H.: SEE CULBERTSON, J. O., ET AL., (6) 152 FOGLE, H. W.: S E E BROOKS, H. J., ET AL., (17) 283 FOOTE, A . H.: SEE CHENEY, H. B., ET A t . , (8) 1 S E E PETESSON, G. A . , ( 2 5 ) 327 FOSTER, A. E.: FOY, C. L.; S E E HALE, M. G . , ( 2 3 ) 89 FREAR, D. S., ET AL.: BEHAVIOR OF HERBICIDES I N PLANTS, ( 2 4 ) 3 2 7 S E E AHLGREN, G. H., (2) 2 0 7 FUELLEMAN, R. F.: MC &LISTER, D. F . , A N D METCALFE, D. S.: AGRONORY I N THE SOUTHFULLER, W. H., WESTERN UNITED STATES, ( 1 2 ) 197 G

GAINES, J. C.: S E E ADAHS. J. E., ET AL., (2) 3 2 GAMBLE, E. E.: S E E DANIELS, R. B., ET AL., (23) 51 GARRISON, C. S . : TECHNOLOGICAL ADVANCES I N GRASS A N D LEGUME SEED PRODUCTIDN A N D TESTING, ( 1 2 ) 4 1 SEE IDSO, S . B., ET AL., ( 1 8 ) 171 GATES, D . 8.: GEDDES, W. F.: S E E CULBERTSON, J . 0.. ET AL., (6) 145 GERRETSEN, F. C.: SEE MULDER. E. G., (4) 221 GIESEKING, J. E.: CLAY MINERALS I N S O I L S , ( 1 ) 1 5 9 GILBERT, F. A.: COPPER I N NUTRITION, ( U ) 147 G O R Z , H. J.: SEE SMITH, W. K., ( 1 7 ) 16U GOULDEN, C. H.: S E E MC K I B B I N , R. R., ET AL., ( 5 ) 322 GRABLE, A . R.: S O I L AERATION AND PLANT GROWTH. ( 1 8 ) 5 7 G R A Y , 1. J.: S E E CESCAS, M . P., ET AL.. (20) 153 GREACEN, E. L.: S E E BARLEY, K. P., (19) 1 GREENLAND, D . J.: SEE SWINGER, G. D., ET AL., (21) 1 9 5 GREENWOOD, E., A. N.: NITROGEN STRESS I N PLANTS, (28) 1 G R I F F I T H , D. R.: SEE RICHEY, C . B., ET AL., (29) 141 GROSSMAN, R. 8.. AND CARLISLE, F. J.: FRAGIPAN S O I L S OF THE EASTERN UNITED STATES, (21) 2 3 7 GRUNES, D. L.: EFFECT OF NITROGEN ON AVAILABILITY O F S O I L A N D F E R T I L I Z E R PHOSPHORUS TO PLANTS, ( 1 1 ) 3 6 9 GRUNES, D. L., STOUT, P. R., A N D BROWNELL, J. R.: GRASS TETANY OF RUMINANTS, (22) 3 3 1

H A. L. : NEW GRASSES A N D LEGUMES FOR S O I L AND WATER CONSERVATION, (10) 349 H A G A N , R . 1.: SEE RUSSELL, n. B., ET AL., (2) 7 7 HAGEMAN, R. H., LENG, E. R . , A N D DUDLEY, J. W.: A BIOCHEMICAL APPROACH TO CORN BREEDING. 119) 45 HAISE, H. R . : S E E OLSON, R. v ; , ' E T ' A L . , (10) 47 FACTORS AFFECTING ROOT EXUDATION, H A L E , n. G . , FOY, c. L., A N D SHAY, P. J.: (23) 89 HAPIELIN, J.: S E E DONALD, C. M., (28) 3 6 1 HANDRECK, K. A.: SEE JONES, L. H. P., (19) 107 HANSCHE, P. E.: S E E ALLARD, R . W., (16) 281 BARDISON, J. R . : S E E GARRISON, C. S., (12) 4 1 HARLAN, J. R.: SEE OLSON, R . V., ET AL., ( 1 0 ) 15 MINERALIZATION OF ORGANIC NITROGEN HARBSEN, G. H . , A N D V A N SCHREVEN, D. A.: I N S O I L , (7) 299 PROBLEMS A N D PROGRESS OF S O I L CONSERVATION, ( 3 ) 2 6 5 HARPER, H . J.: HARRAR. J. . G. : A PATTERN FOR INTERNATIONAL COLLABORATION I N AGRICULTURE, ( 6 ) 9 HARRIS, R. F., CHESTERS, G . , A N D ALLEN, 0. N.,: DYNAMICS O F S O I L AGGREGATION. (18) 1 0 7 S E E RYDEI, J. C., ET AL.. (25) 1 HARRIS, E. F.: BARTPIG. E. E.: S E E CARTTER, J. L., ( 1 4 ) 359 AARVEY, P. .H., LEVINGS, C. S., ( 3 ) AND UERNSMAN, E. As: ROLE OF EXTRACHROMOSOMAL INHERITANCE I N PLANT BREEDING, (2&) 1 HAFENRICBTER,

AUTHOR INDEX FOR VOLUMES 1-30

17

HARVEY, 1. A.: S E E CRAFTS, A. S., (1) 289 H A R W A R D , n. E.: S E E W A D A , K., (26) 211 HA'ICK, R. D., AND BRERNER, J. n.: U S E O F TRACERS FOR S O I L A N D F E R T I L I Z E R NITROGEN RESEARCH, ( 2 8 ) 21 9 HAYWARD, H . E., A N D WADLEIGH, C. H.: PLANT GROWTH ON S A L I N E AND A L K A L I S O I L S ,

(1) 1

S E E T I N G , I. P . , (27) 89 S E E WILLEY, R. W., (21) 281 S E E HEGGESTAD, H. E . , (23) 1 1 1 E., AND HECK, W. W.: NATURE, EXTENT, A N D V A R I A T I O N O F PLANT R E S P O N S E TO AIR POLLUTANTS, (23) 1 1 1 HEHN, E. R., AND BARMORE, M. A.: BREEDING WHEAT FOR Q U A L I T Y , (17) 85 H E I N R I C H S , D. H.: C R E E P I N G A L F A L F A S , (15) 317 HELLING, C . S . , KEARNEY, P . C., AND ALEXANDER, M.: BEHAVIOR O F P E S T I C I D E S I N S O I L S , (23) 147 HEMWALL, J. B.: THE F I X A T I O N O F PHOSPHORUS BY S O I L S , (9) 95 HENDERSON, D. W.: S E E R U S S E L L , 1. B., E T AL., (11) 77 HENSON, P. R., E T AL.: L E S P E D E Z A S , (9) 113 HENSON, P . R.: S E E SEANEY, R . R., (22) 119 HEYNE. E. G.: S E E OLSON, R. V., ET AL., (10) 8 H I D E , J. C.: S E E OLSON, R. V . , ET AL., (10) 23 HODGE, W. H., AND ERLANSON, C. 0.: PLANT INTRODUCTION AS A FEDERAL S E R V I C E T O AGRICULTURE, (7) 189 HODGES, T . K.: I O N A B S O R P T I O N BY PLANT ROCTS, (25) 163 HODGSON, J. F.: CHEMISTRY O F T H E M I C R O N U T R I E N T ELEMENTS I N S O I L S , (15) 119 HODGSON, R. H.: S E E FREAR, D. S . , E T AL., (24) 327 HOFFMAN, W . f l . : S E E TERflAN, G. L., ET AL., (16) 59 HOLLOWELL, E. A.: S E E FERGUS, E. N . , (12) 3 6 5 HOLLOWELL, E. A.: S E E KNIGHT, W. E., (25) 47 HORNE, M . K . , JR.: S E E ADAMS, J. E., ET AL., (2) 5 HOUELL, R. W.: PHYSIOLOGY O F T H E SOYBEAN, (12) 265 HURLBUT, L . U.: PROGRESS I N AGRICULTURAL E N G I N E E R I N G , ( 5 ) 185 HURLBUT, L . W.: S E E R U S S E L L , N. B., ET AL., (11) 4 HUTrON, E. I.: T R O P I C A L P A S T U R E S , (22) 1 HEATH, P . L . : HEAIH, S. 8.: HECK, W. W.: HEGGESTAD, H.

I IDSO, IDS3,

S.

S.

ISHIZUKA,

B.:

B.,

T H E C A L I B R A T I O N A N D U S E OF N E T RADIOMETERS. (26) 261 BAKER, D. G., AND G A T E S , D. I.: ENERGY ENVIRONHENT O F PLANTS,

Y.:

(18) 171

PHYSIOLOGY O F T H E R I C E PLANT,

(23) 241

J

n. L.,

JACKSCN, JACOB, K . JAMES, E. JENKINS, J O F F E , J. JOHNSON, JOHNSON, JOHNSON, JONES, L .

JONES,

A N D S H E R Y A N , G. D.: CHEMICAL WEATRERING OF NINERALS IN S O I L S . (5) 219 D.: F E R T I L I Z E R PRODUCTION A N D TECBNOLOGY. (11) 233 : P R E S E R V A T I O N O F S E E D STOCKS, (19) 87 J . N.: S E E MAXWELL, F. G.. ET AL., (24) 187 S.: GREEN M A N U R I N G VIEWED BY A P E D O L O G I S T , (7) 141 D . D., AND C L I N E , A. J.: COLORADO MOUNTAIN S O I L S , (17) 163 H. W . , AND BERNARD, R. 1.: SOYBEAN G E N E T I C S AND BREEDING, (14) 149 V. A., A N D SCHMIDT, J. W.: HYBRID WHEAT, (20) 199 A. P., AND HANDRECK, R. A.: S I L I C A I N S O I L S , PLANTS, AND ANIMALS,

R. J.,

(19) 107

AND ROGERS, H . T.: NEW F E R T I L I Z E R S AND F E R T I L I Z E R P R A C T I C E S , (1) 39 JORDAN, H . V . , AND ENSMINGEU, L. E.: ROLE O F SULFUR I N S O I L F E R T I L I T Y , J U S T I C E , 0. 1.: S E E GARRISON, C. S., (12) 41 K KAMPRATH, E . J.: S E E COLEHAN, 1. T., E T AL., (10) 475 KEARNEY, P. C.: S E E H E L L I N G , C. S., E T AL., (23) 147 KELLER. W., AND PETERSON, M. 1.: I R R I G A T E D PASTURES. (2) 351

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Advances in AGRONOMY, Volume 32 REQUIBENENT AND A V A I L A B I L I T Y OF S O I L WATER, ( 6 ) 6 7 AND ORVEDAL, A. C.: P O T E N T I A L L Y ARABLE S O I L S O F T H E WORLD AND C R I T I C A L MEASURES FOR T H E I R USE. ( 2 1 ) 1 0 9 KENPER, W. D.: S E E OLSEN, S. R., (20) 9 1 KENPTHORNE, 3 . : C O N T R I B U T I O N S O F S T A T I S T I C S TO AGRONOMY, ( 9 ) 1 7 7 KENNEDY, W . K.: S E E NUSGRAVE. R. 8.. 121 2 7 3 KHANNA,.R.: SEE SINHA, s. K.; ( 2 7 ) i 2 3 . KHASAWNEH, F. E . , AND DOLL, E. C.: USE O F PHOSPHATE ROCK FOR D I R E C T A P P L I C A T I O N TO S O I L S , (30) 1 5 9 KHUSH, G . S . : D I S E A S E AND I N S E C T R E S I S T A U C E I N R I C E , ( 2 9 ) 2 6 5 KILMER, V. J . : S E E BARROWS, H. L., ( 1 5 ) 303 KIRKHAM, D., AND KUNZE, R. J.: I S O T O P E S METHODS A N D USES I N S O I L P H Y S I C S RESEARCH, ( 1 4 ) 321 KISS, S.. DRAGAN-BULARDA, N . , AND RADULESCU, D.: BIOLOGICAL S I G N I F I C A U C E OF ENZYMES ACCUMULATED I N S O I L , ( 2 7 ) 2 5 S E E TAYLOR, H. I . , ( 3 0 ) 9 9 KLEPPER, 8.: KLINGMAN, D. L.: S E E E N N I S , W. B., J R . , E T AL., ( 1 5 ) 161 K N I G H T , W. E., A N D HOLLOWELL, E. 1.: CRINSON CLOVER, ( 2 5 ) 4 7 KNOTT. J. E.. AND LORENZ, 0 . A.: VEGETABLE PRODUCTION,. I2I 113 KNOYLES, P. SAFFLOWER, (10) 2 8 9 KNOX, E. G.: S E E CHENEY, H. B., (8) 1 KOHNKE. H . : T H E RECLANATION O F COAL MINE S P O I L S , ( 2 ) 3 1 7 KRAMER. P . J . : S E E RUSSELL. 1. B.. ET AL.. - 1111 51 . K U N Z E , - R . J.: SEE K I R K H A M , - D . , ( i u ) 321 KELLEY, 0. J.: KELLOGG. C. E.,

..

i.:

L S E E PRASAD, R., ET AL., ( 2 3 ) 337 LAKHDIVE, B. A.: LANG, A. 1.: S E E DUNGAN, G. H., ET AL., (10) 435 LARSEN, S.: S O I L PHOSPHORUS, ( 1 9 ) 151 LAWTON, K . , A N D COOK, R. L . : P O T A S S I U M I N PLANT N U T R I T I O N , ( 6 ) 2 5 3 LENG, E. R.: S E E HAGEMAB. R. H.. ET AL., . 119) 45 . LETEY, J.: S E E STOLZY, 1. H., ( i 6 ) 249 LEUKEL, R. W.: S E E SALNON, S. C., ET AL., (5) 1 L E V I N G S , C. S . , 111: S E E HARVEY, P. H., E T AL., (24) 1 LINDSAY, W . 1.: Z I N C I N S O I L S A N D PLANT N U T R I T I O N , ( 2 4 ) 1 4 7 L I S K , D. J . : TRACE NETALS I N S O I L S , PLANTS, AND ANIMALS, ( 2 4 ) 2 6 7 LORENZ, 0. A.: S E E KNOTT, J. E., (2) 1 1 3 LOU, P. F. : P H Y S I C A L C H E N I S T R Y O F CLAY-UATER I N T E R A C T I O N , ( 1 3 ) 2 6 9 LYNCH, R. S . : S E E ADDICOTT, F. T . , (9) 67 N

MC A L I S T E R , D. F.: S E E FULLER, 8 . H., E T AL., (12) 197 MC CALLA, T . I . , AND ARNY, T. J.: S T U B B L E MULCH F A R N I N G , ( 1 3 ) 1 2 5 MC CANTS, C . B., A N D WOLTZ, W . G.: GROWTH AND MINERAL N U T R I T I O N OF TOBACCO,

( 1 9 ) 211

MC MC NC NC MC MC NC NC

F I E L D PLANT PHYSIOLOGY, ( 1 6 ) CLOUD, D. E . , BULB, R. J . , AND S K A Y , R. H.: HARDY, W. J.: S E E B I T C H E L L , B. D., E T AL., ( 1 6 ) 327 I L V A I N , E. H., AND SAVAGE D. A.: P R O G E E S S I N RANGE NANAGEMENT, ( 6 ) 1 LNTYRE, D. S.: PLATINUN MICROELECTRODE METHOD FOR S O I L AERATION NEASUREaENT, ( 2 2 ) 2 3 5 K A Y , J. W.: S E E BROOKS, H. J . , ET AL., (17) 283 KEAGUE, J. A., AND C L I N E , I. G.: S I L I C A I N S O I L S , ( 1 5 ) 339 K I B B I N , R. R., ET AL: CHANGING PATTERN OF AGRONOMY AND HORTICULTURE I N CANADA, ( 5 ) 3 1 9 MILLAN, J. A.: T H E CHANGING PATTERN OF AGRICULTURE I N ENGLAND AND WALES,

1

(3) 165 G.: S E E BOYER, J. S . , ( 2 7 ) 1 S E E NC K I B B I N , R. R . , E T A., (5) 375 MAEDA, T . , TAKENAKA, H . , AND WARKENTIN, B. P . : PHYSICAL PROPERTIES O F ALLOPHANE S O I L S , ( 2 9 ) 2 2 9 NAHAPATRA, I. C.: S E E PATRICK, W. H., J R . , (20) 323 MANN, J. D. : PRODUCTION O F S O L A S O D I N E FOR T H E PHARNACEUTICAL INDUSTRY, MARTIN, J. P., E T AL.: S O I L AGGREGATION, ( 7 ) 1

MC PHERSON, H. MACRAE, N. A.:

( 3 0 ) 23

19

AUTHOR INDEX FOR VOLUMES 1-30 NARTIN, W. P.: NARTIN, J. H.: MATHEWS, 0. R.: NAYLAND, H. F.,

S E E MARTIN, J. P . , E T AL., (7) 1 S E E QUINBY, J. R., (6) 3 0 5 S E E SALNON, S. C., ET AL., (5) 1 AND CARY, J. W.: FROST AND C H I L L I N G I N J U R Y TO GROWING PLANTS, (22) 2 0 3 NAYNARD, D. N., ET AL.: N I T R A T E ACCUNULATION I N VEGETABLES, ( 2 8 ) 7 1 NAXWELL, F . G . , J E N K I N S , J. N . , AND PARROTT. Y. L.: R E S I S T A N C E O F PLANTS TO INSECTS, (24) 187 MEEK, Y. E.: S E E ADANS, J. E . , ET AL., (2) 4 0 MEHLICH, A., AND COLEMAN, N. T.: T Y P E O F S O I L C O L L O I D AND MINERAL N U T R I T I O N OF PLANTS, ( 4 ) 6 7 M E I J E R S , P. G.: S O I L S AND LAND U S E I N T B E NETBERLANDS, ( 1 1 ) 3 3 3 MELSTED, S . W.: NEW CONCEPTS O F NANAGEMEIT O F CORN BELT S O I L S , (6) 1 2 1 NETCALFE, D. S . : S E E FULLER, W. H., E T AL., (12) 197 M I L L E R , H . P., JR.: S E E E D M I N S T E R , T . Y.. (11) 171 N I L L E R , N. D.: S E E ADAIR, C. R., E T AL., (14) 6 1 M I N O T T I , P . 1.: S E E MAYNARD, D. N . , ET AL., (28) 7 1 N I T C H E L L , B. D., FARMER, V . C., AND MC HARDY, U. J . : ANORPHOUS I N O R G A N I C MATERIALS I N S O I L S , ( 1 6 ) 3 2 7 MOLL, R. H . , A N D STUBER, C . W.: QUANTITATIVE GENETICS EMPIRICAL RESULTS RELEVANT T 3 PLANT BREEDING, ( 2 6 ) 2 7 7 NORLEY, F . H. W.: SUBTERRANEAN CLOVER, ( 1 3 ) 57 MORTLAND, M. M.: R E A C T I O N S O F AMMONIA I N S O I L S , ( 1 0 ) 3 2 5 MORTLAND, M . ti.: CLAY-ORGANIC COMPLEXES AND I N T E R A C T I O N S , ( 2 2 ) 7 5 MOSS, D. N., AND MUSGRAVE, R. 8 . : P R O T O S Y N T H E S I S AND CROP PRODUCTION, ( 2 3 ) 3 1 7 MUIR, A,: PODZOL AND P O D Z O L I C S O I L S , ( 1 3 ) 1 MULDER, E . G., AND G E R R E T S E N , F. C.: S O I L MANGANESE I N R E L A T I O N T O PLANT GROWTH, (4) 2 2 1 (24) 9 7 S E E YALLACE, D. H., E T AL., MUNGER, H. fl.: A N D DOLL, J. P.: ECONOMICS O F F E R T I L I Z E R U S E I N C R O P MUNSON, R. D., PRODUCTION. 111) 1 3 3 N U S G R A V E , I(. B., A N D K E N N E D Y , ' ~ . K.; PRESERVATION A N D STORAGE OF FORAGE CROPS, (2) 2 7 3 MUSGRAVE, R. B.: S E E NOSS, D. N . , (23) 317

-

N

NEAL, 0. R. : S O I L MANAGENENT FOR CONSERVATION AND P R O D U C T I V I T Y , ( 5 ) 3 8 3 NELSON, L. B.: ADVANCES I N F E R T I L I Z E R S , ( 1 7 ) 1 NELSON, L . B.: NINERAL N U T R I T I O N O F CORN AS RELATED TO I T S GROWTH AND C U L I U R E , (8) 321 G E N E T I C f l O D I F I C A T I O N OF P R O T E I N Q U A L I T Y I N P L A N T S , ( 2 1 ) 1 7 1 NELSON, 0 . E.: NELSON, W. L., A N D STANFORD, G. : CHANGING C C N C E P T S O F PLANT N U T R I E N T BEHAVIOR A N D F E R T I L I Z E R USE, ( 1 0 ) 6 7 NELSON, W. L.: S E E F I T T S , J. W . , (8) 241 NEYRA, C . A . , A N D DOBEREINER, J.: NITROGEN F I X A T I O N I N GRASSES, ( 2 9 ) 1 N I K I T I N , A. A. : T E C H N O L 3 G I C A L A S P E C T S O F TRACE ELEMENT USAGE, ( 6 ) 183 NORNAN, A . G.: T H E PLACE O F MICROBIOLOGY I N S O I L S C I E N C E , (7) 3 9 9 0

N.:

S E E SWINGER, G. D., ET AL., (21) 195 MINERAL N U T R I T I O N O F SOYBEANS. 112) 2 2 9 A N D K E M P E R , W. D.: M O V E M E N T OF NUTRIENTS TO PLANT ROOTS, (20) V., ET AL.: AGRONOMIC T R E N D S AND PROBLEMS I N T H E GREAT P L A I N S , (10) 1 ORVEDAL, A. C.: S E E KELLOGG, C. E., (21) 109 OWEN, F . V.: S E E COONS, G . H . , ET AL.. (7) 8 9 OZB'JN, J. L: S E E WALLACE, D. H., E T AL., (24) 97 OADES, J. OHLROGGE. O L S E N , s; OLSON, R.

A.

J.:

R.,

P S E E MARTIN, J. P . , ET AL., (7) 1 PAGE, J. B.: PARKS, R. Q. : I R R I G A T I O N AGRICULTIIRE A N D S O I L RESEARCH I N THE U N I T E D STATES, (3) 323

91

Advances in AGRONOMY, Volume 32

20

A N I O N ADSORPTION BY S O I L S A N D S O I L HATERIALS, (30) 1 BERTRAND, A. R.: WATER I N F I L T R A T I O N I N T O S O I L S , (12) 311 U. S E E HAXWELL, F a G., ET AL., (24) 18'7 S. S E E RICHEY, C. B . , ET AL., (29) 141 1. H., JR., A N D UAHAPATRA, I. C.: TRANSFORHATION A N D AVAILABILITY T 3 RICE OF NITROGEN AND PHOSPHORUS I N WATERLOGGED S O I L S , (20) 323 PAUL, E. A,: S E E CLARK, F . E., (22) 375 PEARSON, R. W., A N C YEAGER, J. 8.: AGRICULTURAL TRENDS I N THE OLD COTTON BELT, (9) 1 S E E ENSHINGER, L. E., (2) 81 PEARSON, R. W.: PEARSON, P . B.: S E E TOLBERT, N. E., ( 4 ) 279 PECK, N..H.: S E E MAYNARD, D. N., ET AL., (2H) 71 PENDLETON, J. V.: S E E D U N G A N , G. H., (10) U 3 5 PETERSON, G. A., A N D FOSTER, A. E.: HALTING BARLEY I N THE UNITED STATES, PARFITT, PARR, J. PARROTT, PARSONS, PATPICK,

R.

F.,

1.: AND 1.: D.:

(25) 327

(2) 351 PETERSON, H. 1.: S E E KELLER, W., PHENOHENON, CAUSES, A N D PINTHUS. H . J.: LODGING I N WHEAT AND OATS: PREVENTIVE HEASURES, (25) 209 PLUCKNETT, D . 1.. EVENSON, J. P., A N D SANFORD, W. G.: RATOON CROPPING, (22) 285 PONNAHPERUHA, F. 1.: CHEHISTRY O F SUBHERGED S O I L S , (24) 29 POWELL, J. 8 . : S E E BURTON, G. W., (20) 49 PRASAD, R., RAJALE, G. B., AND LAKHDIVE, B. A.: N I T R I F I C A T I O N RETARDERS A N D SLOW-RELEASE NITROGEN F E R T I L I Z E R S , (23) 337 PRESLEY, J. T.: S E E ADAHS, J. E., ET AL., (2) 26 QUINBY, J. R.: HATURITY GENES OF SORGHUH, (19) 267 QUINBY. J. R.: GENETIC CONTROL OF FLOWERING A N D GROWTH I N SORGHUH, (25) 125

Q QUINBY, J.

R.,

AND HARTIN,

J.

H.:

SORGHUH IUPROVEHENT,

(6) 305

R

RACHIE,

K.

0..

A N D ROBERTS, L.

8.:

G R A I N LEGUMES OF THE LOWLAND T R O P I C S ,

(26) 1

(27) 25 RADULESCU, D.: S E E K I S S , S., ET AL., RAJALE, G. B.: S E E PRASAD, R., ET AL., (23) 337 RAHPTON, A. H.: S E E CHENEY, H. B., ET AL., (8) 1 RANEY, W. A.: S E E HARTIN, J. P . , ET AL., (7) 1 RAUPACH, H.: S O I L AND F E R T I L I Z E R REQUIREHENTS FOR FORESTS OF PINUS RADIATA, (19) 307

RAYHOND, W. F.: NUTRITIVE VALUE OF FOBAGE CROPS, (21) 2 REITEHEIER, R. F.: CHEMISTRY OF S O I L POTASSIUU, I31 1 1 3 REITZ, 1. P.: S E E CREECH, J. L., (23) 1 RHOIDES, A . F.: S E E OLSON, R. V., ET AL., (10) 36 RICH, C.. I., AND THOMAS, G. .W.: CLAY FRACTION OF S O I L S , (12) 1 RICHEY. C. B., G R I F F I T H . D. R . , A N D PARSONS. S. D.: YIELDS AND CULTURAL ENERGY -REQUIREHENTS FOR- CORN A N D SOYBEANS WITH VARIOUS TILLAGEPLANTING SYSTEHS, (29) 141 RICHHOND, T . R.: S E E ADAUS, J. E., ET AL., (2) 63 RIECKEN, F. F.: S E E S H I T K , G. D., ET AL., (2) 157 RIPLEY. P . 0.: S E E HC K I B B I N , R. 8 . . ET AL., (5) 339 ROBERTS, E. C.: S E E DANIEL, W. H . , (18) 259 ROBERTS, L..H.: S E E RACHIE, K. O., (26) 1 ROCROW, P. F.: BARLEY YELLOW DWARF VIRUS DISEASE OF SMALL GRAINS, (13) 217 RODENHISER, H. A.: S E E STAKUAN, E. C., (10) 143 ROGERS, a. T.: SEE JONES, R . J., (1) 39 ROSENBERG, A. J.: RESPONSE O F PLANTS TO THE PHYSICAL EFFECTS OF S O I L COHPACTION, (16) 181 ROSSITER, R . C.: ECOLOGY OF HEDITERRANEAN ANNUAL-TYPE PASTURE, (18) 1 RUSSEL, D. A.: S E E ENGELSTAD, 0. P., (27) 175 RUSSELL, 1. 8 . . E T AL,: WATER AND I T S RELATION TO S O I L S AND CROPS, (11) 1 RYDEN. J. C., SYERS, J. K., AND HARRIS, R. P.: PHOSPHORUS I N RUNOFF AND STREAHS, (25) 1

21

AUTHOR INDEX FOR VOLUMES 1-30 S SAGE, G . C. M.: SALMON, S. C.,

NUCLEO-CYTOPLASMIC RELATIONSHIPS I N WHEAT. ( 2 8 ) 2 6 7 MATHEUS, 3.. R., A N D LEUKEL, R . W.: A HALF CENTURY O F UHEAT IMPROVEMENT, ( 5 ) 1 SANFORD, W . G.: S E E PLUCKNETT, D. L., ET AL., (22) 285 SAVAGE, D. A.: S E E MC ILVAIN, E. H., (6) 1 SCHXIDT, J . W.: S E E JOHNSON, V. A.. (20) 199 SCOWCROFT, W. R.: SONATIC CELL GENETICS A N D PLANT IMPROVENENT, ( 2 9 ) 3 9 SEANEY. R. R.. A N D HENSON. P. R . : BIRDSFOOT TREFOIL.. 122) . . 119 S H A W , k. H . : - S E E MC CLOOD, D. E., ET AL., (16) 1 S H A W , R. H.: S E E W I L S I E , C. P., (6) 199 S H A W , W. C.: SEE E N N I S , W. B, JR., ET AL., (15) 161 SHAY, F. J.: S E E HALE, M. G., ET AL., (23) 9 SHERMAN, G . D.: S E E JACKSON, M . L., (5) 2 1 9 SHIMABUKURO. R. H.: S E E FREAR, D. S., ET AL., (24) 327 S I I 3 N S O N . R. W.: CONCEPT OF S O I L , ( 2 0 ) 1 SIMONSON, R. W.: S E E WINTERS, E., (3) 2 SINHA, S. K., A N D K H A N N A , R.: PHYSIOLOGICAL, BIOCHEMICAL, A N D GENETIC B A S I S OF HETEROSIS, ( 2 7 ) 1 2 3 SIVARAJASINGHAM, S . , ET AL.: LATERITE, ( 1 4 ) 1 SKRDLA, W . H.: S E E BLASER, R . E., ET AL., (4) 179 SMITH, D. C.: PROGRESS I N GRASS BREEDING, ( 8 ) 127 SMITH, D. D. A N D WISCHMEIER, W. H.: RAINFALL EROSION, ( 1 4 ) 109 SMITH, G . D., ALLAWAY, W. H., A N D RIECKEN, F. F.: P R A I R I E S O I L S I N THE UPPER M I S S I S S I P P I VALLEY, ( 2 ) 1 5 7 SEE TAVERNIER, R. ( 9 ) 2 1 7 SMITH, G . D.: SMITH, H. P.: S E E ADAMS, J. E., ET AL., ( 2 ) 45 SMITH, 0.: POTATO PRODUCTION, ( 1 ) 3 5 3 SMITH, W. K., A N D GORZ, A . J.: SWEETCLOVER IMPROVEMENT, ( 1 7 ) 1 6 3 STAKMAN, E. C., A N D RODEBHISER, 8. 8.: RACE 15B OF WHEAT STEM RUST WHAT I T I S AND WHAT I T nEANS, ( 1 0 ) 1 4 3 STANFORD, G.: S E E NELSON, W. L., (10) 6 7 STEPHENS. C. G . , AND DONALD, C. M.: AUSTRALIAN S O I L S AND T H E I R RESPONSES TO FERTILIZERS, (10) 167 STEPONKUS, P. L.: COLD HARDINESS A N D FREEZING I N J U R Y OF AGRONONIC CROPS, ( 3 0 ) 5 STEVENSON, T. M.: S E E MC R I B B I N , A. R . , E T AL., (5) 3 5 2 STEWART, D.: SEE COONS, G . H . , ET AL., ( 7 ) 89 S T I L L , G. G.: S E E FREAR. D. S., ET AL., (24) 327 STOECKELER, J. H., AND ARNEWAN. H. P.: F E R T I L I Z E R S I N FORESTRY, ( 1 2 ) 1 2 7 STOLZY, L. H., A N D LETEY, J.: CHARACTERIZING S O I L OXYGEN CONDITIONS WITH A PLATINUM MICROELECTRODE, ( 1 6 ) 2 4 9 STOUT, P. R.: SEE GRUNES, D. 1.. ET AL., (22) 331 STRINGFIELD, G. H.: OBJECTIVES I N CORN IMPROVEMENT, ( 1 6 ) 1 0 1 STUBER. C. W.: S E E MOLL. R. H.. 1261 2 7 7 SWARTZENDRUBER, D. : SOIL-WATER- BEHAiIOR AS DESCRIBED B Y TRANSPOPT C O E F F I C I E N r S A N D FUNCTIONS, (18) 3 2 7 THE EXTRACTION, CAARAZSWINGER, G. D., OADES, J. I., AND GREENLAND, D. J.: TERIZATION, A N D S I G N I F I C A N C E OF S O I L POLYSACCHARIDES, ( 2 1 ) 1 9 5 SYERS, J. K.: SEE RYDEN, J. C., ET AL., ( 2 5 ) 1

-

T TAKENAKA, H.: TAVERNIER, R., TAYLOR, TAYLOR,

A.

H.

L.: M.,

TAYLOR, TERRAN,

T.

H.:

TEEMAN,

G.

L.,

THOMAS, G.

U.:

G.. L.,

S E E IAEDA, T., ET AL., (29) 2 2 9 A N D SMITH, G . D.: CONCEPT OF ERAUNERDE (BROWN FOREST S O I L ) I N EUROPE A N D UNITED STATES, ( 9 ) 2 1 7 CHEWICAL TREATMENT OF S O I L FOR NEMATODE CONTROL, ( 3 ) 2 4 3 A N D KLEPPER, 8 . : ROLE OF ROOTING CHARACTERISTICS I N SUPPLY OF WATER TO PLANTS, ( 3 0 ) 9 9 S E E BLASER, R. E., ET AL., (4) 179 BOULDIN, D. R., A N D WEBB, J . R . : EVALUATION OF F E R T I L I Z E R S BY BIOLOGICAL METHODS, ( 1 4 ) 2 6 5 HOFFMAN, W. M., AND WRIGHT, B C.: CROP RESPONSE TO F E R T I L I Z E R S I N RELATION TO CONTENT OF "AVAILABLE" PHOSPHORUS, ( 1 6 ) 5 9 S E E RICH, C. I., ( 1 2 ) 1

Advances in AGRONOMY, Volume 32

22

THORNE, W.: Z I N C DEFICIENCY A N D I T S CONTROL, (9) 31 TIIMONS, F. 1.: S E E ENNIS, W. B., JR., ET AL., (15) 161 TING, I. P., AND HEATH, R. 1.: RESPONSES OF PLhNTS TO A I R POLLUTANT OXIDANTS,

(27) 89 A N D PEARSON, P. 8 . : A T O I I C ENERGY A N D PLANT SCIENCES, TOLBERT, N. E., TRENBATH, B. R . : BIOflASS PRODUCTIVITY OF MIXTURES, (26) 177 TRUMBLE, H. C.: GRASSLAND AGRONOMY I N AUSTRALIA, (4) 1 TURNER, N . C.: S E E BEGG, J. E., (28) 161 TYNER, E. H.: S E E CESCAS, M. P., ET AL., (20) 153

(4) 279

V

V A A D I A , Y.: SEE RUSSELL, M. B . , ET AL., (11) 77 V A N SCHREVEN, D. A.: S E E HARMSEN, G. W., (7) 299 VASIL, I. K.: THE PROGRESS, PROBLEMS, A N D PROSPECTS OF PLANT PROTOPLAST RESEARCH, (28) 119 V I E T S , F. G., JR.: F E R T I L I Z E R S A N D THE E F F I C I E N T USE OF WATER, (14) 223 VOMOCIL, J. A.: MEASUREMENT OF S O I L BULK DENSITY A N D PENETRABILITY, A REVIEW OF NETHODS, (9) 159

W Y A D A , K., WADLEIGH,

A N D HARWARD, N. E.: AMORPHOUS CLAY CONSTITUENTS OF S O I L S , (26) 211 C. H.: MINERAL NUTRITION OF PLANTS AS RELATED TO MICROBIAL ACTXVITUE I N S O I L S , (7) 75 SEE HAYW AR D, H. E., (1) 1 WADLEIGH, C. H.: WALLACE, D. H., OZBUN, J. 1.. A N D MONGER, II. M.: PHYSIOLOGICAL GENETICS OF CROP YIELD, (241 9 7 YARDLAY, I. F.: S E E EVANS, L. T., (28) 301 WARKENTIN, B . P.: SEE MAEDA. T . , ET AL., (29) 229 WATSON. D. J.: PHYSIOLOGICAL B A S I S O F VARIATION I N YIELD. 141 101 SEE TERMAN, G. L., ET AL., (19) 265 WEBB, J. R.: S E E COLENAN, N. T., ET AL., (10) 475 WEED, S. B.: WEISS, M . G.: SOYBEANS, (1) 77 WERNSMAN, E. A.: S E E HARVEY, P. H., ET AL.. 124) 1 WHITE. W. J.: ALFALFA IMPROVEMENT. f1) 205 WIERSUA. D.: SEE RUSSELL, N . 8.. ET’AL., (11) 4 3 WILLARD C. J. : MANAGENENT OF ALFALFA flEADOWS, (3) 93 WILLEY, B. W., AND HEATH, S. B .: QUANTITATIVE RELATIONSHIPS BETWEEN PLANT POPULATION A N D CROP YIELD. 1211 281 W I L S I E , C. P., A N D SHAW, R. H.: CROP ADAiTATION A N D CLIMATE, (6) 199 YINTERS. E., A N D SXMONSON, R. W.: SUBSOIL, (3) 1 WISCHNEIER, W. H.: S E E SMITH, D. D., (19) 109 WOLTZ, W. G.: SEE MC CANTS, C. B., (19) 211 WOODRUFF, N . P.: SEE CHEPIL, W. S., (15) 211 WRISHT. M. J., A N D D A V I S O N , K. L.: NITRATE ACCUMULATION I N CROPS A N D NITRATE POISONING I N ANIMALS, (16) 197 WRIGHT, B. C.: S E E TERMAN, G. L., ET AL., (16) 59 ~

.

I

Y YEAGER,

J.

H.:

S E E PEARSON,

8.

W.,

(9) 1

2

DEVELOPMENT OF T R I T I C A L E , (26) 315 Z I L L I N S K Y , F. J.: CASTORBEANS: A NEW O I L CROP FOR MECHANIZED ZIHMERMAN, 1. H.: PRODUCTION, (10) 257

Advances in AGRONOMY, Volume 32

SUBJECT INDEX FOR VOLUMES 1-30

A

ABACR ,( 2 2 ) 287,310 A B I E S CONaq4GFJ (17) 242 MLES CRAlPZS (27) 257 ABIES LBZIOCARPA (17) 2112 VAB. AEIZQLZG& (17) 242 AEIIs PAPGEE4 I (27) 257 A B I E T I C ACID (7) 22 ABORTION (15) 199 A B S C I S S I C ACID (26) 7 0 , (27) 116, (28) 181,200 A B S C I S S I O N ,( 9 ) 68 C E L L D I V I S I O N AND ,(9) 7 0 L E A P , S E E ALSO D E F O L I A T I O N ,(9) 68-69 MORPHOLOGICAL CHANGES ACCONPANYING , ( 9 ) 6 9 - 7 1 PHYSIOLOGY OF ,(9)71-7U RATE OP,PACTORS REGUL.PTINC (9) 71 S U B S T A N C E S ACCELERATING ,(9)7 2 RETARDING ( 9 ) 73-70

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ABSORPTION ROOT. I O N S - 1 2 5 1 1 6 3 - 2 0 7 X~~QPH~AST i i I2 ) 596 ACACIA , ( U ) 5 ACALYNHA T R I V I T T A T A ,(2U) 238 ACANTHQMIA (26) 5 1 A C A H I C I D E , ( 2 3 ) 179 ACCUHULATION R A T I O ( 2 5 ) 165-170 ^ ACER _ _ _R U B R U M ,( 1 2 ) 178, (27) 257 AGEH SgccUAFJRE (27) 257 K E E A T B G B L L I A SBliGUINOLENTA (12) 92 AEgL&_LE&LANULDSA ,(17) 2U2-2U3 ACHRONOBACTER ,(13) 200 ACID S O I L S , (1 1) 39 1-392 ACROLEIN ,(15) 2 0 2 ACHYLALDEHYDE ,( 1 5 ) 2 0 2 ACTINA (17) 243 A C T I N O B p g E g S C A B I E S ,(18) 99 ACTINONYCETES (22) 396-398,417 ACTIVE ION T R A X S P O A T 1251 i 6 7 - i.~_ n ACYRZBQSIPHON PISUN ,i i U ) '199,239 ~ ~ L P H o ~ O ~ ~ I S - L ~ N E ,OIL12)A 92,388 TUS A D E L P H K O R I S R A P I D U S ,(12) 3 8 8

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ADSORPTION ,(19) 160-161 ADVPCTION ,i i u ) 220-233 A E C I L O P S &IcQ&HIA , (28) 2 7 0 &EEI_/QPS_ C&UQAG ,(20) 203, ( 2 0 ) 2 7 1 , 2 7 3 , 2 7 6 , 2 7 ~ - 2 8 0 , 2 8 2 , 2 8 7 - 2 8 8 , 2 ~ 0 ALGILOPS ~ Y L ,(28) ~ 2 7~0 ~ ~ A Z E G I L O P S H E L D R B I C H I I ,( 2 8 ) 2 7 0

23

Advances in AGRONOMY, Volume 32

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A E G I L O P S OVATA (20) 200,204,209, (28) 271- 273,2 !76, 2180-281,287-288 A E C I L O P S SHARONENSIS ,(28) 270 A E C I L O P S SP. ,(26) 323.325 A E G I L O P S SPELTOIDES ( 2 8 ) 269-270,277 A E C I L 0 P S SOUABROSA (28) 271,273,280,304 7 (28) 270,276,278,28 AEGI LOPS U M B E L U W A (28) 2 7 0 A E G I L O P S VARLABILIS (20) 201, (28) 270,277 A E G I L O P S VEITRICOSA 1-A- U A E R A T I O N ,1161 ,.-I S O I L ,(14) 347-348, (18) 57-106 AEROBACILLES PACERANS ,(13) 200 AEROBACILLUS POLYHYXA (13) 200 AESCHYNOHENE VIRGINICA ( 7 ) 284, (14) 85 fiAPOSTEHCN SP. (12) 8 1 AGOSERIS AURANTICA (17) 243 AGRICULTURAL ADJUSTHENT ADHINISTRATION 13) 271.277 AGRICULTURAL COLLABORATION I N COLOMBIA (6) 11611 1 7 I N MEXICO (6) 103-115 INTERNATIONAL (6) 95-1 19 PERSONNEL TRAINING (6) 100-lr)3,112-113 P R I N C I P L E S ,(6) 95-103 ROCKEFELLER PROGRAH ,( 6 ) 103-117 AGRICULTURAL ENGINEERING CONCEPTS , ( 5 ) 1 8 6 - 1 8 8 FUTURE TRENDS I S \ 190-216 AGRICULTURAL TRENDS,IN THE OLD COTTON BELT (9) 1-29 FACTORS INPLUENCING ( 9 ) 10-17 AGRICULTURAL YEATHER STATION (16) 2-7 AGRICULTURE I N ENGLAND A N D VALES (3) 165-196 ACRE YIELDS (3) 1R2 l r N I W L PRODUCTION ,(3) 170-174 BACKGROUND (3) 165-167 ZROP PRODUCTION (3) 168-170 EDUCATION (3) 174- 176 PADM BUILDINGS (3) 194-195 LAND USE (3) 179-183 LIVESTOCK NUHBERS (3) 183 HECHANIZATION (3) 168-169,180 POLICY ,(3) 186-188 RECENT DEVELOPNENTS ( 3 ) 189-192 TECHNICAL ADVANCES (3) 192-194 UARTINE PRODUCTION (3) 176-179 AGRICULTURE I N TEE NETHERLANDS, ADVISORY SERVICES ( 1 1) 367-368 EDUCATIONAL F A C I L I T I E S ( 1 1) 367-368 AGRIOTES ,(30) 234 AGR3BACTERIUH (1) 273 AGEOBACTREGB TUNEPACIENS (29) 66-69.72 AERQQXZA OBTYSA (26) 38 AGE3HOHYI APPLICATION OF S T A T I S T I C S TO (9) 177-203 ANALYSIS OF CAUSALITY (9) 183 & U E L N ! CILZZA2QB (4) 191, ( 5 ) 363,366, (6) 2, (8156, (11) 5 0 , (22) 342, (26) 2 8 4 &!!IEXBQU PABXSTAGnYafl (17) 240-241 ~ 374,397, (12) 49, (22) 335,302,352-353 AggQEXEQH ~ ~ p ~ Q (8)&47,J (10) AERQEXPE HLQUATVI (6) 30, (8) 5 6 , (10) 392, (23) 30 AERQEXaoa XXEBllH # (10) 397 AEEQEXXIQH Z H Z B U Z U U ,(6)30, ( 8 ) 4 7 , 1 5 0 , ( 1 0 ) 3 7 4 , ( 1 2 ) 4 9 , (1’3221 BERoeXRol I ( 13) 9 5 (15) 181, (1R) 276, (22) 388-389, M Q E X p N R E P E G (8) 140, (12)68,110,390, (24) 334, (25) 106-107 AGROPYRON BJPARIU4 (10) 400 46EPm!w4 SzaEkEcOJl (10) 3 9 7 AGEOPYROA ,(4) 191. ( 6 ) 8 , ( 1 0 ) 3 7 5 , ( 1 2 ) 5 6 , 1 1 3 , (17)241,(24)206 PGROPYRON SP. (12) 109-110

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SUBJECT INDEX FOR VOLUMES 1-30

25

--------A G R O P Y R O N SPICATUll ,( 1 7 ) 241 -------_A G R O P Y R O N TRACHYCAU&Iij , (5) 363, ( 6 ) 30, (8) 47,56,1UO. A G------R O P P R O N TRICHOPHONI -,( 6 1 3 0 , (10) 374,397

(10) 394, (17) 242

,( 1 5 ) 2 5 ,(2) 218,353. (4)

AGRJSTEHflA G I T H A G O

AGRPSrIS ,( 4 ) 5

---_ AGROSTIS --__

i 8 i , 2 ~ 0 , 2 u u , 2 ~ 7 ,(51363. (a) 136, (10) 358-359, ( 1 2 ) 138, ( 1 8 ) 276 & Q S g i S Ein&eg , ( 8 ) 1 3 6 , 1 4 0 , ( 1 8 ) 2 6 4 AEa3_SXIS G I G A N T E A ( 8 ) 136,140 AGROSTIS HUHILIS ( 1 7 ) 243 AGRJSTIS PALUSTHIS ,( a ) 55, 136,138, ( i s ) 262,264 AGR3STIS ScAflE4 ,( 17) 2 4 3 AGLc_RQSTIsSP. (12) 59, ( 3 ) a 7 &RJSTLS S r O L A N I F E R A ,(8) 136,138,140, ( 1 8 ) 264 AGR03XLS TENOIS , ( 4 ) 1 8 4 , ( 5 ) 3 6 3 , ( 8 ) 5 6 , 1 3 6 , 1 4 0 , ( 1 2 ) 6 3 , 1 0 1 , ( 1 6 ) 2 6 , (18)262,(19)89 AGROSTOLOGP ( 4 ) 17 AHIQEAQ ,(25) 302-303 ALRI_QE!!I (29) 277 A I R POLLUTANT OXIDANTS ( 2 7 ) 89-121 A I R POLLUTANTS,PLANT RESPONSE ( 2 3 ) 111-145 M R B E L ~ Q S A ( 1 3 ) 12 A K A G A N E I T E ,( 3 3 ) 17 A L A N I N E , (8) 3 4 6 ALAR ,(22) 221 ALBEDOMETER , ( 2 6 ) 269 A L B I T E ,(3) 121, ( 1 5 ) 351.364-365 &CALIGENES BADIOBACTER ( 1 3 ) 200 ALDER , ( 1 9 ) 3 3 3 A L D R I N ,(11) 309-310, ( 1 4 ) 90-91, ( 2 3 ) 168,186,344 ALFALFA ,( 2 ) 106,336,353,359,36U,368,370-371, (3) 27,54-56,58,60,63, 71,73,77,80,118,120,125,128,147,279,265,2~4,(~)8, 7 7 , 8 8 , 9 0- 9 1,93,95,109,18 1,183-1 86,189.19 1 194, 196-198,200,205,208,212-213,215,25U,257,286, ( 6 ) 34, 84,217,224,226,232,245-246,263,272,275,277, 280-28 1,289,29 1,296, ( 7 ) 6 0-6 1 , 7 2 , 2 10,215,287-288 ,( 8 ) 2 1 , 2 6 , 3 2 , 4 3 - 4 4 , 4 7 , 4 9 , 1 3 0 , 1 5 0 , 1 5 6 , 1 6 4 , 184, 198-199,285,293-294, ( 9 ) 10,207-208,212-213,

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(11)19-20,43,47,49,75,109,114,161,387,(12)

48.50-5 1.58-59.66.109. 21 2.2 15,226, ( 1 4 ) 230-232,237,2UU,256,311,313,330, 348. ( 1 5 ) 46,164,187,193.3 17-338, ( 1 6 ) 31.47.161, (18) 8 1 , 164,229, ( 1 7 ) 170,172,175,178.2C7.237, 1 1 0 - 1 1 1 , 1 1 4 , ( 1 9 ) 20,138, ( 2 0 ) 2 4 8 , ( 2 1 ) 1 5 6 , ( 2 2 ) 126,132, lU2.336.C2318.22.30.321.329.1211 116.168-193.334

NUTRITIVE V A L U E - , (2i)7,45-u6 BACTERIAL WILT OF ,(1) 232-235 BLACK STEl ,( 1 ) 235-237 B R E E D I N G METHODS ( 1 ) 225-232 CATERPILLAR ON (12) 91 CERTIFIED SEED ,(12) 49 CONSUHPTIVE USE OF WATER ( 6 ) 73,76-77 C R E E P I N G ,( 1 5 ) 317-338 CREEPING-ROOT B R E E D I N G , (15) 327-330 CROSS POLLINATION (1) 208-215 DESICCATION ( 9 ) 88 DIGESTIBILITY ( 2 ) 276 DISEASE OF ( 1 2 ) 96.99, 101-102 EFFECT OF FERTILIZER O N LONGEVITY (9)208 E N V I R O A N E N T A N D GROWTH (29) 183-227 FERTILIZATION (12) 60-62 FERTILIZER EEQOIREMENl'S ( 1 0 ) 44.122

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Advances in AGRONOMY, Volume 32

26

G E N E T I C S OF CREEPING-ROOT ,( 1 5 ) 3 3 1 - 3 3 3 GRASS HIXTURES ,(3) 107 CRDUTH ON Z I N C - D E F I C I E N T S O I L S ,(9) 5 6 N A Y , CAROTENE CONTERT (3)96 F I B E R CONTENT (3)96 HINERAL CONTENT (3) 9 6 PROTEIN CONTENT ,(3) 9 3 HYBRID VIGOR (1)227-229 I N CANADA ,( 5 ) 359,364 I N S E C T S ,( 1 2 ) 8 9 - 9 3 I N J U R I O U S ,( 1 ) 2 1 9 - 2 2 5 HEADOYS (3)93-112 CUTTING RECOHHENDATIONS ,(3) 1 0 7 - 1 0 8 CUTTING S I S T E R S ,( 3 ) 9 4 - 1 0 2 FALL C U T T I N G S OF ,( 3 ) 9 8 - 1 0 0 HANAGEHENT O F (3)93-112 UEED CONTROL I N ,( 3 ) 1 0 9 - 1 1 0 HOSAIC D I S E A S E ,( 1 7 ) 215 N U T R I T I V E VALUE , ( 2 1 ) 7 , 4 5 - 4 6 O S H O T I C PRYSSORES O F S A P ,(1) 7 PERF3RHANCE OF SPREADING (15) 333-335 PHYSIOLOGY OF SPREADING ,( 1 5 ) 3 2 5 - 3 3 0 PLANT BUG ,(12) 92,388 POLLINATION (12)73-7b.84 PREVENTION OF Z I N C D E F I C I E N C Y I N F R U I T T R E E S BY 1 9 ) 56 ROOTS, FOOD RESERVES , ( 3 ) 9 7 - 9 8 , 1 0 0 - 1 0 1 S g E 1&!3Q LUCERNE S E E D CHALCID , ( 2 4 ) 192 S E E D HARVESTING (12) 7 0 S E E D I N G I N CORN F I E L D S (10) 464-465 S E E D PRODUCTION , ( 1 2 ) 4 3 - 4 G S E E D I N G RATE , ( 1 2 ) 5 7 - 5 8 S E E D S E T T I N G ,( 1 ) 2 3 6 - 2 2 5 S E L F POLLINATION ,(1) 2 0 8 - 2 0 9 S I B E P I A N ,( 1 2 ) 7 6 SOUTHUEST ,( 1 2 ) 219-220.222-223 SULF'JR REQUIREHENT ,( 1 0 ) 4 1 0 - 4 11,Ul 4 - 4 15,U28 S Y N T H E T I C V A R I E T I E S ,( 1 ) 2 2 9 P I H E S OF CUTTING , ( 3 ) 1 0 2 - 1 0 3 POWNSVILLE LUCERNE ,( 2 2 ) 6 PRIPPING (11207-208,210-217 BY R A I N ,( 1 ) 210 BY I N S E C T S , (1) 2 1 2 - 2 1 7 ROLE OF BEES I N , (1) 2 1 2 - 2 1 7 TYPES OF HCOT SYSTEHS ,( 1 5 ) 3 1 9 - 3 2 4 U S E I N CONSERVATION ( 1 0 ) 368-369.374,377,386,3R8-3es.395,3~5,399 VARIETAL HAINTENANCE ,( 1 2 ) 5 3 WATER REQUIREH?NT , ( 6 ) 6 9 W E E D CCNTROL ( 1 2 ) 67-69 UEEVIL ( 1 2 ) 90-91, (24) 1 9 1 WINTER HARDINESS ,( 8 ) 2 0 U - 2 ~ 6 , 2 1 1 - 2 1 2 , 2 l U , 2 1 7 - 2 1 9 , 2 2 1 - 2 2 U , 226-228.230-232.234 Z I N C D E F I C I E N C Y I N , ( 9 ) 32,38 A L F I S O L ,(15) 388. ( 2 0 ) 28, ( 2 1 ) 2 4 5 , ( 2 6 ) 2 4 3 , 1.27) 1 7 8 ALGAE , ( 1 3 ) 169, ( 1 4 ) 8 8 , ( 2 3 ) 2 1 5 BLUE-GREEN , ( 2 9 ) 9 A L G I N I C ACID ,( 7 ) 2 1 , 2 6 , 3 2 GRAIIINEUB ,( 15) 207 ALKALI BEE , . (. 1 2 .) 7 5 - 7 8 ALKALI S O I L S ,( 6 ) 218-219, ( 1 1) 49-50,390-391 INPLUZNCE ON PLANT GROWTH ,(1) 1 9 - 2 0 ALKALI TOLERANCE,PHYSIOLOGICAL B A S I S , ( 1 ) 9 - 1 0 ALKALINE UATER RETENTION C A P A C I T Y ,( 1 7 ) 9 9 ALKRLIZATION ,(1) 5, ( 1 6 ) 1 4 7 - 1 4 9

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SUBJECTINDEX FOR VOLUMES 1-30

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27

ALLELOPATHY (26)191-193,201-202.204 ALLIGATOR YEED (7)279 A L L I U H ,(24) 158,237 A L L I U N CANADENSE (15)164.200

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&e_pA,(2) 122,132,(28)77 -----ALLIUH V ----I N E A L E ,(15) 164,200 ---ALLOLOBOPHORA C A L I C I N O S A ,(13)250-252, 256.263 ----ALLOLOBOPHORA ----- C H L O R g L A ,(13) 253 &&&(lE

ALLOPHANE

A 8

,(5)286-287,

-264

(13)479, (12)8-9, 12.16. ( 14) 29, (15)343-344,349,384-3 36. 389. I161 339-340.3U6.3' 10- 35 1 3 53,355,359-362 246,248-251, (30)20,

-

,(26)227

,( 2 6 ) 226-227

. f16)329.335-338

NATURE AND OCCURRENCE

,

P H Y S I C A L P R O P E R T I E S . (29)229-264 ALLUVIAL S O I L ,(2)194, (3)16,46,63,76,324,

261-262.264-265.269. ~

(17)2 4 6 - 2 4 7 , 2 4 9 , 2 5 1 , 2 5 3 - 2 5 7 ,

. .1211. 152-153

ALLUVION ,(20) 12 ALLYL B R O h I D E ( 3 ) 247 ALN3ND ,(11)218, (16)157,161, (17)311,313-315.321-323 ALMOND MOTH (1u)au

,

.

---------ALOPECURUS

,

RRUNDINACEUS (10) 395 ALOPEC[JRUS P R A T E N S I S ( 2 ) 359. ( 4 ) 240, (51363. (8)56, (10)395 A L P I N E AREAS. COLORADO 117)240-248 ALPINE (17)24: A L P I N E flEADOY S O I L ,(17)255,257-259 A L P I N E T U R F S O I L , (17)255,2S7,259,263,275-276,278 A L S I K E CLOVER ,(2)353,359, (3) 120,123,(4) 181,194, (61276, (7)60,63,71,

_____-___ ,

BLUEBELLS ,

.

18)52.294. - . .1101. 370.381.1121 _ .

NOSAIC ,(17) 2 i 5 ALTR F E S C U E ,(2)218-219, (3)280

. 44.70.81-82.89.91-93 . ~ .. . .

B L I C R I A L ~ H E R U PHIL~YSRIOPES ,(71 279 ALTERNARIA ,(13) 188,(16)117 ALTERNARIA B L I G H T ,(10)278 ALTERNABZA CARTHAIII ,(10)317

------

B ~ R E A R J RIGZNI R ,(101 278

ALUYINA ,(14)8-1 0,27,29,3 1,39,45.4 9-50.55-56 A L U H I N O S I L I C A T E ,(16)344.363-364.372 ALUIINUN ,(14)3,7,275,287,400, (15)130,376, (161339-340.

34 3,346-3 47,353,372- 375, (19) 1 1 0,112,13 2,156, 178-179,332-333, (20) 141-1U2,245,340, 342,345-346, 349-350, (21)258, ( 2 4 ) 55.76. (251298-300.305 ,(27)318-319.346, ( 2 8 ) 98, (29)205-206

C3IIPOUNDS. ROLE I N PHOSPHORUS F I X A T I O N ,(9)97-99,110 3 X I D E S . NATURE AND OCCURRENCE I N S O I L ,(161331-333 O R I G I N OF I N S O I L ,(16)368-369 PHOSPHATE ,(1 1) 284-286 PLANT T O X I C I T Y (10)503-595 ALYCECLOVER ,(12)61,87,112-113 A L Y S I C A R P n S V A G I N A L I S ,(12)61,87,112 ANAPANTHACEAE ,(16)203 AIIAHANTHUS H A Y ,(16)220 AflAHANTHUS RETROFLEXUS ,(15)187, (19)8Y AMARANTHUS s g I N 0 S U . S (15)192 ANARANTHUS - S P . , (7)253,25 8 ANARYLLIS BELLADCNNA ,(28)132 ANBERLITE R E S I N ,( 3 ) 146 AHBERLITES f 1 ) 10

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Advances in AGRONOMY, Volume 32

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P W P O ~ (17) 241 AUERICAN BEACH GRASS 1101 360.UOO AMERICAN ELU (12) 158. . . . AMERICAN PEA STREAK (17) 215 AUIBEN ,(14) 388, (17) 171,(23) 150,205 AMZZIT4 HYX4EIB , (12) 169 AHINO A C I D S , ( 8 ) 3 ' 4 6 , ( 1 1 ) 3 8 2 , ( 1 7 ) 3 3 3 , 3 3 5 I N SOIL (7) 350,35U, ( 2 7 ) 5 1 - 5 3 UPTAKE BY PLANTS (7) 353-354 UELMEBIPB

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,(23) 355-356 ,(14) 388, (17) 1 7 1

2-~HINO-4-CHLORO-6-HETHYLPYRIHIDINE 3-AHINO-2,5-DICHLOROBENZ3IC 3-AHINOTRIAZOLE ,(22) 100

ACID

3-AHINO-1,2,4-TRIAZOLE,~~ AHITROLE 4-AMINO-3.6-TRICHLOROPICOLINIC A C I D AUIl'ROLE

I f 1 5 ) 190-192.195.205-206,

..

.

123) 100 (23j15.1.3UU

. 8 1,224-225.234. (17) 12- 14, 16.2 1-23,25,73, (20) 33 1-332, 334-337.1221 425. 123) 340.351.124\ 65-67. 1271 310

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ABSORPTION (7j376 (2)42,116-117, (7) 359, (10) 77-78,103,131,(11) 250-252.311 ANHYDROUS (10) 333,33R RESIDOAL EFFECT ANHYDROUS, S E E ALSQ ANHYDROUS AUHONIA S O R P T I O N BY S O I L S ,(101 338.340-381 AQUA ,(8)62,67,76, (11)252. AVAILABILITY (7) 354-356 CYANATE, S O I L (27)41,49 E F F E C T S ON PLANT GROWTH (10) 344-3'45 ON PLANT NUTRIENTS (10) 3U2-343 ON S O I L STRUCTURE (10) 343-34U FIXATION (4) 87, (10) 330-335,339-340 L I G N I N REACTIONS I l O l 331-335 METERING D E V I C E S i l l ) 186 NITRATE (27) 192, (30) 1 8 2 NONBIOLOGICAL OXIDATION (10) 335-336 OXIDATION (7) 301 REACTIONS Y I T H ORGANIC NATTER I N S O I L ,( 1 0 ) 330-335,339-340 U I T H S O I L C O N S T I T U E N T S (10) 327-337 S O I L PLACEHENT (10) 340-341 S O E P T I O N , U E C H A B I S H S OF (10) 326-327 SYNTHESIS 1111 2UU-248 VOLATILIZATION. ,(27) 44 ANNONIATED SUPERPHOSPAATE (1) 5 1 AINONIATION (17) 60-6 1 ( 7 ) 30 1-332,305,3 16,321-322,3U3-3$5,366,40 1 AIUONIFICATION AHHONIUI (1U) 275,278, (18) 223-227,229,232-233,2U0,2U3-250, (19) 225-232. 237 CHLORIDE (1'4) 80 CYANATE, S O I L (27)41,49 FIXATION ( 3 ) 151-153, ( 8 ) 70 N I T R A T E ,(8) 62-63,67-68.79,81-82,8U-85,87-89,92-98, 100-106,108,290,328,332. (11)25U-256,311.373, 378-379,390. (l4)81,255,27U,(16)78, (17) 16-19,23,(27) 192 (28) 95,99,106, (30) 182 AS F E R T I L I Z E R (1)51 NITROGEN ( 1 U ) 73.80 PHOSPHATE (8)290, (11) 278-279,311, (16)68,71,73,75,78 (17) 39,U3-45,63.67 PHOSPHATE-SULFATE (14) 8 1 POLYPHOSPHATE (16) 9U POLYSULFIDE (17) 7 3 SOLFLUATE (4)319,322

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SUBJECTINDEX FOR VOLUMES 1-30

29

,(8) 6 3 ,(7161). 8 257-259,370,373, 0,99-100,106-10~,

187,328,331-332,357 ( 14) 7 9 - 82,281-282,284-285, 300,334-335, ( 1 5 ) 5 3 , ( 1 7 ) 16-19.25, (28) 9 7 T O X I C I T Y ,(6) 2 5 8 AHH3NIUH-4,6-DINITRO-O-SPC-BUTYLPHENBTE ,( 7 ) 2 5 5 AHHOPHILA ARENARIA (lS)UOO, ( 2 9 ) 1 3 AHHOPHILA B R E V I L I G U L A T A ( 1 0 ) 360,400 AHOPHOROPHORA R U B 1 (24) 2 3 1 AHOHPHOUS H A T E R I A L S I N S O I L (16) 327-383 D E T E C T I O N AND E S T I M A T I O N ,(16) 3 3 8 - 3 6 4 NATURE AND OCCURRENCE (16) 328-338 O R I G I N OF ,(16) 3 6 4 - 3 7 ? P H Y S I C A L AND CHEMICAL PROPERTY R E L A T I C N S A I F S (16) 372-375 AMPUIBOLES (51261, ( 1 5 ) 3 4 1 AHYLASE ( 2 7 ) 66-67,74-75,157 SOIL ( 2 7 ) 30-31 AHYLOPECTIN ,( 2 0 ) 276,303 AHYLOSE ,( 2 0 ) 276,303 ANABAENA ,(8) 164.169 ANANAS COHOSUS ,(24) 1 5 8 ANASA T R I S T I S (24) 237 ANATASE ,( 1 5 ) 3 5 1 ANCYLOSTOHIA STERCOREA (26) 38 AND3SOL ,( 2 6 ) 248, ( 2 9 ) 2 3 0 ANDRENIDS (12)78 ANDROPOGON ANNULATUS (6) 3 1 ANDROPOGON C A U C A S I C U S (6) 27, ( 1 0 ) 380 ANDtlOPOGON FURCATUS , (2) 162,168,171, (4) 190 ANDROPOGON CAYANUS ,( 2 9 ) 7 ANDROPOGON G E R A R D 1 1 (61230, (101 380, ( 1 2 ) 56 ANDROPOGON H A L L 1 ,( 1 0 ) 379 ANDHOPOGON ISCHAEHUH ,(6) 2.31, ( 1 0 ) 381,383,399 ANDROPOGON NODOSUS (81 134. f l O I 3 8 5 - 3 8 6 A N D R O P O G O N S C O P A R I U S ’ , ( ~ ) i j u , (‘10) 385 ANDROPOGON SORGHOM ( 2 2 ) 3R8 ANDROPOGON S P . (10) 377, ( 1 2 ) 55, ( 2 9 ) 7 - 8 ANDEOPOGON V I B G I N I C U S , ( 4 ) 19U ANG3UBOIS G R A I N IOTA ,( 1 4 ) 8 4 ANHYDROUS AHHONIA (1) 52.56-59. ( 5 ) 211, ( 7 ) 3 5 9 APPLICATION (8) 110-11‘4 BEHAVIOR I N S O I L , ( 8 ) 7 0 - 7 9 BLEEDING L O S S E S ,(8) 114-118 Z R O P R E S P O N S E S ,( 8 ) 7 9 - 1 10 DISTRIBUTION ( 8 ) 1 1 8 - 1 19 EARLY E X P E R I H E A T S ,(8) 6 7 - 6 9 E Q U I P H E N T ,(8) 1 1 0 - 1 1 9 I N I R R I G A T I O N UATER ( 8 ) 6 7 , 1 0 6 - 1 0 7 HANUPACTURE (8) 6 3 - 6 7 N I T R I F I C A T I O N ,(8) 75-79 PHYSICAL PROPERTIES (8) 6 9 - 7 0 PLACEHENT ,( 8 ) 1 0 9 - 1 1 0 PRODUCTION C O S T S (8)67 S O I L PHOSPHORUS R E L E A S E (8) 7 3 STORAGE (8) 110-114 S Y N T A E S I S ,( 8 1 6 5 - 6 7 TONNAGE USED ,( 8 ) 6 2 - 6 3 ANION ABSORPTION (20) 3 4 1 ADSORPTION, S O I L (30) 1 - 5 0 EXCHANGE (1)402-404,(15) 130 AMORPADUS CLAY ,( 2 6 ) 2 4 2 - 2 4 7 SORPTION (12) 2 7 - 2 9 . A N I D N S , I N T E R D I P P U S I O N ,( 2 0 ) 9 2 - 1 1 0 0-ANISIDINE 1271 5U ~ N N W A LBLUEGRASS. (15) 1813 SULFATE

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3Q

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ANNUAL RYEGRASS ( 3 ) 211 (26) 5 1 ANORTHITE (3) 1 2 1 ANORTHOCLASE (3) 1 2 1 AaHERIGONA VAR. SOCCATA (24) 216 4mA_mZqg (12) 84 ANTHOCYANIN (8) 1 4 7 hYEYPLPU2 EE&U€S (2l34-36, ( 2 4 ) 219, (301 141,151 MTAQPHQEA I (12) 84 MEHQ~AKTHLM (41 240, (151 7 7 ANTHRACNOSE ,(5) 131, (8) 212, (12) 382-384.392.408, (26)53,88 ANTIBIOTICS (7)408 S O I L ENZYMES (27) 69-71 ANTIHOUY ,124) 270.275.297.308.1271 . , . 319 &lT&RRHzlii flhngn-, (28) 135 ANTITRANSPIRANTS (16) 39,U1, (28) 199-201 ANTONINA G R A I I I N I S (24) 207 A N U R A P W BAKER1 (12) 9 1 APAl'ITE (1) 392,400. (19) 1 5 2 AEULQilXCES CQCHLLQZDES c (7198,112 AEIIBIEKi!QLoES QFiIZAE * (14) 88 APHID(S) (12) 91, (13) 1 0 U , 2 1 9 , 2 2 5 , 2 2 7 - 2 3 1 , 2 3 6 - 2 3 8 , 2 ~ 3 , (16) 106,125-126, BEHIS CRACCIVORA (17) 220, (26) 2 1 A P H I S PABAE ,(24)245-246

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A P I O B GODMAN (24) 241 GRAVEOLENS (28) 7 5 APLOPAPPUS S P . ,(12) 207 APONI X I S J (3) 20 8.2 18,238 APPLE ,( 3 ) 5'4.56-57.79, (11) U 6 , 5 3 , 5 8 , 6 0 - 6 1 , 2 2 1 , 3 ~ 6 , 3 7 2 , (13) 187,333, 346,(15)R6,191-192, (17) 283-291, (231321, ( 214) 1 5 8 NEASLES (171290 ZINC DEFICIENCY I N ( 9 ) 32.55 A P R I C O T , ( 1 6 ) 2 5 7 , (17) 297,310-312 Z I N C DEFICIENCY I N (9) 32,35 PREVENTION O F (9150 AQUA A n n O N I A (8) 62,67,76 SEE &SQ AENONIA, AQUA &eLL&G_&A ELEGANTULA ,(17) 242 AQUODS (17) 253 AQIJOLLS. ,.( 17) 246,251,253,260-261.264.266.269.278 A R A B I D O P S I S THALIANA ,(16) 30,316, (28) 1 3 7 1261 9 6;ABkATA (26) 16,20 H A G E N B E C K I I ,(26) 2 0 00, ( 3 0 ) 1 2 5 HIPQGEU (12)87, (24) 16, (26)6,10-13,15-16,80,97,1 iO_BzCQLA (26) 16 REPElS (26) 20 VILLOSA (26) 16,23 ARASAN (141, 392 MGCOSTAPHYLOS (18) 1 8 9 ARCTOSTAPHTLOS PUNCENS ( 1 2 ) 2 0 8 ARECANLIT ( 2 7 ) 132 AR&EhE&A HOOKER1 (17) 241 ~ E E E R~SSII A ~ (171 243 ARGIDS ,(17) 269,265,269,275,277 ARGIBINE (8) 346 ARHAR (26) 32,35 A R I D I S O L ,(27) 178 A R I S O L S ,(15) 386 ARKYHORfl (12190 FALL ( 2 6 ) 23

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204

SUBJECTINDEX FOR VOLUMES 1-30

ARNICA

31

- 117) 242

143 ABRJYHEAD ,( 1 4 ) 85 AESENATE ,( 3 0 ) 31,3U-35 ARSENIC ( 2 0 ) 239,249-250, (2U) 270,27@-275,285 287,297 -298,302, 307-308, ( 2 7 ) 314-315,319-320. 346,359 ARTENISIA ( 1 5 ) 195 ARTEMISIA PILIPOLIA ( 6 )7 ARTEMISIA PRIGIDA ,( 1 7 ) 2 4 2 ARTEMISIA LODRICIANA ,( 2 2 ) 417 ARTENISIA S P . ,( 1 2 1 2 0 6 , ( 1 5 ) 2 0 0 ARTENISIA TRIDENTATA ( 6 ) 17 A R U N D I N A R I A ,( 2 4 ) 2 0 0 ARYLSULPATASE ,( 2 7 ) 6U.66-67.73 gsgc_LEPIAS S Y R I C A (29) 162-163 ASCOCHYTA CAULICOLA ,(17) ld7.21U ASEOCHYTA I K P E R P E C T A (1) 235-237, ( 1 2 ) 9 9 ASCOCHYTA K E L I L C ' J " ,(17) 21U ASCORDIC A C I D , ('4) 152,266-268, ( 2 6 ) 2 6 A S H ,( 1 1 ) 6 4 GREEN ,(27) 221,237,257 GlHITE (27) 237,257 A S P A R A G I N A S E , S O I L ,( 2 7 ) 5 1 ASPARAGINE ,( 8 ) 329 ASPARAGUS ( 2 ) 135,148, (9) 212, (15) 287, (28) 100, (29) 57 H A R V E S T - A I D MACHINES 111) 211-212 Z I N C D E F I C I E N C Y I N ,(!4)'32' ASPARAGUS O F P I C I N A S S (2) 135, (28) 136, (29) 5 7 ASPEN ,( 4 ) 342-345 BIGTOOTH ,( 2 7 ) 226,238,250,259 258 QUAKING (27) 21 6,2 19,221,225226,238,250, ASPERGILLUS (13) 188,200 A S P E R G I L I P S CANDIDUS (6) 150 A S P E R G I L L U S PLAVUS ( 6 ) 150, (26) 20.22-23 A S P E R G I L L U S GLAUCUS (6) 150 &PE~~CXJ&ls N I a E ,( 3 ) 153-154, ( 4 ) 164-165.227 -228, 265,(6) 150, (7) 18 ,(a) 181,392,(14)312, (26)20,2 3 A S P E R G I L L U S NIGER T E S T I F O R AVAILABLE Z I N C I N S O I LS ,( 9 ) 5 5 - 5 6 ASTUGBLUS BGRESTIS (17) 2 4 2 ASTRAGAlJS CrCER ( 1 0 ) 395-396, (29) 133 ASTREBLA ,( 4 ) 5.35 ATM3METER ( 1 1) 2 7 ATOPIIC A B S O R P T I O N SPECTROMETRY ( 2 7 ) 32U-325 ATOMIC ENERGY C O K K I S S I O N ,( 4 ) 279-280.288.293-294 ATONIC ENERGY,AND PLANT S C I E N C E S ( 4 ) 279-303 R A D I A T I O N E F F E C T S ON P L A N T S ,(4) 281-293 R A D I O I S O T O P E S T U D I E S ,( 4 ) 293-302 ATRRZINE ,(14) 385, ( 1 5 ) 186, ( 1 7 ) 2 5 , (23) 153,180,215,220,(2U) 342-351, (27) 308, ( 2 9 ) 162,172-175 A T R I P L E X ,(4)5,32,35,38-39 A T R I E L E X CANESCENS (121206, (17) 240 ArEI_PLEX_ C O N P E R T I P O L I A ,( 1 2 ) 206 ATRIELEX HQR?EBNSE ,( 7 ) 7 8 dTRI_ELEX S P . ,(17) 2 4 1 ATRJPA BELLADONNA ,(28) 136 ATROPINE (14) 212 ATYLOSIA L I N E A T A ,( 2 6 ) 33,37 A T Y L 3 S I A SCARAOAEOIDES ( 2 6 ) 33,37 A T Y L 3 S I A S E R I C E A ,( 2 6 ) 33,37

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Advances in AGRONOMY, Volume 32

32

A U G I T E ,(3) 121 AUSTRALIA. C L I H A T E ,( 1 0 ) 169-173 GRASSLAND ECONOMY I N ,( 4 ) 1-65 C L I M A T I C ATTRIBUTES ,( 4 ) 24-25 E N V I R O N H E N T ,(4)3-5 ENVIRONHENTAL ANALYSIS ,(4) 12-14 GRASSLAND SORVEYS ,(4) 18-19 HERBAGE PLANT I H P R O V E H E N T ,( 4 ) 41-43 LOCERNE ,( 1 5 ) 39 MA NAGEHENT FACTORS ,( 4 ) 29-33 REAT PRODUCTION ,(a) 7-8 P O T E N T I A L PRODUCTION ,( 4 ) 59-61 SETTLEHENT ,(4) 5 - 8 SOIL DEFICIENCIES ,( 4 ) 4 3 - 5 0 SOILS ,( 4 ) 26-29 WATER REQOIREHENTS OF PASTORES ,(U)33-38 WOOL PRODUCTION ,(4) 5-8 HISTORY OF FERTILIZER IISE ,( 1 0 ) 200-205 L A N D USE ( 1 0 ) 170-173 SOILS OF ,(10) 173-250 A C I D SWAHP SOILS ,( 1 0 ) 1 8 7 A E O L I A N SANDS ,(10) 187 ALLUVIAL , ( l o ) 186-187 BLACK EARTHS ,( 1 0 ) 193-195 BROWN ,(10) 1 9 9 CLASSIFICATION A N D DESCRIPTION ,(10) 185-199 FEN , ( l o ) 195 G E N E T I C FACTORS A N D FERTILITY ,{ l o ) 177- 185 GRAY ,( 1 0 ) 199 KRASNOZEMS ,(10) 191-192 L A T E R I T I C PODZOLS ,( 1 0 ) 188-190 L A T E R I T I C R E D EARTHS ,(10) 192-193 H A J 3 R ELEMENT DEFICIENCY ,( 1 0 ) 2 0 5 - 2 2 7 H I N O R ELEHENT DEPICIENCIES ,(10) 227-250 NITROGEN DEFICIENCY ,(10) 205-207,213-216 PETROLOGY A N D GEONORPAOLOCY ,(10) 173-177 PHOSPRORUS DEFICIENCY ,(10) 205-213 PODZOLS ,(10) 187-191 RED-BROWN EARTHS ,( 1 0 ) 198-199 RENDZINAS ,(10) 195 RESPONSE TO FERTILIZER ,(10) 179-185,205-250 SOIL LANDSCAPE ,(10) 173-200 SOIL MAP ,(10) 200-20 1 SOLODIZED ,(10) 196-197 TERRA ROSA (10) 193 AOSTRIAN WINTER PEA ( 2 ) 1 0 1 , ( 8 ) U 5 , 5 3 , 5 9 , ( 1 2 ) 6 1 AUXINS , ( 1 ) 3 0 4 , (4)290-291, ( 1 1 ) 3 8 5 - 3 8 7 , ( 1 9 ) 3 0 0 ( 9 ) 71-72.74 EFFECT ON ABSCISSION OF Z I N C DEFICIENCY O N , ( 9 ) 3 9 - U l A V A I L A B I L I T Y COEWICIENT I N D E X ,( 1 4 ) 3 8 9 HETABOLISM ,(18) ,89,92-93 "A"-VALUE ( 8 ) 245-246 ,(18) 3

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- .f18h 10.23, (2U) 365 . . ~(7)56,(8)91,205,(12)220.(20,(20) mu STEZMSB AVENS ,( 1 7 ) 2 4 3

342, (241203, (28) 304 * ( 1 3) 2 3 9

AVOCADO , ( 1 6 ) 157,161,160,

UPBQE9S. AEUU

(18)99 (101364. ( 1 2 ) 6 4

,(3)213-214,

lU9,(21)179,(22)332,

SUBJECTINDEX FOR VOLUMES 1-30 AIONOPUS CONPRESSUS ,( 4 ) 184. (18) 282 AXYRIS 1IIARANTBOIDES ,(16) 2 1 8 AZZDE ,( 1 5 ) 146-147 AZINOPHDSMETHYL (GUSATHIJN N ) (26) 5 1 AZOBENZENE (27) 55-57 AZOTZIBACTER ,(1) 252-25U,260.273, (2)93, (7)156-157,159,241-2U3.322 ( 8 ) 164,169,195, 197, (14)312, (28) 150, (29)12 (4)234.260, (B)393, (27)33, (29) 13.22 AZOTDBACTFR CAROOCOCCUN aZOTO8ACTER I N D I C U H (7) 18,156,243. (21)220 B Z Q l S B I C T E R PASPALUH ,(29)5,12,14-15,28,32 AZOTOBACTER S P I R I L L U I I (29) 15 AZOT3BACTER V I N E L A N D I I ( 2 8 ) 243-2411. (29) 13-14.20-21,72 AZOT3GEN ,(1) 274, (2)93 (16)329 AZOVSRITE AZUKI BEAN (15)24, (21)291

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BACILLUS AHYLOLYTICUS ,(13)200 BACILLUS A T R ~ S A P T I C U S ( i w 9 9 BACILLUS B R E V I S (13) 200 BACILLUS CIRCULANS (13)230 BACILLUS EXT3ROUENS (3) 153 BACILLUS HACERANUS (29)1 1 BACILLUS IIANGANICA ,(4)234 BACILLUS IlEGATAERIUH, V A R . PHOSPHATICUH ,(29) 108 BACILLUS POLIHYXA (29)11,21 BACILLUS S P . (29)32 BACILLUS S I L I C U S (15)365 BACILLUS SUBTILIS ,(7)19 BACTERIA ,(15)146,151-152 S O I L ,(21)219 S O I L RETENTION O F ,I261 . . 141-146 BACrERIAL. BLIGHT (29)280-286.322-323 LEAF S P O T - 1 1 4 1 170 L E A F STREAK iis) 287 LEVANS ,(7)29 PUSTULE ,(26) 53,84,116 LEAF S P O T (14) 170 S P O T , PEACH (17)300 i l I L T , ALF.4LFA (1) 232-235 BACl'ERIDRREIZAE ( 1 ) 246-2U7.257-259 ~ E I E € ! U WU&G€QS!JH ,(91 260 U C l I E Z E d RUZQBK2EE e (4) 260 CHRYSOSmZ (18)35 BAHIAGRASS (3) 200,203-2>U,206-209,229, (4) 191,209,(8) 142,155, (10)364,(11)57,(12) 108,(14)247,(15)196,(18)282-2B3, 288.122)48. I251 61.67 . . . .. . . BALER (11) 199-200 ULSMQERH~ZA~ ~ T T A ,T( 17) B 241 BALSAIROOT ,( 1 7 ) 2 U 1 BAIBOO (15) 382 BANANA (15) 28, (22)287,298,304, (25) 298 BANDED CUCUNBER BEETLE ,( 2 P ) 237 BARBAN .12U) 365-366 'aAia4ui ( 3 ) 109 BARBASCO (30) 2 0 8 BARBERRY ,(10) 144,161 BARIUI (24) 2 7 0 , 2 7 3 - 2 7 5 , 2 9 3 , 2 9 5 , 2 9 7 , 3 0 8 . (27) 3 15.319,32 1.3U6 BARK BEETLE ,(24) 2 4 2

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33

Advances in AGRONOMY, Volume 32

,(3) lU5.1U8.153,

(4) 35,69,79,81,84-85,87,91,117,121-125, 127,130,13~,137,139,10 1,2U3,246,248250,266, 286-287,(6)83,202,262,270,272,278,283,286,289, 291, (7)51-55, (8)40-41,45,154, (9) 206-207,(11)204, 2~1,370,372-373,377,381,3tl3,390, (12) 219-220 (13) 224-227,230,240-243,(14) 235,238,256,(15) 1, 10,42-44, 47.109- 1 1 0.1 93.28 1, (16) 75,159,164, 185, 192,194.26 2,268,285,298-302,314,3 19, ( 1 7 ) 237, (18) 67, 79-80.85- 86, ( 1 9) 78,9 1,114.11 7,123 -1 24 ,130,296 (20) 144, (21) 179,187-188,298. ( 2 2 ) 3 5 3 , ( 2 3 ) 18-19, 23,28,213,301,329,(24)109,112,200,204-205,332, 335,343,365, ( 2 6 ) 164,180,187,197,286,293, 333, (27) 143,1U8,291,323, (28)85,98,175,186,189, 200,295,(29)43,45,58,63,126,129,(30)72,86,199 ACREAGE I N CANADA , (5) 331-333 . . . BREEDING, LODGING R E S I S T A N C E ,(25) 246,254 MALTING 1251 327-378 GRAIN Y I E L D - (26) 3 6 6 , 3 6 8 - 3 7 0 , 3 7 2 - 3 7 4 , 3 8 2 , 3 8 4 , 3 8 8 ,3 9 2 .U 0 0 G R A I N Y I E L D PAYSIOLOGY ,(28) 304,307,311-31U,321,325,327,334,

BARLEY

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,

I N THE NEPHERLANDS (11) 344,347.363-364.366 L I T T L E BARLEY 17) 287 LODGING I N ,( 2 5 i 2 6 9 - 2 6 3 MEADOW BARLEY ( 8 ) 46 OPTIMUM S O I L A I R S P A C E FOR (9) 173 S A L T TOLERANCE (11) 106 V A R I E T I E S I N CANADA (5) 333-334 ZINC DEFICIENCY I N (9) 3 3 Z I N C UPTAKE B Y , ( 9 ) 3 6 S T R I P E NOSAIC V I R U S (24) 6 GRASS ( 1 9 ) 135 YELLOW DWARF V I R U S ,( 1 3 ) 217-248, ( 2 6 ) 3 3 3 A P H I D VECTORS (13) 228-230 CONTROL (13) 238-2UU C R O P S A F F E C T E D ,(13) 220-226 HISTORY (13) 21 8-220 NATURE O F V I R U S ,( 1 3 ) 231-234 SYNPTONS (13)226-228 V A R I E T I E S I N CANADA ,( 5 ) 3 3 3 - 3 3 4 DARN D R I E R S ,( 2 ) 300-301 BARNYARDGRASS (14) 85-87, ( 1 5 ) 173,177, ( 2 4 ) 369-370 BARNYARD HANURE ,( 2 ) 100-101 PRODUCTION I N 'J.5. (2) 105 BARREL N E D I C ( 4 ) l 0 , 1 2 , 2 2 , 3 ~ , 4 1 , 4 6 , 4 9 , 5 3 . ( 1 0 ) 203,(22) 21-22.30 BASALT ,(15) 1 2 0 BASE EXCHANGE (1) 242 B A S E - R I C H S O I L S HAVING B HORIZON (9) 248-252 D E S C R I P T I O N ,( 9 ) 249-252 OCCUBRENCE ( 9 ) 252 B A S T S , R E C Y C L I N G OF ,( 5 ) 255 B A S I C SLAG ,(11) 282,295,(17)42-43 B A S I N CLAY ,( 1 1) 346-397 BASSIA (4) 5 BAULE U N I T (11) 138 B A U X I T E ,( 3 ) 70, (5) 285 BEAZH PEA (1O)UOO BEAN ,( 3 ) 148-149,(8) 32,104,198, (9)73,207.212, (11)60,212, (13) 176, ( 1 4 ) 150, 388, (16) 39,42,158-159,16U,272.274, (20) 269, (16)39,U2, 158-159,16U,272,27U,(22) 221,229, (23) 3 1 ,(24) 9 8 - 1 ~ 5 , 1 1 1 , 1 2 6 - 1 2 7 , 1 5 8 , 3 3 3 , 3 6 7 , ( 2 7 ) 9A. 108, 110,112,130,134,323. ( 2 8 ) 175.187, (29) 119,130) 201 AFRICAN LOCUST (26) 100 AFRICAN Y A H (26)87,89-90,95,102 AilERICAN YAN ,(26) 103

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SUBJECT INDEX FOR VOLUMES 1-30 BROAD ,(26)6 CLUSTER (26)10,76-79.96.99 COMHON (26)83 CONGO ,(26) 32 D E S I C C A T I O N OF (9) 65-66 D I S E A S E R E S I S T A % C E , Z I N C AND (9)43 DRY (26)2,5-6,97 E F F E C T OF H O I S T U R E S T R E S S (11)66 EGYPTIAN KIDNEY ,(26181 FLY (26)5 0 POUR-ANGLED (26186 GOA (26) 6 9 EREEN ,(2) 119,123,140 HARICOT ,(26)10 BARVESTING EQUIPMENT ( 1 1) 209-211 HORSE-EYE ,(26) 102 HYACINTH , ( 2 6 ) 6 - 7 , 1 0 , 7 6 , 8 1 - 6 2 , 9 5 , 1 ~ 0 IMPROVEHENT ( 6 ) 107 I N D I A BUTTER ,(26)A1 I N NETHERLANDS ,(111339.363 I N S A L I N E S O I L S ,(11)49 JACK ,(26)2,63,66-67,92-~3,96,101 J U G 0 ,(26)79 L E A F BEETLE ,(24) 195, (26)51 L I N A ,(26)10,67-66,92,9S, 102 L 3 C U S T ,(26)2,61-63 MANILA , (26)6 6 HAT ,(26)76 HEXICAN Y A N (26)2,87,90-91 Y O S A I C ,(13) 104 V I R U S , SOUTHERN (26)116 MOTH (26)6-7,10,76,92,96,99 MUNG ,(28)96 SE3 H U N G BEAN P I NTO ,(27)91,106,109,113- 1 14 RICE (26)6-7,10-11,63,66-67,92,9U, 10 1 SNAP ,f2)119.124.140.140.150.0 BU.99-100.102-103

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IEPARY VELVET UINGED YAH

,(26)94,99 ,(26)2,lO-11,91,94.96,102 ,(26)87-69,96,102

,(26) 10-11

Z I N C D P F I C I E N C Y I N , ( 9 ) 32-33,49 Z I N C IIPTILKE BY ,(9)49 BEAPDLESS UHEATGRASS ,(131 397 BEARDLEPS WILD RYE ,( 6 ) 46 BEAUVARIA EASSIANA (171217 BEDSTRAW ,(17)242 BEECH ,(4)341,(11)56,59,(27)37 BEECH FOREST S O I L ,(27)67 BEES.ALFALFA T R I P P I N G (1)212-217 BEEP ,(2) 1 1 9 - 1 2 0 , 1 4 1 , 1 4 6 - 1 5 1 , ( 9 ) 2 1 2 , ( 1 1 ) 2 1 6 ,

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(141233, (15197, (16) 158,161,164, (24)353 D E S I C C A T I O N , (9)69 N I T R A T E ACCUMULATION ,(28)75,77,79,61-82.96-100 .102- 106, 1 1 1 - 1 12 OPTIMUM S O I L A I R S P A C E POR , ( 9 ) 172-173 PRODUCTION OF I R O N D E F I C I E N C Y I N , (9)44 S n G A P ,(91207, (2R)5,96,96,175,195,333 Y I E L D , E F F E C T OF POTASH ON ,( 9 ) 21 1 OF S A L T ON ,(9)21 1 Z I N C - D E F I C I E N C Y I N ,(9)32 CONTROL OF , (9158 BEEP L E A F HOPPER ,(7)9Q-100, ( 8 ) 5 8 EEETLE,COLORADO ,(30)234

35

Advances in AGRONOMY, Volume 32

36

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BEETLE,PULSE (26) 69 (3) 132-134,139, ( 4 ) 71,73-74.76,86, BEIDELLITE (7) 322, (29) 6,10,13-1P.22 BEIJERINCFLA BEIJ~RINCKIA p L o n r e g S u (29) i u B E I J E R I N C K I A J N D I C A (29) 1 4 BELLE PATNA RICE 114199

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BENOfiYL (26) 53-54 BENTGRASS ,(7)61-62,(8)55,129,(12)44,59,63,70,(17)243,(18)261268,279,28 5,288,292,295,298,3 00,302,305.3 11, (22) 279 B E N T 3 N I T E ,(1)397, (2)88,(3) 121,137-1U0,1U9,152, (U)69-70,72-74,84, 87, ( 5 ) 171-172, (10) 328-330. (13)287,289-291,302. 30 8-3 12,316-317,321 REACTION UITH A n n o N x u n . f.i o .i 328-330 BENZAHIDES (24) 334-335 (1) 383-384, ( 2 ) 35.37-39, (7) 348, ( 1 1) 309, (12) 284 BENZENE B E X I C H L O R I D E BENZOIC A C I D (24) 328-337 8-BENZYL-Q-FLOOROPHENOXYACETAMIDE (26) 7 0 (2) 219, (3) 200,202-2!IU,207,209-21U, 216,229,238-239, BERHUDAGRASS 286,(4)69,184,187,191,313,(6)43,47,(7)289,(8)1U2,1S5, (10) 364, 369,380-381,386.391-392, (11) 57,107,109,292, 389, (12)64,94,220,223, (13)210,(14)2U7, (15)61,112,181 (16) 159, ( 1 8 ) 261,277-280,283,288,292,299,313, 317-318,(22)59, (24) 207-208, (25)60-61,67,107, (26) 168 BERSEEU (26) 76 (20) 239, (24) 27O.27U-275,293,295,297,303,308, (27) 314, BERYLLIUM 319-320

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A T R I P L I C I P O L I A ,( 7 ) 1 3 3 CICLA ( 2 ) 93 POLIOSA ( 7 ) 133 LOMATOGONA ( 7 ) 133 HACROCARPA ( 7 ) 133 HACRORAIZA ( 7 ) 133 IARITIIA (7) 66,108,132 NANA , ( 7 ) 133 BET& P A T E L L A R I S ( 7 ) 133-134 BETA PATULA ( 7 ) 133 BETA PROCUHBENS ( 7 ) 133-134 BETA RUBRA (7)90 BETA TRIGYNA (7) 1 3 3 133, (12) 2 22,224, (24)99,160, (26) 284, BETA VULGARIS (4) 129, (7) 131,133, (12) 222,224, (24) 99,160, (26) 284, (28) 18,75 BETA UEBBIANA (7) 133-131 BETULA A L L E G A A N I E N S I S ,(27) 25 BETULA GLANDULOSA ( 1 7 j 242. BETULA NIGRA (2) 3 2 3 BETULA O C C I D E N T A L I S (17) 2 4 2 BETOLA P A P I R I P E R A ,(27) 257 BETULA P O P U L I P O L I A (12) 178 BHC, (BENZENE HEXACBLORIDE) ( 1) 309 145- 146.158 BICARBONATE (13) 345-351. (16) 12-143,1U5-116.158 BIG BLUEGRASS 181 56 B I G B L U E S T E H ,[6).190, (6)230,(12)56 B I G SAGEBRUSA (6) 17,26,37,43 BIG T R E F O I L (12) 8 7 , (22) 1 2 0 BILBERBI (13) 27 IiUb52PS S P - I (13) 256 BINAPACRYL (23) 1 7 0 BIOCIiAllIl A (13) 106 B I O C H E K I C A L 3XYGEN DEUAND (BOD) (26) 137-1)1,145 B I O L O G I C A L YIELD (15) 9,1U-15, (28) 363-4011 BETA BETA BETA BET& BETA BETA BETA BETA

,

,

, , ,

, , , , , , , ,

,

,

,

,

, ,

.

,

, ,

,

,

37

SUBJECTINDEX FOR VOLUMES 1-30 B I O H A S S , P R O D U C T I V I T Y OF H I X T U R E S ,(26)177-210 SOIL (26)138 B I O T I N ,(16)30 B I O T I T E ,(3) 114, 120-122,132,153, (12)7,12-13, (14)34,(15) 127,350-351,

,

(19)322

,

E X T I N C T I O N FUNCTION ( 5 ) 245 B I R C H ,(11)56,59,(17)242, (19)331 PAPER (27)238.257 YELLOW (27)23B.257 B I R D S P O O T T R E F O I L ,(2) 21!!,336,353,368,370,

, ,

(4)192,19U,211-212, (5)364

,(8)52,54.201(,294, (12) 60,67.87,9 1-92, (14)348,(15) 193,(16)265, (21)34,64,(22) 119-157 D E S I C C A T I O N ,(9)88 S A L T TOLERANCE ,(1)8 BIRDUOOD G R A S S ,(22)45 BISMUTH ,(241270,275,297 3 0 8 , (27)319 B I S T O R T ,(17)243 B I T T E R U I N T E R C R E S S , ( 3 ) 39 B I T T E R B R U S H ,(17)241 B I T T E R N I J T HICKORY (17)3 9 E I T T E R Y E E D ,(7) 286;289, ( 5) 164,199 B I U R E T ,(11)261,(17)20 BLACKBERRY ,(15)190, (16)157 BLACKBRUSH ,(12)206 BLACKGRAIN S T E H S A Y P L Y (24)201 BLACKGRAM (26)283 BLACK GRANA (10)398-399, (12)200 BLACKJACK OAK 1151 195 BLAZKLINE D I S E i S E (17)321 BLACK LOCUST (4)334,350,365, (12) 182 BLACK MEDIC . I 4 1 190.193-194.196.112176 -, BLACK PATCH il>)38i BLACK ROOT ROT (19)248 BLACK SHANK ,(19)248, (29)4 7 ELACK S O I L S , DEGRADED (9)260-262 OCCORRENCE ,19) 266 BLACK S P R U C E , ( 4 ) 348 BLAEK UALNWT ,(4)350,364. (16)163, (17)321 BLACKSTEH I171 21U D I S E A S E ,(12)99,101-102

,

,

,

. ;

,

;

-

..

,

,

.. . ,(27)281 BLAST ,(14)88-89 D I S E A S E ,(19) 132, (29) 267-275.322-323 B L E E D I N G D I S E A S E ,(17) 206-208 B L E I S A N D ,(13) 11-19.34 B L I N D - S E E D D T S E A S E ,(12)36,100,103,105 RUST

ILLSSVS LE!KPFTHiL!S

,(6)343, (24)218

B L J A T ,(2)367-368 BLUEBERRY (11)222, (IS)190,192, (27)117,292 BLUE GRAHAGRASS , ( 6 ) 8,16,33, (10)17,19,385.U8U,(12)55-56,20fi.208, 11 \ 748 .4 ., .BLUEGRASS ,(3)59,286, ( 1 2 ) 9 0 , 9 2 , 9 6 , 1 0 5 , 1 0 9 , 1 1 3 , ( 1 3 ) 2 2 1 , ( 1 4 ) 3 U 6

,

.

,(15) 197, (16)12,26,

(17)117,178,241-2U3,(18) 111-112, 26 1.268-273.279.285.295.298.300.3 . . . 13-319.316.318 . ,(26)149, (23)125,127 AUNUAL ,(15)188 B I G ,(l0)397 BULBOUS ,(10)395 CANARY ,(10)395 KENTUCKY ,(10)358-359,391 BLUEGREEN ALGAE ,(7)242,244,246,321 BLUE L U P I N E ,(101370, (12161 BLUE P A N I C G R A S S ,(16) 214.216 BLUE P A N I C U n ,(6131. (10)383,391-392. (12)71 BLUE ROSE R I C E ,(14)99

Advances in AGRONOMY, Volume 32

38

, , ,

BLUE S P R U C E (17)242 BLUESTEfl (10) 17,21,377.(12) ANGLETON (10)385-386 CAUCASIAN (10) 380 LITTLE (1 0 ) 385 SAND (10)379,385 TURKESTAN (10)383,399 8 - N I N E ,I171 289, I221 221

,

,

,

55

,

BQElpjgBIi @gA

,-(22)287-288

BOEHCIITE ,[5)286,(12)17,(14) 10,13,56,(16)331,374, (19)167, (26)214,(30) 19 BOER LOVEGRASS f6l 32.. f.l O 1, 398 BOG (17)ii9,izi. . P E A T , S E E LOU P E A T ,(11)222 S O I L ,(17)246,2U8,250,253-256,260

,

.

BQ€&T!lS iZRAL!%AZ.ToS

,

,( 12) 16 9

BOLL WEEVIL (24)219-223,230. (30)141,151 E F F E C T ON COTTON C R O P S I N OLD COTTON BELT ,(9)16-17 BOLLWORfl (12)215, (24)223-225,230,249 COTTON (30) 151 BOLSTER I111349 BOflBpS. NOdRISOM$ (30) 149 BOCIBOS O C C I D E N U L L S (12)83 BOHBUS SONORUS ( 3 0 ) 149 BOflBOS X E R R E S T R I S (12)79,R3 BONAVIST ,(12)87, (26)81 BONE NEAL (16)6 3 BONESET (15)199 B O R A L P I C A G R I B O R O L L S ,(17)266 BORA I P S ( 17) 2 47,249,25 1,25 3,262 2 f 3,26b, 2 68 BORATE,ADSORPTION (30) 15,23,38-39 BORAX ,(4)317-318,325, (11)301,(19)345 BORDEAUX f l I X T U R E , (1)385-386, (4) lU@-l49,151,170,244 B O R E R , P I N K ,(29)301 STRIPED (29)301-305 UHITF (29)30 1 YELLOU ,(29)301,305-306 BOROLL ,( 17) 2U 6,24 9,251,25 3,255,268-269.273-2 75 BOR3N ,(8)354-355, ( 1 1 ) 2 9 9 , 3 0 1 - 3 0 2 , ( 1 2 ) 6 1 , 2 5 6 - 2 5 7 , 4 1 4

, ,

---

.

----------- ------- ,

------

, ,

,

,

,

,

,

-

,

,

,(14) 7U,82,398,400,(16)141-l42,145,lU7,157, 162-166,268, (17)77,175, (19)25C.254-257,321,33O, 332. I201 141-1U2.2U4.1231 303. 1251 58.1261 28.155-156

ACCUflULATION I N S O I L ,(9)213,216 A V A I L A B I L I T Y I N S O I L S ,(1)327 CALCIUfl-BORON R A T I O S ( 1 ) 332,339 30LORIflETRIC DETERflINhTION (1) 324-326 CYCLE I N NATURE ,(1)334-335 D E F I C I E N C Y ,(1)322.329-330.342-344, (6)293 SYCIPTOMS (1) 342-344 DETERPIINATION , (1)323-326 BY U U I N A L I Z A R I N ,(1)325-326 I N S O I L S AND PLANTS (1)323 S P E C T R J S C O P I C ,(1)323-324 TITRICIETIC (1)323 D I S T R I B U T I O N I N S O I L ., (15) . . 137-140 FERTILIZATION ( 4 ) 196 FIXATION I N S O I L S (1)330-331 F U N C T I O N I N PLANTS ,f l ) 337-338 GEOCHEMISTRY OF ,(15)'122-124 I R R I G A T I O N UATER (1)327 LEACHING I N S O I L S ,(1) 329,332-333 VITROGEN-BORON R A T I O S (1)341 PDTASSIUH-BORON R A T I O S ,(1)340 R E L C T I O N S WITH S O I L ,[ 15) 129-132,135 R E U U I R E f l E N T S OF C R O P P L A N T S (1)336-337.391-347

,

,

,

,

, ,

,

,

,

,

39

SUBJECT INDEX FOR VOLUMES 1-30 S O I L HONIFORING ,(27)344-396 l'JXICITY (6)196 TURMERIC T E S T ,(1)324 BOTHRIOCHLOA ,(4)5 B O T R Y O D I P L O D I A THEOBRORAE (26)52 BOTRPTIS CINEREA (10) 317 BOUTELOUA C U E T I P E N D D L A ,(6)36,227, (10)379,399. (12)55,208 BOUTELOUA E R I O P O D A ,(10)398-399. (12)208 BOUTELOUA C R A C I L I S ,[ 6 ) 8, [10)385, (12)55,206,(14)248. (17)240-241, (24)206

,

,

,

,(30) 108

BOUTELOUA S P . , (12) 108 BOHEN R A T I O ,(11)32 B R A Z H I A R I A ,('4) 5, (26) 30 B R A C H I A R I A BRACHYLOPA ,(29)7 B R A C H I A R I A DECUNBENS (22)45,56 BRACHIARIA BUTICA (22)7,44, (29)7-8 BRACHIARIA RUGULOSA (29)7 BRAZRIARIA S P . (7)284 BRACKEN FERN ,(15) 190 BRASSICA ,(12; ios BRASSICA C A l P E S T R I S (21) 190, (24)357, (27)153. (29)45 B R A S S I C A FODDER ,1251 . 107.113.117 B R A S S I C A J U N C E A ,(28)99 . B R A S S I C A NAPUS ,(29)57 VAP. OLEIFERA (11)364, ( 2 8 ) 137 B R A S S I C R OLERACBA , (2) 126,134-135, ( 8 ) 109. (24)357, ( w U 3 VAR. ACEPHALA ,(21 3 3 , ( 2 8 ) 96,99 VAR. B O T R P T I S ,( 2 8 ) 75 VAR. C A P I T A T A ( 8 ) IOU, (29)75 VAR. I T A L I C A ,(28)99 BRASSICA P E R I N E N S I S ( 2 ) 122 B R A S S I C A RAPA ,(28)7 5 R R LII N E R n PI Z L A S S I P I C A T I O N , (9)245 CONCEPT O F ,(9)220-244 I N CENTRAL AND EASTERN EUROPE (9)220-231 I N THE BRITISH I S L E S ,(9)231-235 I N FRANCE A N D ADJACENT C O U N T R I E S ,(9)238-241 I N GERlANY A N D AUSTRIA ,(91225 I N THE SCANDINAVIAN COUNTRIES 8 (9)229-231 I N THE UNITED S T A T E S ,( 9 ) 241-244 PODZOLIC (9)219,223 OF U.S.A. ,(9)225 R A M A N N ' S , (9)218-220 BRAUNLEHPI ,(9)237 BREEDING, (26)395-310 5RTHODOLDGY COUPEA ,(26)46-50 PHOTOSYNTHETIC. RESPONSE ,(23)327-334 BREVICORYNE BRASSIS4E , (24)234 BRIZKSTONE , I 1 4 1 2 B R I N J A L S ,( 2 ; ) 153 E R I S T L E CONE P I N E ,(17)242 BROhDBEAN (12)85, (19)20,23,32 MILD " I S A I C (17)215 BROADLEAP T R E F O I L ,(2) 359 BROCCOLI (2)120, (11)213, (2R)99-100 B H O n R C I L ,(23)205 BROREGRASS ,(2)219,225,337,353,356,358-359, (31223,226,236-237 ,(4) 1 8 0 - 1 8 1 , 1 8 3 - 1 8 6 , 1 8 8 , 1 9 1 - 1 9 3 , 2 0 5 - 2 0 6 , 2 1 U , (5)360, ( 8 ) 131-132,135, 362, (6)30,36,227,230,232,276,281,

,

,

, , ,

,

,

,

,

,

,

----------- ---,

,

,

137,lU3-147,15D-l5U, (10)358.393-394.401, (12)55-56, 63.66.1 10, (14)233.240, (16)265,(17) 242, (18)110, (22)353, (23)29,338, (28)13,17,2U, (29)57.72

40

Advances in AGRONOMY, Volume 32

,

COHPOSITION ( 2 ) 276 FIELD (10) 360 HEADOY (10)395 HOUNTAIN ,( 1 0 ) 394 BROHAR ,( 1 2 ) 5 7 P R A I R I E , ( l o ) 391 SMOOTH (10) 373-374,378,389,391, (28) 2 SOFT CHESS ,(10)398 BROMINE ( 2 0 ) 251 5-BROHODEOXYORIDINE (26) 70 BROHOXYNIL ,( 2 4 ) 335-336 BROMUS (18) 2 BROMUS A N O H A L O U S (17) 2U2 BROMUS A R V E N S I S (10) 360 BROMUS B I E E E R S T P T N T T (23) 29 BAOMUS C A R I N A T I I S ,( 6 ) 142, ( 1 0 ) 401, (17) 242 BBQBUS C A T B A R T I C U S ( 1 0 ) 365,391, ( 1 5 ) 7 1 BR04US C O L O R A T U S (13) 95 BROqUS ERECTUS ( 4 ) 2 4 0 , ( 8 ) 139, (10) 395 BROMUS I N E R H I C (2) 217,276,337,353, (4) 26,180, ((6) ( 8 )447, 6 ) 330,227,232, 0 , 2 2 7 , 2 3 2 , (8) 7, 56,131,139, ( 1 0) 358,373, ( 11) 50, 95,221 0, (( 1122)) 4$9, 9 , ((13) 1 3 ) 95,221 (21) 32,(22)353, (26)282, (28)136, ( 2 9 ) 55 77 136, (29) VAR. T E C T 3 R U I (29) 57 BROIIUS J A P O N I C U S (16) 27 BROYUS H A D R I T R N S T F (15)5,69,77, (18)5,9,2U 1 8 ) 5,9,2U EFOMUS M A R C I N A T J S (12) 57 B R O l U S MOLLIS ,(10)398, (18) 3-4~7,10,13-14,18,23,25,27,30-31,35, 10,13-1 4, 1 8 , 2 3 , 2 5 , 2 7 , 3 0 - 3 1 , 3 5 , (22) 342 BROHUS P U M P E L L I A N U S ,(8) 139 BROqUS R I G I D U S (13) 221, (15)5,69, ((18) U-5,9,24-25,27-28,30,38,47 1 8) U-5,9,2425,27- 2 8 , 3 0 3 8 , 4 7 BRONUS R U B E N S (18)5,18,22,27,31 BROMUS S E C A L I N U S , (3) 109

, , ,

,

,

,

, ,

,

,

, , , , , , , ,

, ,

______

uppug g g ~ ~ R , y, d( 3- j i o 9 , ( i j j 1 7 i , 1 7 5 , ( 1 ~ ) 2 3 , 2 7 , 4 0 BBQIIPS UHIOLOIOES ,( 4 ) 9 , 4 2

,

BROOlJCORN (61 335-336, (15) 281 IdPROVElJENT (6)313-314 INTRODUCTION (6) 3 2 4 BROOH-SEDGE (4) 194,207 BROYN COTTON BUG (12) 92 BROYN F O R E S T S O I L (9) 221,224-225.227,252-253,

,

, ,

,

( 1 7 ) 246.248-249,

251,253,262,268,273,277.279 D I F F E R E N C E BETYEEN BRAONERDE AND ,( 9 ) 225

S B g A&SQ B A S E - R I C R S O I L AND BRAUNERDE BROYN P L A N T B O P P E B (24) 198 BROYN L E A F S P O T ( 1 U ) 88-89, ( 2 9 ) 277-278 NARROW ( 2 9 ) 278 BROYN P O D Z O L I C S O I L (3)6.8,10,12-15,46,72,82,

,

,

, ( 1 7 ) 251-254.259, 262-263,273,275276,270 BROYN ROT, T R E E F R U I T S ( 1 7 ) 300,308 BROYN S O I L S ( 3 ) 27-30,32,UU.U6,50, (17) 2 4 6 - 2 8 7 , 2 Q 9 - 2 5 0 , 2 6 0 26 1 , 2 6 5 , 2 6 9 , 2 7 5 NON-CALCIC ,(9) 280-283 BROYN S P O T ,( 1 9 ) 132 BROYN T O P , ( 5 ) 3 6 3 BBOYNTOP H I L L E T ( 1 2 ) 114 P!NE!lIUAE e ( 2 6 ) 50 ME!!QUAGU EUU ,( 1 2 1 9 3 . 3 8 9 RooE I (2U) 7-92 BEEEBPS B B K U A L S n ( 12) 9 4 B B U C I T E ,(12) 2-U87, ( 1 5 ) 127 B O G H O S SP. ,( 2 6 ) 3 8 , 5 2 BRUNIGRA S O I L S ,( 2 ) 203 BRUNIZEU ,(17) ZU6,248-251,253-254,259,262-264,268-269,27U-275,

,

Bu!G!;;Bom.&m

SUBJECT INDEX FOR VOLUMES 1-30 DEGRADED ,(9)262 OCCUIlRENCE ,f91 266 nR'JENLsgii C I R R A O S A (7)277 B R U S H BURNING (11)117 B R U S H CONTROL (4) 307-309,321-322, (10)20 RANGE-LAND 161 37-46 B R U S O H E ,(25)3ij

,

, ,

.

I

BR_X2@Ii9RhixIOSI ,(12)389 BRXUB A R G E E ~t (17) ~ ~ 340 BUC_H_LQEDACTYLOXDES ,( 4 ) 190, (10)380.385, (12)49,96

, (3)120,126,151,

( 6 ) 276,278, (11)343,350, (1U)313 ,(15)83,90, (29)92, (30) 198-199 Z I N C D E F I C I E N C Y I N ,(9)33,35 B U D P O F I . T O B A C C 0 ,(30)151 BDPPALOBERRY ,(17)242 BUFFALOGRASS ,( 3 2 8 6 , (4)190, (10) 17,22,380,385, (12)49,96,104, (18)109 B U F F E L G R A S S ,(6)32, (10)383-38U, (22) 5.13.45.59.65, (23)12 B U P F E L SANDBAR ,(24)208 BUFFERED S O I L S ,(11) 393 -----B u L a o s r X p S A P U U l p & g E S ,(29)7 BULRUSH ,(14)85 BULRVSH H I L L E T ,(22)49 BUflBLEBEE ,(12)76, 78-79, (30)149 BUNCH D I S E A S E ,(17)316 BUNT ,(5) 84.87.93.97 BUHCLOVER ,(2)356, (4)194,198,(12)73,76,(1U)82 BUR-SAGE , (121206 BUREAU O F R E C L A E A T I O N ,( 3 ) 329-331.334.338.342 BURROUEED ,(121207 2-SEC-BUTYL-4.6-DINITROPHENOL ,(22)132 -0-SEC- BUTYL-U ,6 - D I N I T ROPHENYL ,(1 4) 3 87-3 88 B U T Y R I C A C I D ,(2)280-283.285-286.291 BUCKUHEAT

---

c CABBAGE ,(2) 119,126,134-135.

(8)109-105, (19)89, (221221, 279, (24)357. (28)75,99-100

H A R V E S T - A I D E Q U I P H E N T ,(11)212 I N THE NETAERLANDS , (l1)35-1 APHID (24) 234 L O O P E R ,(24) 234 YAGGOT ,(24)233 PORH (24)2311 YELLOWS ,(2) 126 CACODYLIC A C I D (24)286 CACTUS (30) 118 CADELLE BEETLE (14)84 CADIIUH (20)251-253, (24) 270.274-275,283-285,297-298,302-304.

,

,

, ,

, ,

307-308, (26) 157-158.160, (27) 314-316.318-320. 32U- 325,321.3U6 S O I L B O N I T O R I N G ,(27)359-363 C A J A l U S ,(26)9.35.37,39.41 C A J A N O S C A J A N ,(12)87, (26)6, 10,32-33,97, 100.103- 107, (29)8 C A L A M A G R O S T I S C A N A D E N S I S . I171 , . 242 CALhNDEA O B Y Z A E ,(210 218 C A L C I N E D H A G L I E S I T E ,(22)364-366 C A L Z I O R T H I D S ,(17)246 C A L C I P A N S .13) 44 CALCISOL ,ii7j 246,248,265 (3) 17,29,44, (15)351, (30)23827 CALZITE

.

41

Advances in AGRONOMY, Volume 32

42

CALCIUN

,(ll)U9,294-296,(13)67,76,163, 184,257,333,343,355, ( 1 4 ) 29,U8,74-75,198,336, 393-394.400-401, ( 1 5 ) 127,130-131, (16) 92.142-1U3, 145-147,149-150,156,158,161,170-171,214,268,369 ,( 1 7 ) 2 9 0 , ( 1 8 ) 7 7 , 7 9 , 8 3 , 2 9 0 , (19) 125-126,152,156. 1 6 1 . 1 7 2 - 1 7 8 . 2 3 4 . 2 4 3 - 2 4 5 . 2 4 8 . 2 5 0 ~ 2 5 8 . 3 2.1 . 3 2 4_ . 3 3 0 ~3321333,337;339;348. ( Z O j 1401141; 255-254.340-342; 350, ( 2 1 ) 55.57.65.1U9.155.161.2U5. ( 2 2 ) 3 6 4 , (241295, 386,398,401, ( 2 5 ) 166,181,187, (26)27,57,73,155 ( 2 7 ) 279,318,320-321,341-342, ( 2 8 ) 9 6 , ( 2 9 ) 205-206, 216,(30)123,194

,

CAR 80 N AT E, Z I N C T O X I C I T Y A N D ,( 9 ) 44.46 C O N T E N T O F SOYBEAN ,( 1 2 ) ~45,2ua,253,285 CPANANIDE ,(1)71,311,378, ( 1 7 ) 17,21 AS DEFOLIANT FOR C3TTON ( 9 ) 76-77 DECONPOSITION I N S O I L ,( 2 7 ) 46-49 E F F E C T O F AHLIONIA ON (10) 343 E F F E C T ON ROOT PENETRATION ,( 1 1) 47 EROSION L O S S E S ,(15) 304, 3 1 2 FLUORPHOSPHATE ,(1) 400 FUNCTION I N PLANT ,(10) 4 9 1 - 4 9 3 HUMATE ,( 7 ) 1 7 5 - 1 7 6 LEACHING FRON S O I L , (1 0) 4 9 0 - 4 9 1 PLANT ABSORPTION , (10) 4 9 7 - 5 0 2 NETAPHOSPHATE (1) 4 6 - 0 8 , ( 1 7 ) 4 6 - 4 7 NITRATE ,(8)99-100,109, ( 1 4 ) 2 8 5 , ( 1 5 ) 5 3 , ( 1 7 ) 28 (11) 279-280,392. ( 1 4 ) 27‘4-276.282-283.290. PHOSPHATE 74, 78.83- a5,91,95 (16196 POLYPHOSPHATE REACTION WITH PHOSPHORUS (9) 1 0 4 R E L A T I O N ro NITRATE ABSORPTION ,( 1 0 ) 4 9 2 ROLE I N CROP PRODUCTKIN ,191212 CALEPINA IRREGULARIS ,(12) l i d CALEY PEA (10)369 CALICHE 131 4 3 - 4 5 CALIFORN~A,’ Z I N C CONTENT I N S O I L S 3 F ,( 9 ) 45

,

,

,

,

,

,

.,

----------CALJPOGONIU~I ~ U C U N O I D E S , ( 2 2 ) 7,21 ,

.

(14)69,74-75,77,97,99 CALJRO R I C E CALROSE R I C E 114)99

--

,( 1 5 ) 4‘4 PELLUCIDA ( 2 4 ) 206 CANADA BLUEGRASS , 14) 184.188.211.214, 15) 365.363 C A N A D A THISTLE (43’308, ( i 5 ) i ? o - i ? i , i i i ’ CANRDIAN AGRICULTORE, TFENDS ,(5) 3 2 0 - 3 8 0 AGRICULTURAL ENGINEERING ,(5) 3 4 0 - 3 4 1 ZRREALS , (5) 3 2 2 - 3 3 8 F I E L D HUSBANDRY ,( 5 ) 3 3 9 - 3 4 7 FORAGE CROPS ,( 5 ) 3 5 2 - 3 6 6 I ~ O P T I C I I L T U R A LCROPS (5) 366-375 PRODOCTION , (5) 3 2 0 - 3 2 1 SOILS (5) 308-351 TOBACCO ,( 5 ) 3 7 5 - 3 8 0 CANARYGRASS ,( 1 9 ) 234, ( 2 8 ) 9 7 ( 2 8 ) 24 R’CED ,1261 153,165,169,

CANELINA

------CAHNULA

,

,

,

,

(16)66-68,

SUBJECTINDEX FOR VOLUMES 1-30

43

,

CANAVALIA GLADIATA ( 2 6 ) 8 6 , 10 1 CANAVALIA PLACIOSPEERA ,( 2 6 ) 8 6 CANAVALIA S P . (26) 101 (2) 122,127,134, (12) 226 CANPALOUPE CAPE UEED ,( 1 3 ) 8 6 CAPERONIA CASTANEAEPOLIA (1'4) 85 CAPERONIA P A L U S T R I S ,( 7 ) 2 8 4 C A P I L L A S Y PLOW (1U) 332 CAPSELLA BURSA-PASTORIS (7) 287 C A P S I C l l R ANNUUR ,( 2 9 ) 6 2 CnPsICrln LRUTESCENS ,( 2 ) 1 2 7 , 1 3 1 - 1 3 2 .

,

,

,

,

,

(29) 348

CARAHAY ,( 1 1 ) 360.364 CARBAMATE H E R B I C I D E S ,( 2 4 ) 3 6 3 - 3 6 8 CARBO PURAN ( 2 6 ) 52 CARDOHYORATE ACCUMULATION (6) 2 5 5 - 2 5 7 CARBONATE REDOX SYSTEM ,( 2 4 ) 8 5 - 8 7 CARBON B I S U L P I D E , ( 3 ) 2 5 3 CARBON C Y C L E ,( 7 ) 408 S O I L ENZYMES ,( 2 7 ) 27-38 CARBON D I O X I D E ,( 1 4 ) 348,350. ( 1 5 ) 8 , (16)21,23-25.41-42.51 Z O M P E T I T I O N FOR ,(15)4,6,84 EXCHANGE ,( 2 4 ) 111-119, 1 2 7 - 1 2 9 EXCRANGE RATE, GROYTA ESTIMATOR ( 2 8 ) 27-28.32 FERTILIZING (28) 201-202 N I T R A T E ACCUMULATION ,( 2 8 ) 8 5 - 8 6 SOIL ,(24)61 CARBON T E T R A C H L O R I D E , ( 3 ) 247,252 CARBOUAX ,( 1 ) 3 0 1 CARBOXIN ,( 2 3 ) 174 CAABJXYRETHYL C E L L U L O S E ,( 7 ) 22-23.26-27.32. ( 1 8) 150, 2,155CAREX ,( 1 7 ) 1 2 5 ALBONIGRA ,( 17) 2 4 3 CAREX ARAPAHOENSIS ,( 1 7 ) 244 CAREX ATRATA ,( 1 7 ) 2U3 CAREX BELLA ,( 1 7 ) 2 4 4 ----CAREX C H A L C I O L E P I S ,( 1 7 1 2 4 3 C H I M A P H I L A ,( 1 7 ) 2U3 CAREX DROMMONDIANA (17) 243 CAREX Z L E W H A R I S ,(2U) 2 0 h ~E~~ P I L I P O L I A ( 6 ) 8, ( 1 3 ) 191) ShRBx PLACCA ,( 1 6 ) 2 7 5 CAREX G E Y E R I , ( 1 7 ) 2 4 2 CAREX - ILLOTA ,(17) 244 C_&REX WZGRICANS , ( 1 7 ) 2U3 CAREX - NOVA -_ , ( 1 7 ) 2 4 3 CAREX PHYSOCAPPA , ( 1 7 ) 2U4 SCOPULORUM , ( 17) 24'4 CAREX SP. , ( 1 7 ) 2 4 2 cnEE? - - VERNACULA ,( 17) 2 4 3 CANISGRASS ,( 1 0 ) 365 CARIUM C A R V , ( Ii t ) 364 C A R N A L L I T E ,( 1 7 ) 49.52 CARNATION 111bU6 CARN E G I E A c i G h T E & ,( 12) 2 3 6 ( 4 ) 268, (9) 15'4-155, ( 1 6 1 2 3 1 - 2 3 3 C A R 3 T E N E ,( 2 1 279,297,399. CAROTENOIDS ,( 1 6 ) 122,127 CARPENTER BEE 1121 8 4 CARPETGRASS ,( ~ ~ 2 0 ~ , 2 0 7 , 2 1 0 , 2 1 b 2 1 4 ,( U ) 104,107,191,194,201-202. ( 1 0 ) 3 6 4 , ( 1 2 ) 6 4 , ( 1 9 ) 261,282-283,288 CARPETWEED ( 1 5 ) 187 CARROT , ( 2 ) 1 3 2 , 1 ~ 1 , 1 4 3 - 1 U 4 , 1 4 6 , 1 4 R , 1 5 0 , (3) 126,(9)212,(11)216, ( 1 5 ) 4 , ( 1 6 ) 1 5 8 - 1 5 9 , ( 1 9 ) 8 9 , ( 2 1 ) 318,(29)75,98,100, 102-103,136-137,145, ( 2 9 ) 42.51.57-58.72-73 Z I N C D E F I C I E N C Y I N ,(9) 3 2

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Advances in AGRONOMY, Volume 32

I;lETAK!s TINGTUUS ,( 101 290, (12) 2 24, U E X BBU _ V A ~ Z _ C , A ( 1 7 ) 3 19 c ~ n uEQEDEBRLLZS ,( 1 7) 31 9 TARXB L L L I ~ B S I S,(17) 3 1 3, ( 2 4 ) 158 g.&Rx.& SP. , ( 1 5 ) 1 9 7

(28) 97

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CASSAVA , ( 2 5 ) 298, (26) 45, ( 29) 23,43 C A S S I A SP. ,(15) 199 GasZANEn ,( 15) 82 CASTOR BEAN ,( 1 1) 224-225, ( 1 2 ) 223-2 24. ( 1 5 ) 2 8 8 ACREAGE ,(10) 260,276-2 7 7 ADAPTION 1101277-280 ROTANICAL-DESCRIPTION ( 1 0 ) 261-26u BREEDING (10)271-275 CHARACTER I N H E R I T A N C E (10) 265-271 CULTllRE ,(10) 282-286 CYTOLOGY ( 1 0) 264 D E S I C C A T I O N ,( 9 ) 86 DISEASES ( 1 0 ) 277-278 GROYTH REQUIREMENTS ( 1 0 ) 278-279 O I L CROP 1101 258-287 TONNAGI: C 6 i S U i E D (10) 258-260 T O X I C AND A L L E R G E N I C P R O P E R T I E S ,(10) 275-276 VARIETIES (10) 280-282 CASTOR OIL, ANNUAL CONSUMPTION (10) 259 I N D U S T R I A L USES ,( 1 0 ) 259 CATALASE (14) 73 C U & L p . & SPEC-& (27) 257 CATALPA.WZSTERN(27). 237.257 . CATECHOL ,(17) 3 3 U . CATERPILLAR,HAIRY (26) 69 CATION A C T I V I T Y R A T I O S , ( 2 4 ) 3 7 9 - 4 1 2 CATION EXCHANCE.Af4ORPHOUS CLAY (26) 242-247 CATION EXCRANGE C A P A C I T Y (12)9,11,20-23,(15) 75, (16) 320,360-362, (210385 METHODS O F A N A L Y S I S ,( 1 0 ) 477-490 S O I L EXCHANGE C A P A C I T I E S (10) 1 9 8 CATIONS,DIFFUSION I N S O I L (20) 110-120 CATTAILS (15) 205 CATTLE MANURE,ANALYSIS ( 2 7 ) 335-336.344 CAUCASIAN BLUESTEI! (6) 27 CAULIPLOYER (2) 120-121,137,1Ul, ( 8 ) 165,171-172,17U,183,191.195 ,(9)212,(15)79-80,(28)75,97,99-100 ccc ,(221221. ( 2 4 ) 2 4 4 CEANOTHUS 1221 4 1 7 CEANOTHUS PEN&= (17) 2 4 2 ~ E ~ Q ~ Hy EUL U STINUS (19) 333 C E L E R Y T ( 2 ) 1 1 ~ z 1 2 0 , 1 4 2 , (91212. (11) 212, ( 1 7 ) 117,(19) 89,(28)75, 99- 100.102. i n 8 YIELD,EPPECT OF ON (9) 209,211 CELL, EULTORE, G E N E T I C ! I A N I P U L A T I O N ,(29) 39-81 D I V I S I O N ,(6) 2 5 8 3ROUTH (19)23,25 IERBRANE, OZONE E F F E C T ,(27) 100-105 WALL, OZONE EFFECT (27) 99-100 UALL BEGENERATION (28) 134-136 C E L L O B I A S E , S O I L ,(27) 30 CELLOLASE ( 2 7 ) 68,71,74 SOIL (27) 31-32 CELLULOSE, N U T R I T I V E VBLUE (21)8,13-1U,77,89-90 S O I L ,(21) 197,219 CELLULOSE ACETATE (7) 22 CELLULOSE METHYL ETHER ( 7 ) 22

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SUBJECT INDEX FOR VOLUMES 1-30

45

---__-__ CENCHHUS CC II LL II A &R = SI S , ,((2222)) 5.7.45 5.7.45 CENCHRUS CENCHRUS C I T I A P E ,( 2 4 ) 208 CENCHRUS I N C E R T O S ( 2 5 ) 11 1 CENCRHOS S E T I G E R U S ,( 2 2 ) U S CEYCHROS S P . , ( 1 3 ) 176, ( 1 5 ) 1 9 2 GENPAUREB CCAAL LC ICT R~ AAP PA A ((1155)) 11 CENTAUREA CRNl’IPEDEGRASS 202-204,214-216, (( 33)) 202-204.214-216, CPNl'IPEDEGRASS CENT RO , ,(22)21,23,26,29,32,63 1221 2 1 . 2 3 - 2 6 . 2 9 . 3 2 - 6 3 CENTRO CENrROSENA ,( 2 5 ) 3 0 7 21 CENTROSENA POBESCENS ( 2 2 ) 7,21 144 CEPHALOSPORION GREGATUII ( 1 ) 11111

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CEPHUS C I N C T U S (24) 2 0 1 CEPHUS PYGflAEUS (24) 201 CEPHUS T A B I D U S ,( 2 4 ) 25 1 CERATONA TRIFURCATA (26) 117 206 C E R Z I D I O H HICROPHYLLUN , ( 1 2 ) 2 06 24 1 CERCOCARPUS L E D I F O L I O S , ( 1 7 ) 2 4 1 11-2 CERZOCARPIJS NDNTANUS I171 . 2 4 1 - 2 4422 CERCOSPORA ,i s ) 3 1 s 22 CE R Z 0s PO R A ARACRIDICOLA ,( 2 6 ) 15.20.22 CERCOSPORA BETICOLA ,( 7 ) 9 8 , 1 3 3 CERCOSPORA CANESCENS ,( 2 6 ) 22,53 CERCOSPORA CROENTA ,1261 53.116 (17) 21 CERZ OSPORA D A V I S 1 1 2 77 )) 294 ( 2 6 ) 13-14.22-23,23, (( 2 29U CERCOSPORA L E A F S P O T , (1U) 88, ( 2 9 ) 2 7 8 CEECOS PO R A ORYLAE CERCOS PO R A PERSONATA (26) 2 2 ( 1 2 ) 96,104 CERC 0 SPO R A S E N I N A L I S CEEZOSPORA S O J I N A ,( 1 4 ) 170 CERCOSPORA S P . ,( 2 6 ) 39,69 (25) 6 3 CERCOSPORA ZEBRINA ,( 2 ) 213, ( 1 2 ) 38'4, ( 2 5 ) 6 3 CERCOSPORELLA 17) 50.53 C E R C O S P O E E L L A FOOT-ROT ( 1 2 ) 101 102,216 ( 2 5 ) 102,216 CERCOSPORELLA H E R P O T R I C A O I D E S 405, (30)6 7 - 8 3 CEREAL C R O P S ,( I S ) 35, (17) 5, ( 2 8 ) 361-405, ( 3 0 1 6 7 - 8 3 C E R E A L - L E G U ~ E NIXTORE. ,j i 5 ) 3 , CEREAL-LEGUgE N I X T O R E ,( 1 5 ) 3 5 S F F E C T O F A L K A L I N I T Y ,( 1 1) 362 FLOOD DAMAGE I111 7 5 GRAINS, U I N T E ~ ’ ,(39) 6 7 , 7 0 - 7 1 , ~ 3 I N THE NETHERLANDS [ l l ) 339,346-347,364-366 NITROGEN REQUIREMENT ,( 1 1) 360 P O T A S S I U R REQUIREMENT ( 1 1) 361 WATER D E F I C I T PHYSIOLOGY ( 2 7 ) 1-23 YINTER (30) 67,70-71,93 Y I E L D S A S BREEDING C K I T E R I A (28) 361-405 Z I N C DEFICIENCY I S (9) 3 2 CEREAL L E A F B E E T L E ,( 2 4 ) 2 3 0 . 2 0 3 , 2 0 5 CERESAN (6) 1 6 8 CERL!IM , ( 2 4 ) 2 7 0 , 2 9 7 , 3 5 8 CEP1TQlA R P P I W I S ,( 2 6 ) 5 1 CHRETQM TR€!!PAC&TA (24) 195 CESIUM (14) 353, (24) 270,274-275,294,297,308, (27) 319 CHAETOCHLQA ,( 2 0 ) 5 1 CHAETOCNEMA C O N P I N I S (24) 237 C I i A E T O E n i - , (lviEEp CHALCEDONITE , ( 1 2 ) 9 , ( 1 5 ) 3 4 1 CHALCEDONY ,( 1 5 ) 3 4 1 , 3 5 7 , 3 8 3 GtlALSQDERLU AENEL!S , (26) 5 1 CIiALAEZ;XTEsuS PRQLlPERUs I ( 1 8 ) 49 ,(201 51 CHAPPARAL ,( 6 ) 37,UU, ( 1 5 ) 1 9 5 CHARCOAL ROT (12) 385 CHARD ,( 2 7 ) 3 5 0 CHEATGRASS (3) 109, (13) 172,175, (29) 131 CHELATES , ( l l ) 300-301.309, (15) 1 3 7 l’REATNENT O F Z I N C D E F I C I E N T S O I L S W I T H , ( 9 ) 5 8 , 6 0 - 6 1

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Advances in AGRONOMY, Volume 32

46

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CHELATING AGENTS ( 2 0 ) 118-120, ( 2 4 ) 154-157,164-166 I R O N C H L O R O S I S ,(13) 3 5 1 - 3 6 5 C H E L A T I O N ,(7) 1 7 1,351 CHENICAL, MOWING ,( 4 ) 3 1 5 3XYGEN DEIiAND (COD) , ( 2 6 ) 137-141.149 WEED CONTROL (15) 161-217 C O S T S AND B E N E F I T S , ( 1 5 ) 1 6 6 - 1 6 8 CHENOPODIACEAE . , .1161. 2 0 3 CfiEhPEQPrUn &Bun 8 (15) ls7 C!igYQEQPIuB P A L L I D I C U L A E I ( 2 1 ) 180 C H B H Q E 9 I U B QULNU v ( 2 1) 180 CHERNOZEM ,( 2 ) 82,172,193194,197, ( 3 ) 22,25-32,35,46,U9-51,80-82, 123.143.154.14~ 70, 17) 30.1U6.1U9.152.167.171. 1751176, i a + i ~ i , ( S j 2 2 0 - 2 2 1 , j 1 3 ) 9 , ( i 5 ) 3 8 6 , (161 330, (17)246-247,249,251,253-255,259,259,266,268-269, 274-275.349, ( 2 0 ) 17-18, ( 2 1 ) 145-146, ( 2 9 ) 1 0 7 NORTHERN DEGRADED (9) 260-262 OCCURRENCE ,(9) 2 6 6 S O I L S D E R I V E D P R O n ,( 9 ) 2 2 4 - 2 2 5 CHERNOZEHIC S O I L ( 2 7 ) 30,68,178 B HORIZON , ( 3 1 2 1 - 2 8 CHERRY ,( 1 1 ) 222,346,(17)296,303-307 Z I N C D E F I C I E N C Y I N SWEET , ( 9 ) 3 2 CHESTER S I L T LOAN ,(9) 278-279 CHESTNDT S O I L ,( 3 ) 2 2 - 2 3 . 2 5 - 2 7 , 3 3 , 3 2 , 5 0 . 7 5 , ( 1 7 ) 246-2U7,261-2 6 2 . 2 6 5 - 2 6 6 . 2 6 8 - 2 6 9 , 2 1 4 - 2 7 5 . 2 7 . 7.121) . . . 146 DEGRADED ( 9 ) 262-264 . CHEWINGS F E S C U E , ( 8 ) 5 5 , 3 1 3 C H I Z K P E A , ( 1 2 ) 87, ( 2 6 ) 5-6,76,97 ( 3 ) 109, (7) 287-288,292, ( 1 2 ) 390, ( 1 5 ) lb8,190 CHICKWEED (22) 203-234 CHILLING INJURY C_@lLQ S U P P R E S S A L I S ,( 1 9 ) 133, ( 2 4 ) 195-196, ( 2 9 ) 3 0 1 C H I L O ZONELLUS SHIN ,(24) 2 1 7 QIl&Pu&AUIiBELLATA ,(17) 2 4 2 CHINCH BUG (24)218 C H I N E S E CABBAGE ,( 2 ) 1 2 2 CHIHOTHRIPS MEKICAIgS (12) 9 4 CHISELING ( 2 9 ) lU3.1U7-150, 155-156,163,173,177 CHITIN 1211 2 2 1 CRIXQSAE’, 397 CHLORANBBN ,( 2 3 1 2 2 0 . ( 2 4 ) 328,331-332, ( 2 6 ) 60 CHL3RDANE , ( 7 ) 348, ( 1 1 ) 3 0 9 - 3 1 0 , ( 1 2 ) 9 5 , ( 2 3 ) 1 7 6 , 1 8 6 C H L O R I D E , ( 1 4 ) 198,313,331,336,345, 4 0 0 - 4 3 1, ( 1 6 ) 145-146,1U9,157-158, 176,222,(19) 242.251-254.320. ( 2 0 ) 138-139.147-149, 251, ( 2 5 ) 1R7.142, ( 2 8 ) 97 A D S O R P T I O N ,( 3 0 ) U O C H L O R I N E .a 123). 3 0 4 CHLQBIS , 5 C H L O R I S GAYANA ,( 2 ) 356, ( 4 ) 9, ( 6 ) 31, (101365. ( 2 2 ) 5.7.45 V A R . ~ & ( 2j 4 ) 208 ~ ~ ~ , C H L O R I T E , ( I ) 162,178, ( 5 ) 2 3 6 , 2 6 1 , 2 9 6 , ( 1 2 ) 7-8,12,19,(26)233 C H L O R O A N I L I N E 5 , S O I L P E R O X I D A S E ,( 2 7 ) 5 5 CHL3ROBROMO P R O P E N E , ( 3 ) 2 4 7 CHLOROBRONUHON ,( 2 4 ) 3 5 9 - 3 6 0 CHLOBOCHROA L I G A T A ( 1 2 ) 92 Q&Q&Qc_HZQA , (12) 9 2 2-:HLORO-l4,~-DIALLYLACETAMIDE ,( 1 4 ) 3 8 8 2-CHLOt?0-4,6-BIS (ETHYLAMINO) - S - T R I A Z I N E ,( 1 2 ) 139 2-CliLORO-4-ETHYLANINO-6-ISOPROPYLAHINO-S-THlAZINE , 12UI 6 4 2-CIILOROETHYL T R I I i E T H Y L A 3 ! l O # I U H C H L O R I D E ( C C C ) , (2.?)’22i, ( 2 5 ) 218,223, 24 3- 2 3 5,2 5 5 2-Z!iLORO-4,6-BIS (ISOPROPYLAMINO) -S-THIAZINE, SINAZINE (15) 188,190.22) 139 P-CHLORONERCURIBENZOATE (PCPIB) (27) 43

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SUBJECTINDEX FOR VOLUMES 1-30 C H L 3 H O N E a ,( 2 3 ) 207, (26) 5U CHL3ROPHENOL.S (1) 297,307-308 CHLOROPHENOXY A C E T I C A C I D S , ( 4 ) 307-312,319, 321-322,325 E-CKLOROPHENOXYACETIC A C I D , . I.2 1. 138-1UO U - C H L O R O P H E N O X Y I S O B U T Y R I C A C I D ,( 2 8 ) 1 3 1 A L P H A - Q - C H L O R O P H E N O X I P R O P I O N I C A C I D , ( 2 ) 14 1 A L P H A - Q - C H L O R O P R E N O X Y P R O P I O N I C A C I D ,( 2 2 ) 1 4 0 3(P-CHLOROPIIENYL) - 1 , l - D I N E T H Y L UREA (CNU) ,( U ) 3 1 9 - 3 2 0 , (7) 262-264, 269,280,282, ( 1 2 ) 28U NCNUEON ,( 1 5 ) l f l 8 . 1 9 0 9- ( P - C H L 3 R O P H E N Y L ) - l , l - D I N E T H Y L I J R E A , EHL3_ijQmHijA E X C E L S I A ,( 2 1 ) 1 4 9 ( 1 6 ) 17,31,U9 CHLOROPHYLL , ( 1 4 ) 171,231,398-399, DEFICIENCIES ,(24) 10-11 C H L O R O P I C F I N , ( 3 ) 2U6-248,251,258-260, ( 7 ) 3U7-348 C H L 3 R O P L A S T ,( 2 2 ) 219,222 A C T I V I T Y ,( 1 9 1 7 2 - 7 3 COLD H A R D I Y E S S (30) 8 6 - 8 7 D E S I C C A T I O N , ( 2 7 ) U-5 GENES (2U) 7-8 OZONE E F F E C T , ( 2 7 ) 1 0 1 - 1 0 2 TRANSFER ,( 2 8 ) 1U5-1U7 CHL3RPROPHAB , ( 2 4 ) 364-365, ( 2 5 ) 6 2 CILQE_OpS_ORYZAZ ,(210 196 C H L J R O S I S ,( U ) 1 5 2 , 1 5 5 , 1 6 4 , 2 U 1 - 2 4 2 , 2 5 U , 2 5 7 - 2 5 8 , 2 6 7 , 2 7 175,335,353 (U-CHLORO-9-TOLYL OYY) A C E T I C A C I D ,( 2 5 ) 6 3 ( 2 7 ) 308 CHLOROTRIAZINE 2-CHLORO-6-(TRICHLOHON??THYL) P Y R I D I N E ,( 1 7 ) 2R, ( 2 3 ) 348 CHLDRTHIAlID . ,f.2 4 1. 3 3 3 C H O E N E P U g e A S P . ,( 2 6 ) 5 3 CHOKEBERRY (17) 241-242 CHOLPSTEROL , ( 1 5) 3 5 8 CKQNDRILLA JONCEA (13) 87, ( 1 5 ) 7 6 G H B I Z A G R O T I S A U X I L I A R I S ,(12) 90 CHR3liI!JM ( 1 9 ) 333. ( 2 0 ) 238-239.253-254. (2U) 270,273,275,290-292, 29U,297,301,30U,307-308, (26) 157-158.161, (27) 314-316, 3 18-320,3 2U- 3 25,3 5 U- 3 5 5 CHH_JYO_BACTERIUN YIQLACEUli , ( 2 1 ) 220 CHHYOCREPTS ,( 1 7 ) 2 7 6 CKRYSANFHBNON , ( 2 3 1 9 5 . ( 2 7 ) 3 5 1

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&Pl'gTINEl ,( 2 6 ) 6,97, ( 2 8 ) 1 3 7 CINCHONA , ( 1 1 1 6 0 C I N J O E P O I L ,( 1 7 ) 2 4 3 C I P Z ,( 1 5 ) 1 7 3 , 1 7 7 - 1 7 8 . 1 R 1 . 1 8 6 . 1 5 f l - 1 9 0 . -C I h-C - U L I F E R TENGLJAS , - ( 7 ) 9 9 ARVENSE ,( 1 5 ) 170 C I T R U L L U S ypLC&QS_ , ( 2 ) 123, ( 1 2 ) 2 2 6 C I T R ' J S , ( 5 ) 268-269,295, (ll)U6,53,(1U)255,(16) 143,157, 161,261,275, ( 1 7 ) 5U. 127)3UO Z O P P E R D E F I C I E N C Y I N , ( 9 ) U9 I P O N C H L O R O S I S I N ,( 9 ) U U r 7 x I c F O L I A G E S P R A ~ S,( 1 1 ) 2 6 1 Z I X C D E F I C I E N C Y I N ,( 9 ) 32,34-35,46,U9 CONTROL O F , ( 9 ) 5 9 ZINC U P T A K E a y 19136 . C I T t l U S L/MgN , ( 2 8 ) 9 5 CITRU --S L I M O N I A ,( 1 2 ) 2 2 5 C I T R U S NEMAT'JDE ,( 1 8 ) 9 9 CJI3ys PApAgISI ,( 1 2 ) 2 2 5 I N Z N-S I S ,( 1 2 ) 2 2 5 , ( 1 6 ) 268,270, (2R) 137, ( 2 9 ) 5 7 C I T R US S-_ C I V I L I A N CONSERVATION C O S P S (3) 2 6 8

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,(12) 104 ,(81313, (20)226, (26) 331 CLALLERA_IU GIBES& ,(26) 38 , (12) 1-39, (14) 81,125-126.3U7, (15)257.342,3UU.380-381e385 CLAf ,(1R) 120,123, 134,139-1U0.1421 1 4 5 - 1 5 9 , 3 2 9 , 3 5 5 , ( 1 9 ) 4 - 6 . ELBLZGEES EASHUI

-CLA!LsE€"

PUHPUREA

8-9,13,17,3 1-32,161,167,17 1.3 15, (20) 117, (21) 198, 24 7 -ADSORBED Y A T E R , D I E L E C T R I C PROPERTIES (13) 303-306 SPECIFIC VOLONE ,(13) 287-295 SUPERCOOLING A N D FREEZING , (13)306-31U T H E R H O D Y N A N I C PROPERTIES (13) 314-322 VISCOSITY ( 1 3 ) 295-303 (26) 211-263 ANORPBOUS C A T I O N A N D A N I O N EXCHANGE (26) 242-247 ANIILYSIS OF (12) 17-20 CRYSTAL STRUCTURE (12) 2-9 F L O C C U L A T I O N ,( 7 ) 1 1 GENESIS ( 1 6 ) 365-366 KAOLINITIC (7) 8-9 HINERALS ,( 1 ) 159-199, ( 7 ) 2 3 5 , ~ 5 3 , 3 5 2 , 3 5 4 - 3 5 5 , 3 7 8 AGGREGATION ( 1 ) 98 A N I O N EXCHANGE ,( 1 ) 194-195 CATION EXCHANGE ,(1) 189-193 CATION FIXATION ,(1) 193-194 CRYSTAL C O N F I G U R A T I O N ,(1) 180-184 CRYSTAL STRUCTURE , 1 ) 162-171 DISTRIBUTION I N SOILS ,(1) 177-179 ELECTRON NICROGRAPRS ( 1 ) 174 FLOCCULATION ,( 1 ) 195- 196 FUNCTIONS I N SOIL ( 1 ) 196-199 IDENTIFICATION (1) 171-177 INTERSTRATIFIED ( 1 ) 170 I O N I C SORPTION REACTIONS ,(1) 188-195 ISOMORPHOOS REPLACZNENT ( 1 ) 68,175-1 76 PHOSPHORUS FIXATION (1) 393-397 POLAR ABSORPTION , ( I ) 180-188 REACTION O F PHOSPH3ROS U I T H ( 9 ) 99-105,110 THERNAL DEHYDRATION ( 1 ) 173-174 X-RAY DIFPRACTION , ( 1 ) 174-177 HONTNORILLONITIC (7) 9 - 9 , 1 3 - O R G A N I C COMPLEXES ( 7 ) 7 , 1 3 , (22) 75-117 PANS , ( 3 ) 5.31-35,54,56-57,59-60,63,67,69,80 FORUATION ,( 2 ) 183-184 3 R I X N OF ,(12) 10-17 RIVER (11)340,3U6-347,364-366 L I N E CONTENT ( 1 1) 362 PHOSPHORUS A N D POTASSIUM R E Q U I R E U E N T ( 1 1 ) 361 SEA, (11)3U0,352-359,36U-366 SOIL CHEMICAL REACTIONS (12) 20-30 SOIL PHYSICAL REACTIONS ,(12) 30-34 S O I L S , (11) 79,363-36U -WATER I N T E R A C T I O N (13) 269-327 HYPOTHESIS 113) 322-323 NECHANISNS OF .'(13) 284-287 CLIACHITE (1U) 1 0 CLIMATE OF THE NETHERLANDS ( 1 1) 337-339 u l O 2 X I l E I O l ( 7 ) 159, (29) 1 2 S L ~ L Z P L L U BIPEMEETULI?S ,I131 200 GLQSIPBIPUY B P ~ I G Y I (71 242 ELPSZEIPIYI %YUYEUHUl (3) 153. (7) 241-242, (29) 21 ~ L l S 2 ~ SPOROGENES ~ f l ,(13)200 CL3VER ,( 8 ) 166,176,185, (9) 10,212, (11) 86. (lU) 230,235, 13.27. 38,UO-Ul.U5,99, 107.145, 169, (:16) 19,16 73, 11 1, (21) 16.89, (29) 93-9U,216, (30) 199.

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SUBJECT INDEX FOR VOLUMES 1-30 R L S I K E ,(3)120,123, (4) 191,194. (29) 12U.130.133 BUR , 141 194-198 COY , ( 9 ) 4 6 CRIMSON ,(2)96, (3)207,213,219, (25)47-76, (4) 196, (29)124,130 CUP , ( 2 9 ) 123 DESICCATION (9)98 1 % THE NETHERLANDS , (11) 363 L A D I N O ,(30) 186 P E R S I A N ,U) 194, (12)56,73,02 RED , (29) 12U,127,130,133, (30172 Z I N C D E F I C I E N C Y I N ,(9)32 ROSE (25)56 S E - A L S Q - 1 N D I V I DUAL S P E C 1 ES (2)354, (4) 10, 12,22,35,49,52, ( 8 ) 54, (12)82, (14)71, STRAdBERRY

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(22)30-31, (29)133

,(111207, (13)57-123, (28)2 5 , 2 7 , ( 2 9 ) 9 7 - q 8 , 1 2 1 - 1 2 2 , 1 2 U ,

SUBTERRANEAN

133, (30)190-191

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AGROTECHNOLOGY (1319)-103 D I S E A S E S A N D P E S T S ,(13)103-105 ECOLOGY , (13)77-90 ESTROGEN PROBLEM (13)105-107 GROUTH ON C O P P E R - D E F I C I E N T S O I L S ,( 9 ) 56 HISTORY (13)58-6 1 NITROGEN F I X A T I O N ,(13)72-77 PHYSIOLOGICAL VARIATION (13)66-72 P O T E N T I A L USAGE ,(13) 113-117 STUNT D I S E A S E ,(13)104 TAXONOMY ,(13)61-66 V A R I E T I E S ,(13) 107-1 13 Z I N C UPTAKE BY ,(9) 36 (4)8,35,U2,181,185-187, U H I T E ,(2)358,364, (3)200,207,210,213,217.223, 189,193-194, 1 9 6 , 1 9 8 - 2 0 0 , 2 0 7 ~ 2 1 1 ~ 2 1 4(15) ~ 53,61,101,

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109,196,(28) 174,329,(29) 98,130,133

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U H I T E DUTCH (2)358,364, ( 3 ) 200,207,210,213,i17.223 WOOLLY , (4) 10 Z I G Z A G ,(12)82,369 CLOVER A P A I D ,(12)91 CLOVER-GRASS C O H P E T I T I O N (15)52-62,74-77,99 CLOVER READ Y F E V I L ,(12)93,389,(25)63 CLOVER LEAFHOPPER ,(12)92 CLOVER-LEAF WEEVIL (12)91,3R8 CLOVER M I T E (12)389 CLOVER NEHATODES (7)62 CLDVER ROOT BORER ,(12)89,389 CLOVER ROOT C U R C U L I O S (12189.390 CL3VER S E E D C H A L C I D ,(12)93,215,389,421 CLOVER-SEED HIDGE (12)93,389,424 CL3VER-SEED YEEVIL (12)93,95,424 CLOVER STEM ROT .f7)62-63 CHU, 3-~-CHLOROPH$YNYL-l-DIHETHYL UREA ,(4)3 19- 320, (7)262-264,

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26 9,280,282

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181 COAL . 395-396. (171 356-357 S T R I P MINING (2)i i a COAL MINE S P O I L S (2)317-349 A C I D I T Y ,(2)323-329 E R O S I O N ,(21321-322 E S T A B L I S H f l E N T O F P A S T U R E S ,(2)334,336-338 GRADED (2)333-335 GRADING ,(2)334,338-34 1 LAND-USE C A P A B I L I T Y (2)332-335 L E G I S L A T I O N ,(2)344 PHYSICAL CONDITION (2)322-323 PLANT N U T R I E N T S T A T U S (2)324 P R E S E N C E O F S U L F I D E S ,(2)331

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49

Advances in AGRONOMY, Volume 32

50

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P R O F I L E DEVELOPMENT ( 2 ) 325-326 RECLAMATION C O S T S (2) 341-343 REPORESTATIOH (2) 329-330,335-336 RESEARCH NEEDS (2) 346 S U L F n R I C A C I D PRODUCTION , (2) 323-326 FOPOGRAPHY ( 2 ) 319-322 UNGRADED , (2) 332-333 VOLUNTEER VEGETATION (2) 3 2 8 - 3 2 9 COASTAL BERHUDAGRASS (15) 193-194 COBALT (11) 3 0 2 , 3 U U , ( 1 4 ) 3 3 U , 3 9 8 - 3 9 9 , ( 1 9 ) 3 2 1 , (20)238-239,246,288 (21) 57,63, (26) 73, 157,162, (27) 315,319-320,325, 355-357,375 4 D S O R P T I O N OF (15) 126-129.133 AVAILABILITY (15) 143-152 D I S T R I B U T I O N I N S O I L ,( 1 5 ) 136-140 GEOCHEMISTRY OF . 1 1 5 \ 1 2 1 - 1 2 4 COCHLIOBOLUS MIYABEANUS', ( 2 9 ) 277 COCBLLQBEi&gS S A T I V U S (26) 333 COCKCHAPER SCARAB (13) 104 COCKLEBUR (6) 229,231, (7) 273,275,277, (14)388,UOU COCKSFOOT (3) 226, (4) a, 15,42,52, ( 1 5 ) 112, (22) 343, (26) 2 8 6 , (29) 217 N U T R I T I V E VALUE ,(21) 17-18,20-21,23-24,32,68 S E E ALSO ORCHARDGRASS ( 2 3 ) 16 COCOA COCONUT PALH (15) 28,353, ( 2 7 ) 132 COPYEE ,(29) U3 COFFEE k R A B I C A ( 2 3 ) 11,16 COFFEEWEED ,( 7 ) 284-285, (14) 85 GQLL LACRUnJQBr # (24) 343,3u5 C O L C H I C I N E ,(71 129. (13) 108. (14) 21 2-213 COLD H A R D I N E S S ( 3 0 ) 51-98 COLD TOLERANCE ( 7 ) 49 SEE ALSO WINTER HARDINESS COLEOGYME R A M O S I S S I H A (12) 206 COLEOPHORA S P I S S C O R N I S (12) 9U C O L I A S P H I L O D I C E EURYTHEME ,( 1 2 ) 9 1 COLLARDS (28) 99 COLLETOTRICHU8 CAJANAE ( 2 6 ) 39 C O L L E T O T R I C A U M DESTRUCTIVUN ( 1 2 ) '382,392 382,392 COLLETOTRICHUM L I N D E M U T H I A N U M ( 216) 6 ) 53,OB 53,oa COLLETOTEICHUN L I N I ( 6 ) 1 6 3 , 1 6 5 , 1 6677 COLLETOTRICBUi!l S P . (26J52 COLLETOTRICHUM T R I P O L I 1 , ( 1 2 ) 3 8 2 , 3392, 9 2 , ((1177))221144

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----COLLOHIA --- ,(17) 243

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LINEARIS (17) 2'43 COLONIAL BENPGRASS ,('41 184,186-187, . (51 . . 363 C O L O R A D O POTATO B E E T L E . ,( 2 4 ) 236 COLllMBINE (17) 2U2 COLUSA R I C E ,(14) 79,97,99 COLZA ,(11) 360.363-364 COMBINES ,(11) 204-207.210-211 COHJENSALISM (1)248 COMffON J U N I P E R ( 1 7 ) 2U2 COMNON PEA MOSAIC (17) 215 COMMUNNIZEMS (17) 12U COMPANION CROP (15) 193 C O U P E T I T I O N , S B B PLANT C O H P E T I T I O N , ( 1 5 ) 1 - 1 1 8 COMPETITION-DENSITY EFFECT (15) 1 1 C O J P E T I T I O N INDEX (15) 3 6 - 3 8 C O M P L E N E N T A R YIONS ,(9) 85,a~,91 COMPLETE EXTRACTION ZONE ,(11) 88 CONPOSITAE (16) 2 0 3 COMPOST (7) 333,336, ( 1 2 ) 148-155 CONDUCTION, ENERGY TRANSFER , ( 1 8 ) 1 7 2

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SUBJECT INDEX FOR VOLUMES 1-30 CONFUSED FLOUR BEETLE

cO_NJQE&US _PAL_!J

51

,(14)8 4

,(24)237

CONSUHPTIVE USE .flu\ 227 CONTACT EXCHANGE-; ( 6 i 269 THEORY ,(1)192 CO NT OU R , FARNING (6)140. (11)116 FURROWS (3)298 PLOUING (3)270 S T R I P FARNING (3)2 6 6 - 2 6 ~ , 2 7 4 , 2 7 8 , 3 0 0 - 3 D 2 , 3 0 U , 3 1 4 , 3 1 7 , (11)116 TILLAGE (3)267,283-284 CONVECTION. PLANT ENVIRONNENT - (181172-173.178.18U.193-19U.20U-205 . . . _ CONVOLVULUS A R V E N S I S ,(13)8 7 ~ Q o _ L ~ Q ~ ~ gs P. L g g,( 15) 10 1 (8)354, (1 1) 299,30 1-302,34U, ( 12) 6 1,258, (13) 332, COPPER

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337,3U2,362,(1U)82,398,400, (18)96,(19)260,3 330.332. (20)141- 142,238-239.244 ,248,258-262 58, (23)302-303, (24)i 5 8 , 303-jou.i25) 306, (26) ,(27)3 1 3,3 15- 316,3 18-321.3 23-325,341,346-34 ACCURULATION I U S O I L ,(9) 213,216 A V A I L A B I L I T Y ,(U) 156-157,(15) 136-140.143-152 D E F I C I E N C Y ,(4) 27-28,45-46 D E F I C I E N C Y D I S E A S E S ,(4) 150-172 DIBRACK , ( 4 ) 150,153 ENZDOTIC ATAXIA ,(4) 166-167,170 EXANTHEHA ,(U) 150,153,16O-161,170-172 FALLING D I S E A S E ,(4) 166 HYPERKERATOSIS ,( 4 ) 166 LECHSUCHT ,( 4 ) 150,167-168.170 RECLANATION D I S E A S E (4)150.154. 170 STRINGY WOOL ,(u) 1661i67 . . SUAYBACK , ( 4 ) 167,170-171 TEARTNESS ,(4) 163,168 WITHER T I P ,( 4 ) 154 YELLOW T I P ,(4) 154 D I S T R I B U T I O N I U S O I L ,(15) 136- 140 E F F E C T ON SUDAN GRASS ,( 9 ) 214

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F E R T I L I Z A T I O N ,( 4 ) 150-151,155.158-159.162.171 F I X A T I O N ,( 4 ) 16 1 POHNS OF I N S O I L ,(15)126-129,132-135 GEOCHEflISTRY O F ,(15)15) 121-128 I N NIITRITION ( 4 ) 147-177 CONTENT OF PLANTS ,( U ) 151-153 D E F I C I E N C Y SYflPTOMS I N ANINALS (4) 166-169 D E P I C I E N C Y SYWPTOHS I N PLANTS , (4) 153-155 REGIONS OF C O P P E R D E F I C I E N C Y ,( 4 ) 169-173 S O I L COPPER , (4) 156-165 I N S O I L S ,( 4 ) 156-165, (5) 298, (15) 143-152 flONITORING , (27)349-354 T O K I C I T Y ,(4)161-161-162,169 COPPER S U L F A T E ,( 1 4 ) 88, (15)207 CORK BANK F I R ,(17)242 CORK OAK , ( 1 5 ) 28 CORN ,(3)26,54-56,58,60,63-64,77,82-~3,8~,120,137,148,1S1,156,

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198.279-281.292-294.305. f J I 95.151.158.164.246. 28 11282,28~;308, (6) i25, ii7; i3b,2 17,229,2ui-244, 263.270-271,278,282,284,289,291,296-297, (8)21,32,43,68,79,84-91,,139,1U2,158,207,(9)11, 15,207,212-213, (11)20,45, 47-48,53,58,6 1-6 2,136- 107,109,114,158- 159.1 6 1, 187,196,241,261,370-371, (12)220,259-260,284. (1 3) 161,169,171). 183,188,332,355,362, ( 14) 123, 131-133,242,245,251,254.256-256-257,259-260~281~2~5~ 300,309,3 14-3 15,328- 330,335,3U5,347,364-365,371, 342,394-386,397,UOO, (15)13,16-17,24,26,28,34,46, 49-50,66,68,72-74,95,101,164,172,178,181~274, 281,308,310-313, (16)1 2 - 1 3 , i 6 , 3 1 , 3 6 - 3 7 , P O , U U - U 7 ,

Advances in AGRONOMY, Volume 32

52 77,79-80,8 3.95.10

1- 138,159,16 4, 182,184,186,198,

203,206,208-210,213-216,234,262-263,265,269,

272-273, (17)25,177, (IS)67,70,76,79,86,111,207, 21 1,226, (19)21,32,36-37,90-91, (20) 139-141,l 44, 147, (21)179, (22)341, (23)22,372, (24) 109,112,277, (25)97,100,109,11U-117, (26)153,165-166,297, 29 9 -3 0 1,30 7-308, (27)2 8 0 , 2 8 8,292- 293,297,3 08, 333-334,339,347,351, (28)76.82, @5,97-98,172,312, 315,(29)92,108,125-126,216,(30) 107,190,192,196, 198,200-20 3 ACREAGE I N UNITED STATES ,(8) 321-322 A N H O N I A ABSORPTION ,(8) 328 B O R E R ,(16) 104-106,108, 126-127 EUROPEAN ,(29) 169 LESSER ,(26)22 BREEDING ,(19)4 5 - 4 6 ZALCIUH DEFICIENCY ,(8) 353 CARBOlrYDRATE SYNTHESIS ,(20)275-322 CHANGE I N PLANT CHARACTERS WITH H I G H POPULATION RATES ,(10)451-458 CONSUNPTIVE USE OF AATER ,( 6 ) 75-77 DESICCATION , (9)6 8 , 8 6 DISEASE CONTROL ,(29) 169 DISTRIBUTION OF PLANTS A N D YIELD , (lO)U58-465 E A R A O R H ,(24) 210-211 EFFECT OF POPULATION JN TASSEL-SILK INTERVAL ,(10)455-456 F E R T I L I Z E R ,(10)5,92,99,10 1,104,112,114,116,123-1 24,126- 127,134 F O R NAXINUH YIELD ,(10)446-451 TREATNENTS ,(10)436-440 USAGE ,(A) 355-356 FORNULAS FOR DETERHINING CORRECT PLANT POPULATION ,(10)468-469 G R O U T H CURVES ,(8) 336-337 HARVESTING EQUIPHENT ,( 1 1) 202-204 HERBICIDES ,(24)342-344,348-350,367-368 IHPROVERENT ,(16)101-138 CULTURE , ( 1 6 ) 114-119 CYTOPLASU (16) 133 EXOTIC GERN PLASN ,(16)132 HYBRID CORN A N D YIELD ,(16) 103-108 I N CANADA ,(5)360-361,365 INDUSTRIAL USE A N D NUTRIENT VALUE ,( 16) 119-122 IN NEXICO ,161 105-106 IN THE NETHERLANDS , (11)339 OFFENSE A N D DEFENSE ,(16) 108-114 PARENT STOCK ,(16) 122-132 TETRAPLOID CORN ,(16)133-134 I N S E C T RESISTANCE ,(24)208-216 LEAP APHID ,(24)204-205,213-214.217 LEAP BLIGHT, SOUTHERN (29)52 NALE-STERILE ,(24)2-3,12-15 NINERAL COHPOSITION ,(8) 343-345,347-348 NINERAL NUTRITION ,(8) 321-368 ABSORPTION ZONE ,(8) 324-3215 ACCUNULATION OF ELEMENTS ,(8) 338-343 AERATION EFFECTS (8) 333 DEFICIENCY SYUPTONS ,(8) 351-355 DRY HATTER ACCURULATION ,( 8 ) 336-337 P E R T I L I Z E R EFFECTS ,(8) 355-361 POLIAR ABSORPTION ,(8)334-336 PORHS ABSORBED (8)328-331 HISTORY (8) 321-323 ION INTERACTIONS ,( 8 ) 331 NOISTURE EFFECTS ,( 8 ) 326-327,363-368 W T E I E N T ABSORPTION ,(8) 323-334 TISSUE TESTS (8) 348-351 UATER ABSORPTION ( 8 ) 323-334 NITROGEN DEFICIENCY ,(8) 351-352 NITROGEN REQUIREUENTS (9)215

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SUBJECT INDEX FOR VOLUMES 1-30 NUTRIENT REOUIREfiENTS , (8)339-343 PERUVIAN (19168 PHOSPHATE-ABSORPTION ,(8) 329-330 PHOSPHORWS DEFICIENCY-, (8)352 PLANT POPULATION I N RELATION TO S O I L PHODUCTIVITY ,( 1 0 ) 135-473 POPIILATION FOR HAXIHUH GRAIN PRODOCTION I101 443-446 P O T A S S I U H ABSORPTION ,(8)330 POTASSIUM D E F I C I E N C Y ,(8) 352-353 SYNPTOMS , ( 6 ) 263 PRODUCTION I N OLD COTTON BELT (9) 20-22.25 P R O T E I N CONTENT I 8 1 345-347 R E L A T I O N 3~ P O P U ~ A T I O N A N D GRAIN-PRODUCING EFFICIENCY (10) U U U - U U ~ RESPONSE T O (8)84-91 ANHYDR3US AHHONIA H T G H LEVEL O F S O I L PRODUCTIVITY ,( 1 0 ) 436-440 HOISTURE REGIHE (11) 79-82.85 ROOT SYSTEM (81323-328 ROOTWORH ,(24) 211-213, ( 2 5 ) 102 SOUTHEFN (26) 22 9EASONAL WATER USE , ( 1 1 ) 2 0 ALSQ H A I Z E (23) 22,372, (30) 107,190,192,196,198.200-203 SILAGE ,(21)46,79 SNUT ( 1 6 ) 124-125 S U E E T ,(28) 110 STALK BORER, L E S S E R ,126) 22 STALKS ( 1 3 ) 138,152, ( 1 4 ) 130 P I L L A G E - P L A N T I N G SYSTEMS AND Y I E L D ,( 2 9 ) 141-182 roxIc ZINC LEVELS F O R ,1 9 1 4 4 WATER REQUIREMENT ( 6 ) 69,’(8) 364-368 WEED CONTROL ,( 7 ) 273-276 Y I E L D AS RELATED T O K I N D OF CORN ,(lO)Ub6-467 SEASON LENGTH REQUIREMENT (lO)U65-U66 Y I E L D RESPONSZS TO N I r R O G E N ( 1 ) 54 Z I N C ,( 2 4 ) 158,160,168,17U-175 ( 9 ) 32-38 DEFICIENCY I N ( 9 ) 50.57-58 CONTROL O F SYHPTOHS OF (9) 34-35 UPTAKE BY ,( 9 ) 49 CORN BELT S O I L S , ( 6 ) 121-142 NEW CONCEPTS OF HANAGEHENT OLD P R A C T I C E S ,( 6 ) 122-142 CORNUS STOLONIFERA ,( 1 7 ) 2 4 2 C O R O N I L L A V A R I A ,(4)1 8 5 , ( 1 0 ) 3 6 2 , ( 1 2 ) 8 5 , ( 2 1 ) 6 4 , ( 2 9 ) 1 3 3 CORPRINOS EPHEHERUS (12) 153 CORTICUH PUCIPORNE ( 1 2 ) I 0 4 coHrIcun PRATICOLA ,( 1 3 ) 1 0 4 CORPICUH SASKII ,( 2 9 ) 2 7 5 CORYLUS A H E R I C A N A (17) 314 CORYLUS AVELLANA ( 1 7 ) 3 1 4 CORYLOS CORNUTA , ( 1 7 ) 3 1 4 CORYNEBACTERIUH INSIDIOSUH ( 1 ) 2 3 2-235 CORYNEBACTERIUN SEPENDORICUN ( 8 ) 58 COSTELGTRA ZEALANDICA ,( 2 4 ) 2 0 7 . f.1 i ). 1 3 7 cosrs IN CROP PRODUCTION , I

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QrrLLlS LITIPA ,(12) 90 COTPON

,( 2 ) 2 - 7 4 , 1 0 1 . 1 0 6 , ( 3 )

5 4 , 5 8 , 1 9 R, 2 7 8 - 2 8 1 , 2 9 5 , 3 0 2 ,3 0 5 , (4) 80, 103.115.121.135.158.16~ 265-266.291.298. f71210. . . (8)68.79.8 izeu, is) 2 ; i 5 1 1 6 , 7 a , ( i i )49-50; . 55-56,60,62,114,184, 192, (12) 218-219,226, (13) 332, (14) 6 9 , 1 2 3 , 1 3 3 , 2 3 0 , 2 ~ 3 , 2 4 6 , 2 5 7 , 3 6 5 , 3 9 2 , 3 9 7 , (15) 28, 8 1,274.28 1,29 1,310, ( 16) 75,77,80,161,164,17 1, 18 9- 1 9 0,2 04,206,2 16,26Y, 27 3 , 3 2 1 ,(1 7) 1 0 , 3 13, ( 18) 76, 84.86, (19) 121, ( 2 2 ) 229,287- 288, 291.293-294.304, 310-311,316-318,(23)361,(2U) 10,(25)298, (26)82, 9U,203,233,285,287,290, (27)6.19,96,148,197,

296-297,(28)22,175,198,(30)105,108,118

Advances in AGRONOMY, Volume 32

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APHID (24)229 APHIS INJURY (2)33 BACTERIAL B L I G H T (2)33-31 BOLL U E E V I L (2)32.34-36 EOLLYORM (2)36-37 BORON REQUIRENENTS ,(2) 19 BREEDING SYSTEMS , (2166-70 C O M P E T I T I V E P O S I T I O N AMONG F I B E R S (2)5-10 l O S T O F NECHANICAL P I C K I N G (11)208 ,(2) 44,UE-49, (5) 209-210, (9)74-82 OEFOLIATION ADVANTAGES O F (9)77 AGRONOMIC ASPECTS O F ( 9 ) 90 BOTTOH (9) 8 1 CULTURALLY INDUCED ( 9 ) 81-82 D E F O L I A B I L I T Y ,(9)8 0 ( 9 ) 78-80 DEFOLIANTS USED FOR T I M I N G OF A P P L I C A T I O N (9)81 ECONOMIC ASPECTS O F (9)78 GINNING (5)2 10 HARVESTING (5)209-210 L I M I T A T I O N S OF (9) 7 7 HACHINERY FOR (9)81 DESICCATION (9) 86-87 DISEASES (2)26-32 DROUGHT E F F E C T S ,(2) 2'4-25 ECONOMICS O F WEED CONTROL (7)268-272 END-USES ,(2)6-7 F E R T I L I Z A T I O N ,(2)41-42.47 F I B E R DEVELOPNENT (2)56-58 FINENESS (2)60-62 LENGTH ,(2)58-59 PROPERTIES (2)56-63 STRENGTH (2)25-59-60 PLAflE C O L T I V A T I O N , (2)42-43 PLEAHOPPER (24)229 INJURY (2)33-34 FLORAL I N I T I A T I O N (2)1 1 FUSARIIIM U I L T (2)28, (3)259 GINNING PRACTICES (2)5 0 - 5 5 HARVESTING EQUIPNENT (11) 207-209 d E R E I C I D E S ,(24)337,341,343, 347,349-350.360-362 HORMONE R E S P O N S E S (2) 13-14 HYBRID VIGOR (2)70-71 HYBRID, PROBLEMS AND P O T E N T I A L ( 3 0 ) 129-157 IflPROVEMENT (2)63-74 I N J U R Y BY 2.4-D ,(2) 1 3 I N S E C T P E S T S ,(2)32-40 INSECT RESISTANCE (24)219-230 I N S E C T I C I D E RECOMflENDAPIONS (2 39,434 4 IRRIGATION (2)49-50 LEAPYORH (2)38 L I N T E R S ,(2) 2 HECHANICAL P I C K E R S (2)3,44-45, 9,73 HINERAL NUTRITION (2)14-23 NITROGEN NETABOLISM (2)20-23 PHOSPHORUS REQUIRENENTS ,(2)17- A PHOTOPERIODISfl (2)12 PHYSIOLOGY ,(2) 11-25 P I N K BOLLWORM (2)37-38 PRODUCTION I N OLD COTTON BELT (9) 18-21,24-25, BIOLOGICAL FACTORS A F F E C T I N G . ,191 , . 16- 17 PRODUCTION I N UNITED S T A T E S (2)3-4 PRODUCTION P R A C T I C E S (2)40-50 RESEARCH PROGRAM (219-10 RESPONSE T O ANHYDROUS AMNONIA (8) 81-84 RESPONSE TO POTASH (3)118

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SUBJECTINDEX FOR VOLUMES 1-30

55

ROOT D E N S I T I ,(30) 109-110,120-121 ROOT KNOT ,(2)31-32 ROOT ROT ,(2)26-28,(13) 278, (12)216,(17) 176 F U N G U S ,(17) 219 SEED (9)1 i ;25 HEAL (14)79.81, (21)190 T R E A T I E N T .12) 26 SODIUE R E Q U I R E ~ E N T S ,(2)1 5 - 1 7 S U L P V R R E Q U I R E l E N T , (10)'427 T R R I P I N J U R Y ,(2)32-33 VEPTICILLIUE UILT (2)29-30 Y I E L D REDUCTION ,(11)91 WEED CONTPOL (7)253-273, (15)164,174,179-181,199 UILT (6)2 5 9 COTTONSEDGE ,(17)244 COTTONTOP, ARIZONA ( T R I C H A C H N E C A L I P O R N I C A ) (10)399 COTTONUOOD ,((27)221,237,250,257 q-COUH A R I C A C I D (10)77 COUilARIN ,(13) 169,(17)177,137-211 C O U M A R I N I C A C I D -117) 198.206 . C O U Y E S T R O L ,(13)i d 6 . COUPE ,(26)44 COVER C R O P S (2) 102-104, (15)46 COVEZED SHUT ,(8)39 COW CLOVER , ( 8 ) 46 COWBERRY ,(13)27 COU P A R S N I P ,(17)2U2 COWPEA ,(6)263464,276, (12)87, (26)2,6-7,10,44-61,78,84,

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91-92.94-95,

97-98,100,283, (29) 57

D E S C R I P T I O N ,(26)45 ?lANAGEMENT (26)58-60 PESTS AND DISEASES (26)5 8 - 6 0 PHYSIOLOGY ,(26)54-58 PLANT TNPROVEHENT ,(26)46-50 roxIc ZINC LEVELS F O R , (9)44 U T I L I Z A T I O N , (26)60-61 COYPEA A P H I D ,(17)220 COFPEA CURCULIA (26)51 COWPEA MOTTLE V I R U S (26)116 COYPEA YELLOY MOSAIC (26) 116 1-CPA (26)75 CRABGRASS ,(7) 253,260,277,269. (13)176, (15) 187,(18)297-298,(24)367 ABYSSINICA (21)190, (23)36 CRAYBE -

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___ __ __ ___ _____ , GftAEpuS SP. ,(12)90

CRANBERRY ,(11) 96, (15)190-191,(17)117 C R R N D A L L I T E ,(30)162 C R E E P I N G RED F E S C U E ,(5) 36 3 CREOSOTEBUSH (12)206 C R E P I S SP. ,(19)31,(29)44 C R E S T E D #HEATGRASS ,(4) 191, (5)363,366, (6)2,27,30, (8)56, (12)45,

------

,

49,56,58, (14)248,252, (15)196, (22)335,342,352-353, (23)338 (4) 196, (6)34,276-277,(8) 52-53, 288, (10)367,369,3A7,399, (1 1)48,207,380, (12)44, 56.61.67.70-71.78, (13) 154, (19)114-115, (25)47-76 C R I S T O R A L I T E ,(I) 162, (12)9, (15)341,349,357 C R I S S O N CLOVER

,(2)96, (3) 207,210,219,

CFOP, kDAPTATION (6) 199-252 A I P MOVElENT (6)234-236 C L I P l A T I C ANALOGS (6)236-237 D E F I N I T I O N ,(6)204-209 E C O L O G I C OPTIMUfl ,(6)240-246 ENVIRONMENT AND PLANT D I S T R I B U T I O N L I G H T ,(6)225-234 i l O I S T U R E ,(6) 212-220 PLANT O R I G I N S ,6) 239-211 SOIL FORlATION (6)239-240 TEMPEPAT!JRC , (6)223-225

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, (6)201-204

Advances in AGRONOMY, Volume 32

56

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ECOLOGY, R I C E (23) 246-252 GROWTH, UATER REQUIREMENT (3) 333, (6) 68-78 IDENTIFICATION (27) 29 1-294 PLANTS, (6) 209-210 ORIGIN RANGE OF D I V E R S I T Y ( 6 ) 210-211 PRODUCTION I N SYEDEN (7) 39-74 BACKGROUND (7) 3 9 4 6 BARLEY (7) 51-55 BLACK FALLOW ( 7 ) 43,72-73 CEREALS (7) 46-59 CLIMATE ,(7) 39-4 1 FODDER ROOTS ( 7 ) 66-68 LEGUMES (7) 68-69 NATURAL GRASSLANDS ,(7) 64 OATS ( 7 ) 55-58 O I L CROPS ( 7 ) 44.69-71 OUTLOOK FOR THE FUTURE (7) 73-74 POTATOES (7) 65-66 PRESENT PATTERN (7) 41-46 RECENT DEVELOPMENTS (7) 43-46 ROTATIONS ( 7 ) 4 1-43 RY3 (7) 5 1 SEED PRODUCTION (7) 71-72 SEED T E S T I N G (7) 71-72 SUGAR BEETS ,(7) 66-68 TEMPORARY LEYS (7) 59-65 UEED CONTROL ( 7 ) 72-73 YHEAT ( 7 ) 46-51 RESPONSE T O F E R T I L I Z E R (10)71-72,74-75,99,109,126,128,134 ROTATION ,(5) 345-347, (6)125-130, (10)29,33,37, (11) 362-363, (15) 170-171, (18) 1 1 1 F E R T I L I Z E R REQUIREMENTS (10) 115 INFLUENCE ON CONSERVATION (5) 394-399 PRODUCTIVITY ,(5) 399-404 S O I L A N D HATER L O S S E S , ( 5 ) 3 9 6 - 3 9 9 S O I L STRUCTURE E F F E C T S (5) 393-394 . UATER REQUIREMENTS (3) 333 YIELD ,(6) 240-246 C.4TION A C T I V I T Y RATIOS (24) 388-392 CLILIATIC FACTOES , ( 6 ) 2 4 0 - 2 4 6 ESTIMATION (9) 181 PHYSIOLOGICAL G E N E T I C S (24) 97-146 OXYGEN D I P P I I S I O N THROUGH S O I L AUD ,(9)173 REMOTE S E N S I N G (27) 271-304 SEASONAL V A R I A B I L I T Y (6) 242-246 CROSS-PLOUING ,17) 254-255.271 ~ p ~ g j J,[10)370,(15) ~ & 181,288 CRQTOLARIA LANCEOLOTA (3) 200 EROrOLARIA flUCRONATA (10) 370. (15) 164 B.MQ&.Bg. SP. (12) 87 CROPQIABLA S e E c m S . ( 10) 370, (15) 164 CROTONYLIDENEDIUREA (17) 26-27, (:23) 366- 367 CROYN GALL . 1 2 9 \ 6 7 C E O H N ROT .ii2)385,392,408, (17) 212-214 CROYN BUST (8) 315-316, (29) 3 3 1 OF OATS (10) 159-160 CROUNVETCH ( 4 ) 185. (10) 362, (12) 85-86, (18)321. ( 2 1 ) 6 4 CRUCIPERAE (16) 203 CRUDE O I L , S O I L COUl'AflINATION (13) 197-216 (17) 255 CRY AQUODS CE YAQUOLLS (17) 25 5,2 59-26 0 CRYOCRREPTS (17) 2 5 3 CRTOPSAMHERTS (17) 255

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SUBJECTINDEX FOR VOLUMES 1-30

57

CRYORTHENTS ,(17) 255 CRYORTHODS ( 1 7 ) 255,263,275-276,278 CRYPTOfiERIA . ( l l ) q 1 , ( 1 5 ) 8 2 GEXEZQSTEPlMA CALENDULA ( 1 3 ) 86-87, ( 1 8 ) U, CUCUMBER , ( 2 ) 1 2 2 , 1 2 4 , 1 3 4 , ( 9 ) 2 1 2 , ( 1 1 ) 2 1 3 , 1 4) 245,314, (16) 81, (19) 8 9 , ( 2 3 ) 31, (27) 323, (2 I 1 0 7 , 1 0 9 , ( 2 9 ) 126 CUCUMBER MOSAIC VIRUS ( 2 6 ) 116, ( 3 0 ) 234 EPcu&&S BgLg ( 2 ) 122,127,134. (12) 226 VAR.-_OIJ_OA& ( 2 9 ) 107 CUCUg&S S4g&LPS ( 2 ) 122,134. (8) 105, ( 2 8 ) 107' , 1 3 7 , (29) 1 2 6 c!jcl&BI_Ti (24)237-239 CUCURBITA -- M A X I M A , (2) 133 U C P R B I T b PEP0 ,( 2 ) 133, ( 1 8 ) 8 0 , ( 2 8 ) 75-76, 10' 7 C U L T ? ~ z I O ~ - ; ~ l 50,108,111,190-193 l) CULl'IJRE, ANTHER A N D AAPLOIDS ,( 2 9 ) 44-48 CELL (29) UO-44 C U N N I N G H A M E L J BLIKFSLEEANA , ( 7 ) 18 C U ~ N I N C H A M E L L A SP. (14)313 CURLY DOCK ,( 1 5 ) 191 CURLY I N D I G O ,( 7 ) 284-285. ( 1 4 ) 85 CURLY TOP ,( 7 ) 9 9 - 1 0 0 , 1 3 2 , ( 8 ) 5A VIRUS (15) 1 6 5 CURRANTS ,(15) 190 CURHIE'S CRUMB SYSTEM ,( 1 8 ) 6 6 , 7 0 - 7 1 CUSCUTA SP. (15) 164 CUT-OUT. DEFINITION f9)68 C U T I C U L ~ RTRANSPIRATION', (11) 58.62 CUTYORM (12)90 BLACK ,(30) 23U cYAaOPSIS ,(26) 93 CYAMOPSIS PSORALIDES (26) 78 UAMOPSIS TETRAGCNOLOBUS ( 1 9 ) 3 1 , (26) 7 8 ~ 9 9 C Y A N A M I D (11)24U,391, (14) 8 2 C Y A N I D E ,(161 1 9 9 CYANOCENESIS ,(22) 125,134 CYANOGUANADINE (23) 356 CYCLOHEXANEDIAMINETETRAACETIC ACID ,( 1 3 ) 352

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___--_C Y N O D O N -------DACTYLOB , (3)209,211,

( 4 ) 1 8 4 , ( 7 ) 2 8 9 , ( 8 ) 142, (10) 364,391-392, ( 1 2) 64,217,220,22 3, ( 15) 86.9 12, 1 1 2 , 1 8 1 , ( 1 8 ) 2 7 7 , 122) 5.23.46.59. - . I241 . . 207.. 125) . 107, (2917

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CRISTATUS' ,( 4 ) i u o

CYNOSURUS CYOCEL ,(22) 221

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CYPERUS OBTUSIPLORUS, (29) 7 GXPERUS ~ Q ~ , (7) ~ 279,291, _ O ~( 1 5 ) 172, (2917 CXEgRPs SP. (12168, ( 1 4 ) 8 5 , 2 9 ) 7 CYPRESS V I N E ,( 7 ) 277,291 CYST NEMATODE ( 2 6 ) 84 CYTIDINE (16) 3 0 CYTOCHROME OXIDASE ,( 7 ) 76-80

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,-

CYTOLOGY,

OF ZINC-DEFICIENT PLANTS ,( 9 ) 35 CYTOPL AS N, ORGANELLES ,( 2 4 ) 3-6 P A T H O L O G I C A L INCLUSIONS ,(24) 6-7 CYTOPLASM-GENOTYPE , ( 1 6 ) 1 3 3 CYTOPLASM-NUCLEO RELATIONSHIPS (28) 267-300 CYTOPLASMIC B I N D I N G SITES (7)79-82 CYT3PLASMIC STERILITY (20) 5 5 - 5 6 , 6 7 - 6 8 . 8 0 - 8 3 . 2 0 0 - 2 1 0

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,

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D 2.4-D

,(11) 309-310,

(15) 170-171,190-191,195-197,199-200, 2 0 5 - 2 0 6 , ( 1 6 ) 2 1 7 , ( 1 7 ) 2 5 , 2 2 1 , ( 1 9 ) 7 8 , (22) 1 3 3 , ( 2 3 ) 150-151,153, 167,172,194,196,213,215,343

S E E ALSQ UNIB

2,U-DICHLOROPHENOXYACETIC

WEED CONTROL I N LESPEDEZA STANDS WITH

ACID

,(9) 140

Advances in AGRONOMY, Volume 32

sa DACTTLIS

pCcpX!&j

I U I 35

GiQ&Rr& ,( 2 ) 217,337,358,

(3)226, (U) 8,26,181,240,(7)288

,( 8 ) 2 6 , 4 7 , 1 3 3 , 1 U 3 , ( 1 0 ) 2 0 2 , 3 5 7 . 3 9 0 , ( 1 2 ) 9 6 , 1 0 1

,(13)25,95,(14)242, (15)111,(16)26,(21)17,(22)335, 3U2-3U3.377.388-389.U07m . . I.Z U.I 102.126) . . 286-287.294 ,(29) 215, ( 3 0 ) 107 sEg COCKSPOOT, ORCHARDGRASS CAROTA ,(29) 5 7 DAHLIA P I N N A T A ( 2 9 ) 12 D A H L I A V A R I A B I L I g (18) 212 D A I S Y PLEABONE (3) 109 DALAPON , ( 1 2 ) 6 9 , ( 1 3 ) 1 7 7 , ( 1 5 ) 1 8 6 , 1 9 0 - 1 9 3 , 1 9 5 , 2 0 5 - 2 0 6 , ( 1 7 ) 170,(22)132, 139, (23) 200,213.3U3 DALLISGR ASS ( 2 ) 2 18-2 19,356, ( 3 ) 200-20 1,20 7.2 10,213-21 4,2 16-21 8, 229,238,286, (4)9,18U,187,191,202, (7) 289, (8) 103-10U, lU2,152,288, (10) 365,369, (12) 58,96,11U, (16) 158,161,219, (22)27,48,61, ( 2 5 ) 6 1 , ( 2 8 ) 85 DALRYHPLE VIGNA (22) 20.29 "DAL" S O I L , S E E HIGH PEAT (11)309-310 DAHPING-OFF (23)214 DANDELION (17) 2U2 DANTHONIA ,(4)5,14,35, ( 1 8 ) lU-15 DANEEQEIA C A L I P O R N I C A ,( 1 8 ) 37 D A N T B Q m INTERHEDIA (17) 241 PAETRQNZR SELCCTA (4) 197 DARCY'S LAU , ( 1 1 ) U 1 DASYNEORA GENTNERI (12) 9 3 PASYNEURA / E G I l H I N I C O L A ( 1 2 ) 93,389 DATA, A N A L Y S I S 3P EXPERIMENTAL (9) 190-191 OF OBSERVATIONAL ( 9 ) 102-183 DATE PALH ,(12) 225 DATUBA S P . (19) 91.93 DAUtOS CAROTA (2) 132, (12) 2 2 6 , (21) 180. ( 2 8 ) 7 5 DAZONET ,(23) 172,213 2 , U - D B ,( 2 2 ) 132-133,139 ,(151 192-193.195 4-(2.U-DB) DD , ( 8 ) 3 1 1 DDT ,(2) 35.37-39, (7)3U8, ( 1 1) 309-310, (23) 102,166,168,175, 182-186.222. (26) 75, (27) 30Y AS POTATO I N S E C T I C I D E . 111 , . 381-385 FATE I N S 3 I L S (1) 277 LYGUS BUG CONTROL ,(1) 217,222-225 N-DECENYLSUCCINIC A C I D , ( 2 2 ) 2 2 1 DECIDIJOUS F R U I T S ,(6) 267-263,277-279,295-296 DEEP PLOWING (51 32-33 DEPLIJORINATED- P H O S P H A T E R O C K ,( 1 1 ) 282-283 DEFOLIANTS (9) 68.75 A C T I O N OF ,(9) 75.90 A P P L I C A T I O N , S I T E OF ,(9374-75 T I M I N G OF ,( 9 ) 8 1 POP COTTON , (9) 78-80 D E F O L I A T I O N ,(U) 35-37, (8) 211, (9) 74-76, (1U) 404-405 Z R E H I C A L , A S HRRVEST A I D (9) 68-83 3 P COTTON (9) 74-82 LINSATISPACTOAY ,(9) 76 DEGRADED CHEANOZEMS (17) 251-252,266-268,273 DEAYDROABIETYLAHINE ACETATE (1'4) 8 8 DEHYDROCENASE I N A I B I T O A S ,(7) 77 DELPHINIUH (17)242 DEL@&NIufi BARBEYI ,(15) 199, (17) 242 Q E L ~ H I _ N I se. _ ~ ~ ~ ,( 1 5 ) 199 DEH3SAN ,(261 5U DENDORIX SP. ,( 2 6 ) 5 1 DENDROBABAA S P . (13) 256 QEgEfiOCTONIJS HONTICOLAE (24) 2'42 DENITRIFICATION (7) 173,234,238-239,246,356-357, (8) A O , (10) 101 ,(16) 220-221, (18) 239.2U1-243,245. (22) U2U-U26 (27) 58, (28) 253-257 _DEBXU c u n f i ~ s ~(291 14

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SUBJECTINDEX FOR VOLUMES 1-30

QLSEB&aESz&

CAESPITOZg

,(8146, ( 1 3 ) 27.

DESEEAfiEsI_A FLEXOSA , ( 1 3 ) 2 7

59

(17) 242-243

DESERT SOIL ,( 3 ) 2 8 - 3 0 , 3 2 , 4 3 , 8 0 , ( 2 3 ) 70-76 DESERT YHEATGRASS ,181 4 7 DESERTIC SOILS, B HORIZONS (3) 27-30 DESICCANTS ,( 9 ) 6 8 , 8 4 - 8 5 DESICCATION ,( 9 ) 8 3 - 9 0 I N J U R Y ( 2 2 ) 211 P3TENTIAL ADVANTAGES A N D DISADVANTAGES OF DESMODIUR gA@JJ ( 2 2 ) 1 4 , 2 7 DESMODIIln GYROIDES ( 2 2 ) 1U mznQQ&Qfi DEsnQQ&l&l HETEROPAYLLUB ( 2 2 ) 1 4 DESBODXG ----INTORTUn ,( 2 2 ) 9 , 1 4 - 1 6 , 2 7 , 3 6 , 6 1 , 6 3 QES_figQI_Q&lSANDWICENSE ( 2 2 ) 14, 3 6 , 4 1 QEsnQQIQfi UNCINATUll ,( 2 2 ) 9.16 DETERGENTSi ( 1 9 ) 1 5 2 SOIL , ( 2 4 ) 6 4 DETRITUS DEUTER I U C

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-- 19) . ,8 4

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DEY (11)33-35,59, (16)6 D E X T R A N , S O I L , (27)34-35 DHURRIN (6)312 D I A B R O T I C A B A L T E A T A , (20)237 DIASROTICA LONGICOHNIS (24)211, (25)102. (29) 169 D I A B R O T I C A SP. (26)22 D I A B R O T I C A U N D E C I H P O N C T A T A H O Y A R D T ,( 2 4 ) 193,211,237 D I A B R O T I C A V I R G I F E R A ,(24)211 D I A Z R I S I A O B L I O U A ,(26)69 D I A M M O N I U f l P H O S P H A T E ,(1)50, (14)81 p - D I A N I S I D I N E ,(27)55.72 DIANTHUS 3ARBATUS (3) 148 DIAPHANA N I T I D A L I S (24)238 D I A P O R T H E PHASEOLOROll (1) 144, (26)88 V A R . S O J A E ,flu)198 D I A T O H A C E O U S EARTH ( 8 ) 381-383 DIATOBS 1151 3 8 3 DIArRAEA-GRANDIOSELLA , ( 1 6 ) 1 2 8

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DIAI'RAEA S&CC_gARALIS ,(2U) 2 1 8 CIATREA GRANDIOSELLA ,( 2 4 ) 214 DIAZINON (141 92.1231 177-178. 1 9 3 DICALCIUM- NITkOPHdSP~iATE ( l i 5 0 - 5 1 DICRBBA ( 2 3 ) 1 0 @ , 1 5 0 , 1 6 5 , 2 0 U , (2U) 329, 332-333 DICANTHIUM ,( 4 ) 5 DICHLOBENIL ( 2 3 ) 2 0 U , ( 2 4 ) 3 2 9 , 333-334 D I C X L O N E ,( 1 4 ) 8 8 , ( 2 3 ) 1U9 DICHLOHBENIL ,( 1 5 ) 190 DICHLORMATE (2U) 3 6 7 - 3 6 8 2.6-DICALOROBENZONITRILE ,( 1 5 ) 1 9 0 2.4-DICHLOROPHENOXYACETIC ACID (2.4-D) ,( 1 ) 276-277,289,294-295, 300-308,311-313.358-360.381. (2) 13,138,147-148, (4) 307-312,319-320,323-32U,326, (7) 261,274-276,279-282, 284-285,289-292.348, ( 1 2 ) 6 7 , 1 0 U , 2 7 3 , 2 8 4 , (1 3) 1 7 7 , ( 1 4 ) 8 7 , 3 8 9 , (23199. (30) 1 5 BREAKDOWN I N SOILS , ( 1 ) 3 1 3 ZSTERS ,( 1 1 3 0 1 . 3 0 2 I N J U R Y TO SOYBEANS ,( 1 ) 1 1 4 PBEEHERCRNCE TREATRENT ,( 1 ) 294. 3 0 6 , 3 0 7 SEZ &&SO_ 2.4-D TRANSPORT ( 1 ) 304, 305 4-(2,4-DICHLOPOPHENOXY) DUTYRIC ACID ,( 1 2 ) 6 9 , ( 2 2 ) 1 3 2 SEE ALSO_ 4 ( 2 , 4 - 6 ) 3-(3,4-DICHLOROPHENYL) -1,l-DIflETHYLUREA, S E E D I U R O N ( 7 ) 264.274, (12) 6 9 , (15) 181.186.190-191 , ( 3 ) 2 4 7 ; 2 5 2 . . DICHLOROPROPANE DICHLOROPROPENE ( 3 ) 2 4 7 , 2 5 2 , 2 5 9 - 2 6 1 ~

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60

,(23) 179 , (14) 88 SEE &sQ DPA ,(15) 177-178,190 2,2-DICHLOROPROPIONIC ACID ,(7) 281, 1,3-DICHLOROPROPENE

3,U-DICHLOROPROPIONANILIDE

(12) 69, ( 1 3 ) 177,(17) 170, (22) 132, (26) 66 SEE ALsQ DALAEON DICKITE (3) 1 3 1 D I C R ~ (~i 7~1 1~4 9; DICUMAROL (17) 208 DICYANDIANIDE , (23)356-357 DIELDBIN , ( 1 1 ) 3 1 0 , (12195. (1U)90-92,(23) 16L,165-166,176,1R6,219, 222,3UU D I E f H Y L E N E T R I A H I N E P k N T A A 2 E T I C ACID (13) 3111.352 Q,Q-DIETHYL-Q-~-NITROPHENYL PHOSPROROTHIOATE (24) 6U DIETHYLSTILBESTROL DECOHPOSITION,SOIL ,( 2 7 ) 37-38 DIFFUSION POTENTIAL (25) 178-180,200 DIFFUSION PRESSURE D E F I C I T ,111) 67-69 1,5-DIFLUORO-2,4-DINITROBENidNE~ (22) 221 (23) 29, (26) 30 DIGITABIA D I G I T A R I A QBEufiPLS. (3)228,(8) 1U2,(10)365, (21)36,(22)5,46,(29)2,5-7,26,29-30 ~ ~ ~ ISCHAEHUI ' € ~(10) & 297, ~ (25) 102 ~ QEEIZ@IB (7) 253,258,260, (13) 176, (18)297, (241367. (25) 106 ( 1 5 ) 187.122) 7 B&S;E&1&BxlSP. 1261 5 1 DINETHOATE N,N-DIHETHYi~2,2-DIPHENYLACETANIDE (15) 173 N,N-DIf4ETRYLANINOSUCCINAflIC ACID (17) 289, ( 2 2 ) 221 BETA ( 2- ( 3,s- DIfl ET BY L- 2-OXOCYCLOH EXYL) -2-H Y DROXY ETHYL) GLUT A R I I I D E (14) 88 DINETHYLARSINIC ACID (24) 286 N,N-DI~ETRYL-2,2-DIPHENYLACETANIDE ( 1 5 ) 173 DINETHYL SULFOXIDE (22) 2 2 5 3,5-DINETAYLTETRLHIDRO-l,3 ,f, 2H-THIADIAZ INE-2-TAIOBE (15 ) 186 D I N I T R O - Q - ~ ~ - A H Y L P H E N O L (DNAP) (7) 287 (23) 203, (24) 337-342 DINITROANILINES DINITROBENZENE (12) 1 1 5 DINITRO-Q-BUTYL PHENOL ( 3 ) 109 D I N I T R O - ~ ~ ~ - B U T Y L P H E N O L (1) 297-298 (1 ) 287.3 08, (4)3 1 4-3 15,32 1, U,6- D I NITRO-Q-SEC- BUTYLPHENOL (DNBP) (7) 25 5,259 -26 3,269.27 1,27U. 276- 277,281-282.287-288, (12)71,(15) 183,1@6,189-190 3.5-DINITRO-Q-CRESOL (DNC) (15) 1 9 0 DINITROPHENOL (11) 383 2, U-DINITROPHENOL ,(7) 79

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DIPHENYLETHERS ,124) 3 5 5 - 3 5 8 U R I G H T I I , (29) 1 2 IAYDIS (16) 116 DIPROPALIN (23)203

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N,N-DI-8-PROPYLTHIOCARBAHATE ,(12) 6 7 DIQUAT ,(22) 99, (23) 150-152,168,204 DISEASE(S), A I R POLLUTANT INTERACTION ( 2 7 ) 110-11 1 CONTROL ,(29) 1 6 9 O F CROPS (11138,50,91 RESISTANCE (29) 47,52-53,265-341 DISK KILLER i8170.113 DISKING (29; i u 5 , i 1 7 , i ~ 3 , i 6 3 , i 7 u DITHANE (1) 385-386 8-45 (26) 54

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SUBJECTINDEX FOR VOLUMES 1-30

61

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DITYLENCHUS DIPSACI ,( 7 ) 6 2 , ( 1 2 ) 3 9 2 - 3 9 3 DITYLENCHUS SP. ,( 1 2 ) 3 8 6 - 3 9 7 DIfJRON , ( 1 2 ) 6 9 , (14)385,399,(15) 181,186,190-191,(23) DMS3 ,( 2 2 ) 2 2 5 ( 1 5) 1 86 DMTT DNBP , ( I S ) 1 8 3 , 1 8 6 , 1 8 9 - 1 9 0 DNC . ( 1 5 ) 1 9 0 DOCK.,.(^^ 2 ~ 9 , 2 9 2 DODDER , ( 1 5 ) 1 6 4 , 1 8 1 B - D 3 D E C Y L G U A N A D I N E ACETATE , ( 1 7 ) 319 DOG FENNEL , ( 7 ) 2 8 9 DOGWOOD , ( 1 7 ) 2 4 2 DOLERITE ,( 1 4 ) 8

181,199,343

,

AXILLARZS ,( 2 2 ) 2 0 BIFLORUS (26) 7,10,81 LABLAB ,( 1 2 ) 87, ( 2 2 ) 7 , 9 , 2 3 , (2U) 241 ( 2 6 ) 81-82 UNIFLORfJS ,( 2 2 ) 20, ( 2 6 ) 8 1 - 8 2 , 1 0 0 ,( 1 5 ) 1 2 3 , ( 2 2 ) 3 6 4 ISTRIBUTION I1 11 3 8 8 - 3 8 9 DONNAN E Q U I L I B R I U M , i ? ) 7 6 , ( 1 0 ) 4 8 2 - 4 9 3 , 4 8 5 C O H M A N C Y ,( 1 5 ) 8, ( 2 6 ) 2 6 , ( 2 9 ) 1 8 4 , 2 0 9 DOIJBLE-LAYER THEOI(Y ( 1 0 ) 4 8 2 , 4 8 4 DOUSLAS FIR ,( U ) 2 9 6 , 3 5 8 - 3 5 9 . 3 6 1 , ( 1 2 ) 1 7 7 , 2 0 8 , ( 1 6 ) 1 8 2 , ( 1 7 ) 241, 250, (19) 333, (27) 2 1 3 - 2 1 4 , 2 1 6 - 2 1 7 , 2 2 1 - 2 2 2 , 2 2 6 , 239- 24O,25 1 , 2 5 8 DOWNY BROMEtiRASS , ( 3 ) 1 0 9 , ( 1 3 ) 1 7 5 DOWNY X I L D E U ( 1 4 ) 1 7 0 , 1 9 7 , 3 8 9 , ( 2 6 ) 88 DPA (15) 177-178 DRAINAGE ( 2 ) 258-259.262-267. (3) 270,274, ( 8 ) 386 DROPSEED , ( 1 2 ) 1 1 3 , 2 0 6 , ( 1 7 ) 2 4 0 DROPSEED GRASS, SAND ,( 1 0 ) 3 9 9 DROSOPHILA PSEUDOOBSCURA (16) 317 DROVGHT FRSQUENCY (4)13.2U-25 DROUGHT I N J U R Y ,( 1 1 ) 7 5 DROUGHT INTENSITY ( 6 ) 216-217 OROUGHT RESISTANCE , ( 8 ) 1 5 1 , 2 3 2 , ( 1 2 ) 2 8 0 - 2 8 1 , 3 7 6 , ( 1 5 ) 3 2 5 , ( 2 8 ) 182-183, 185,187 D R O U G H T TOLERANCE ,( 1 1 ) 5 6 - 5 7 , 7 0 - 7 3 , 1 0 5 - 1 0 6 . ( 2 7 ) 17-22 D R Y FARMING , ( 5 ) 30-46 D R Y YATTER PRODUCTION.HETE30SIS AND ,( 2 7 ) 1 3 6 - 1 4 0 D R Y A D ,( 1 7 ) 2 4 3 DRYAS OCTOPETALA, ( 1 7 ) 2 4 3 D U G G A H ROOT R O T (10) 2 7 8 DO NEG R ASS, AMERICAN ,( 1 0 ) 4 0 0 DUKE SOILS , ( 1 1 ) 3 4 5 D U R U Y UHEAT ,( 5 ) 7 2 - 7 5 , ( 1 7 ) 86 DUST MULCH ( 5 ) 31-32 DUSTING EQUIPMENT ,(1 1) 1'36 DUARP BUNT ( 1 2 ) 96.99 DUARF SMUT ,( 8 ) 3 9 DP (8) 3 8 0 , 3 8 2 - 3 8 3 DYSFIBRIC H O R I Z O N ( 1 7 ) 140-1U1

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EARTHWORMS ( 1 3 ) 167,249-268, (18) 126-130,307 EFFECT ON CROP YIELD (13) 262-266 ON SOIL FERTILITY ,( 1 3 ) 256-262 POPULATION STUDIES ,( 1 3 ) 2 5 0 - 2 5 6 ECHINOCHLQA CRUSGALLI (15) 173, (21)369 ECBIAOCHLOA SP. ,( 7 ) 2 8 4 , ( 1 4 ) 85.87, ( 2 4 ) 2 0 0 ECtlIUB (18) 1 4 . 3 5

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Advances in AGRONOMY, Volume 32

62

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ECOSYSTEB *PRODUCTIVITY (22)375 EDAPHOSPEERE (1)245 EELHORH (1 1)350 EGGPLANT ,(2) 119,132-133,(19)89,(28)75 EGGPLANT CATERPILLAR ,(30)234 EGYPTIAN CLOVER (12)82 EARN&= CALYCINA (4)9,35,38, (18)27.37

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M114Rll 4.UQ4 * (8)135

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EHu@g& L ~ B I P L O R Ar (18)27.30

ErRHqaTn l!JJ&osa (4)42.50 U H U BOSElr e (13)256 BL&SBQPiLE!S. LIGNOSELLgg ,(24)193, (26)22

ELASBOPALPUS RUBEDINELLUS ELEAGNUS ,(22)417

,(26)38 ,

ELEETRON MICROPROBE ANALrZER (20)153-198 &EQEu&_R&gMACROSTACHYA (17)244 i?LLPw!U€S sp. # (14)85 &L,EPSLE COROCAg& (26)82, (28)303,318 ELEUSINE I N D I C A ,(15) 187 E L R S L I P MARSHHARIGOLD (17)244 ELM, S I B E R I A N (27)219,237,258 ELONGATE PLEA BEETLE 1241 237 ELYBUS (12) 110 ELYNUS CANADENSIS ,( 8 ) 1 4 0 , ( 1 0 ) 359- 360, (12)56 ELYHUS CONDENSATUS ( 1 0 ) 3 9 5 ELYHUS GIGANTEUS I (10) 4 0 0 (8) 136, ( 1 7 ) 2 4 2 ELYLIUS GLAUCUS ELYHUS INTERRUPTUS I ( 8 ) lU0 ELYH US JUNCEUS (6130, (10) 3 7 4 - 3 7 5 , (12)56 ELYHUS HACOUNII ( 8 ) 1 4 0 ELYHUS MOLLIS I ( 1 0 ) 400 ELYM US RIPARIUS ( 8 ) 1 4 0 ELYHUS TRITICOIDES ,( 8 ) 4G ELYHUS VIRGINICUS ,( R ) 143 ELYNUS Y I E G A N I I (6)140 EHPOASCA ,(30) 1 4 1 , 151 EMPDASCA DEVASTANS ( 2 4 ) 2 2 6 - 2 2 7 EHP3ASCA PABAE ( 3 ) 1 0 4 , ( 1 2 ) 9 1 , 3 7 4 , 387, (14) 167, (24) 192,l 94,236,

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EaP2QSCA P A S C I A L I S ,(24)226 EKPOASCA LYEICA (24)227.230 E M P O ~ SXEBRI-JEGINAE ~ ~ 24) 226 E N D O S U L P A N 126)51.1271 , -7nR -ENDOTHAL (12)71, (15) 175 3 . 6 - E N D O X O H E X A H Y D R O P F i T H A L I C ACID ,(12)71 ENDRIN ,(23) 177,186,222, (27)308 ENERGY BALANCE EQUATION ,(18)181 ENVIRONMENT O F PLANTS (18)171-218 CONDUCTION (18)172 CONVECTION , (18) 172-173,178, 184, 193-194,209-205 REQUIREMENTS, TILLAGE-PLANTING ,(29)184,209 SYSTEMS ,(29) 169-180 ENGLLMANN SPRUCE (121 205, (17)242 ENGLISH HALNUT (17)313 ENRICHMENT CULTURE (7)431,405 ENSILAGE , (16)220-221. 121) 74-60 E N T E R O B A C T E RC L O ~ G ~ E+ j 9-12 ENTISOL ,(15) 384-385, (27)178 ENTOflOPTHORI SPBAERCSPERHA (12)91 ENVIEOIMENT ,(141 186.196-197 C H A R A C T E R I Z A T I O N (16)2-15 CONTROLLED (16)47-54 ENVIHONBENT-GENOTYPE INTERACTIONS ,(26)287-295 ENVIRONBEITAL CYCLES (23)236-239

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SUBJECT INDEX FOR VOLUMES 1-30

63

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ENVIRONHENTAL ENERGY (18) 1 7 1 - 2 1 8 B A L A N C E OF ( 1 8 ) 179-1135 NATURE O F (18) 1 7 2 - 1 7 4 S O U R C E S ,( 1 8 ) 174-178 ENZY E S , P L A N T I Z I N C AND (9) 41-43 S O I L ,127) 25-87 E P I C A U T A ~ ; ( ~ ? )2 2 0 E P I Z A U T A ------VITTATA (24) 195 E P I L A C B N A ~ V A R I V E S T I S,(24)194,238,240 E&QgIUM ALPINUPI ,( 1 7 ) 2 4 3 EPIERIX HIRTIPENNIS (24) 2 3 5 EPTAfi ,( 2 7 ) 76 E P T C ,( 1 5 ) 172,193, ( 2 2 ) 1 3 2 , ( 2 3 ) 1 5 1 , 1 7 2 , ( 2 5 1 6 3 E Q J I S E T U H SP. (15) 382 E R A G R O S T I S ,(41.5 E R A G R O S T I S C H L O R O H E L A S ,( 6 ) 3 2 , ( 1 0 ) 3 9 8 ERACROSTIS CURVULA (612, (10) 360,365,383,(18) 48 E R A Z R O S T I S L E H H A N N I A N A ( 1 0 ) 398, (15) 196 ERAGROSTIS SUPERBA (10) 399 ___ E R A-G-R-O_S T I S TEHBANNIANA (6) 3 2 E -R-A-G-R-O S T I S T R I C R O D E S ,( 6 ) 3 3 , ( 1 0 ) 3 7 6 , 3 7 9 BREtlOCBLOA O P H I U R O I D E S ,( 4 ) 2 0 1, ( 1 8 1 2 8 2 E R E M O C H O L A O P K I U R O I D E S ,( 3 ) 2 1 4 ERGERON ANNUUS ( 3 ) 109 (20) 226-227, (26) 331,342 E R G 3 T ,( 8 ) 3 1 3 , ( 1 2 ) 9 6 , 9 8 , 1 0 0 , 1 0 2 - 1 0 5 , E R I C E R O N SP. ,110) 365, ( 1 7 ) 2 4 1 _ERIQCHG& POLYSTACHYR ( 1 3 ) 3 6 5 ERIOPHOROfi q N G U S T I F O L I U M , ( 1 7 ) 244 ERODIUM ,( 4 ) 14.35.39. (181 2.9. 18-19.27.35.37-38.44 E H O D I U a BOTRYS , (13187, (1R)U; 10,13;18;23;25,34135,38-39,47 ERQerJjg CICUTARI‘JU ( 1 8 ) 10,18,40 E R O D I U B CYGN3RUPI , ( 1 8 ) 19 E R O S I O N ,( 2 ) 9 7 - 1 0 0 , ( 1 5 ) 196 CONTOUR PARfiING ,( 3 ) 281-285 CONTROL ( 3 ) 265-267,270-272,274,278,289,29U,308, ( 6 ) 124 , ( 8 ) 17, ( 1 4 ) 134-136, ( 1 5 ) 182 WATER ,( 1 0 ) 26-28,349-U06 W I N D ,(10)56-62 Z R O P P I N G SYSTEMS (3) 277-280.2’34-295 i U L L Y , ( 3 ) 267,275,311,313 INDEX ( 1 4 ) 124 N U T R I E N T L O S S BY , (27) 3 0 8 - 3 0 9 S E E WATER OR W I N D RAINFALL ,(14) 1 0 9 - 1 4 8 S H E E T , ( 3 ) 267,275,313 S O I L ,(3164-65,71-72,84-85,198 SOIL L O S S E S BY (3) 277-279,282,295,297 SPLASH ,(14)119,121 T E R R A C I N G ,( 3 ) 2 8 1 - 2 8 5 U N I V E R S A L R A I N F A L L - E R O S I O N EQUATION ,( 1 4 ) 138-143, ( 2 5 ) 5 WATER ,( 1 0 1 26-28.349-406

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-__-___ E R Y I N I A _______-AUYLOVORA ,( 1 7 ) 290,292 ---E R Y S-I P-H --E ,( 7 ) 50 E R Y S I P H E COMMUNIS ,( 1 2 ) 4 0 8 -_____-_ R A M I N I S , ( 8 ) 41, ( 1 9 ) 133, ____ E R Y S_I P-H -_ E G _ I -

(26) 333 B R Y S I PHE _P_O&YGQ_NI,( 1 2 ) 38 1, ( 1 7 ) 2 1 4 , ( 2 6 ) 6 9 ESCiiERICHIA , ( 4 ) 234 ESTROGEN 113) 1 0 5 - 1 0 7 E S T R O C E N I ~ ’ C ~ ~ P O U N D S , P O R ACROPS GE ,( 2 1 ) 6 1 - 6 3 ETHEPHON (26) 70 ETHYL N,N-DI-tj-PROPYLTHIOCARBAMATE, SEE E P T C ~ - E T H Y L D I P R O P Y L T H I O C A R B A n A T e ,( 2 2 ) 132, ( 2 5 ) 6 3 ~

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,( 1 5 )

182

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Advances in AGRONOMY, Volume 32

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ETHYLENE (26)25 AS AESCISSION ACCELERANT AS DEFOLIANT ,(9)74

, . (9) . . 73-74

ETHYLAHINEDIARINETETRAACETATE (EDTA) Z I N C CORPLEX, APPLICATION OF ,(9)60 ETHYLENE DIBRORIDE ,(3)247,252,254,259-261 ETHYLENE DICRLORIDE ,133247.252 ETHYLEHEDIAHINEDIHYDROXYPHENYLACETIC ACID ,(13) 352 ETHYLENEDIARINETETRAACETIC ACID (EDTA) , (9)60, (13)352 Z I N C COnPLEX.APPLICATION OF . . 191. 60 EUCALYPTUS ,( 4 ) 4 3 ~ U C A L Y F T U SCALAPHYLW ,(30)1 09 -E U ~ ~ _ L Y P T REGNANS-, US (22)388 EUCERA ,(12)flu ---E U C H L q U REXICANA ,(19)68 EUPIBRIC HORIZON ,(17)141 BYV$hLLQZL!Z ,(17)164, 167.220 IL!EBT~-BIPI! P E B E O L I ~ ,( 15) 199

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EUROPE CONCEPT OF BRAONERDE I N ,(9)220-241 EURJPEAN BEACHGRASS (10)400 EUROPEAN CORN BORER (14)302, (24)12,208-210.217 EURJPEAN P I N E SAWFLY I241 242 E U R O P E A N R E D RITE ,(i
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EZ8LASTZ.S ATQlOSA ,(26)37-38

EXPERIHENTS, AGRONORIC, ANALYSIS OF ,(9)190-20 1 DESIGN-OF (9)183-190 C L A S S I F I C A T I O N OF EXPERTUENTAL RATERIAL LOGICAL REDUIREHENTS .19) 184-185 PLOT T E C E U ~ Q U E (9)lflSlle6 LONG-TERR (9)198-20 1 EYESPDT (25)216-217,236,205

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FALL AMYWORH (24) 193,207,215-216,218 FALLOW (5127-29,31,35-39, (15)279,304,306 CBERICAL (15)182 FALSE SHUT (12)96,104 FALSE STRAYBERRY (17)2U3 PARINOGRAPH (17)92-94

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SUBJECT INDEX FOR VOLUMES 1-30

65

FARM MANURE , ( 7 ) 336 FARM OUTPUT ,( 5 ) 188-189 PUUEB ,(5) 190-192 TRACTORS I N CANADA , ( 5 ) 3 4 0 TRACTORS,TRANSPORT-TYPE ,(5) 191 FAYETTE S I L T LOAH ,( 2 ) 170 FEED, DIGESTIBILITY COEFFICIENT (21) 4 L E S P E D E Z A S AS ,(9) 129-136 SUPPLEMENTS (21) 25-27,37-38 V3LUNTARY I N T A K E ,(21) 27-38,71,74-79 F E L J S P A R ,( 2 ) 185,191, (3) 117, 119-122.143, (15) 124, 341-342,347-348,361-362 E X T I N C T I O N FUNCTION ( 5 ) 245 I N F I N E COLLOID (5) 2 6 1 FENAC ,(15) 1 8 1 FENWGREEK ( 1 2 ) 87 FENURON ,(13) 177 PERBAH (23)206,215 FERN, BRACKEN (29) 23 F E R R I C S U L F A T E ,( l 4 ) 8 0 F E R R I H Y D R I T E ,(30) 2 0 FERTILIZATION (12)87, (29) 350,373 F O R E S T T R E E S ,(12) 171-190 O R A S S ,( 1 2 ) 62-63 LECURE ( 1 2 ) 60-62 SOUTAWEST S O I L S ,(12) 210-213 FERTILIZER (5) 26-27.29.47-48. (17) 1-64, (18) 10-17, (24) 174-180 ANHONIATION (17)60-61 ANHYDROUS ANNONIA (10)77-78,103,131 A P P L I C A T I O N I N I R H I G A T I O N UATER , ( 1 ) 6 3 BAND A P P L I C A T I O N (10)92 BROADCAST A P P L I C A T I O N (10)97,114 BULK BLENDS ,(17165-67 CAKING ,( 1 1) 305-307 ZARBON D I O X I D E ,(28) 201-202 CHEHICAL C H A R A C T E R I S T I C S (14) 266-280 COATED ( 2 7 ) 188-189,194 CONTROLLED RELEASE (27) 334 T R O P I C A L CONDITIONS (27) 175,208 COHPAXATIVE C O S T S (10) 1 3 1 ZONSUNPTION, I N CANADA ,(5) 348-349 I N OLD COTTON BELT (9)22-23 I N U. S. A. ,(l)UO, (9) 22-23, (11) 133,236-242 I N WORLD 1111235-236.1712-6 CONTROLLED R E L E A S E , . (27) . . 334 DEFOLIANT (1171 E F F E C T ON PHOSPHORUS AND P O T A S S I U N ACCUHULATION I N S O I L , (9)206-216 E F F E C T ON ROOT GROWTA ,(10)72,81,89,12U,129, (11)47-49 EFFICIENCY (11)36 E F F I C I E N T YATER-USE ( 1 4 ) 223-264 ZQUIPHENT (5)210-211 EVALUATION (14) 264-31 9 CONCEPTS OF (14) 280-295 HETHODS USED ,(14) 2 9 5 FARH-PONDS (1171 FOLIAR APPLICATION ( 1 0 ) 100 F O L I A G E SPRAYS (1) 67 GRANULATED HIXED (17) 62-65 BOPPER D E S I G N ,(11) 185-186 IREIGATED PASTURES (2) 371-373 LADINO CLOVER ,( 2 ) 214-217 LAW O F D I N I N I S E I N G S O I L Y I E L D (11) 136-140 LAW OF THE R I N I R U H 1111 135-136.153-154 LIQUID (1) 63-66, (16,'132 NIXED (17167-70.77

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L 3 S S BY EROSION ,(lo) 113,118 UICRONOTRIENTS (17)74-78 N I N I N U N RATE OF A P P L I C A T I O N (1 1) 146 HIKED ,(1)53, (ll)303-309,(17)56-70 NOR-GRANULATED (17)61-62.76 NITROGEN (6)125-131,134,136-137,141 ORGANIC (28)94-95,99,113 PASTURE A P P L I C A T I O N S (1)61-63.69-71 PHOSPHATE ROCK ( 3 0 ) 159-206 PHOSPHATIC (1) 392 (16)329 S E E &kSs PHOSPHATE F E R T I L I Z E R PLAEI(ENT (2)118, (8)356-358, (11)48,185-187,370,376-377, (29)163-165 PLOY-SOLE PLACEMENT (1)59 POTASH (1)52 P3TASSIUN (6)257,259-260,281 P R A C T I C E S I N T H E NETHERLANDS (11)359-362 HEQUIREtlENT ANALYSIS (10)73-77 REQUIRENENTS OF SOYBEANS ,(1) 102-105 R E S I D U A L E F F E C T OF (9)205-216 S_-_ E E ALSO I N D I V I D I J A L ELEtlENTS S 3 I L A C I D I F I C A T I O N BY ,(9)205.214-216 SOLUBLE NITROGEN,RESIOUAL E F F E C T S OF ,(9)205-206 STARTER S O L U T I O N S I 1 1 65-66 STORAGE REACTIONS i17) 64-65 SUBSURFACE PLACEMENT FOR SOD CROPS (1)61-63 SULFUR CONTENT (10)420,430 T R O P I C A L C O N D I T I O N S ,(27) 175,203 VEGETABLE CROPS (2)116-120 WATER I N F I L T R A T I O N ,(14)254-256 PERT I L I Z I N G , OF LEGONE-GRASS LAND (10)95,114,116,120,125 RANGELANDS (101 19 F E R U L I C ACID ,(14)77 FESCUE (8) 101-102, (10)393-391, (11)207, (12)96,100,209, (15) 104,

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1171 241-243

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CHEWING (10)i60' HARD (10)400-101 IDAHO (1O)UOO-401

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S H E E P ,(10)395 TALL ,(10)358,366-36A,376,378.390, (26)285 FESCUE FOOT , (8)287,313-314,318 F E S T U C a ,(18)2,25 FESTUCA A R I Z O N I C A ,(17)241 FESTUCA ARUNDIgACEA , (3)236, ( 8 ) 47,137,1U0,284-285,296-29f3,

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(10)358, 366,390, ( 12) 48.10 1, (13) 95, ( 18) 275, (21) 17,29,33, (22)353, (26)285, (28)24 FESTUCA DURIIJSCULA ,(10)400-401 PESTUCA ELATIOR ,(2)218,337,354, ( 4 ) 183-184, (5)363, (6)30,(8) 101, 137,284-285,295-298, (12)56, (18)276 EEsEuqg I D A H O E N S I S , (10)450-401, (17)241 -----F E S T U C q L O L I A C E A ,(8) 297 PESYOGA BAZRBL ,( 8 ) 307 EEsrycg HEGALURA , (lB)U,10,13,2R-30 F E S r U C q BXCxRQS ,(8) 3 1 1 LLSTuEB Q!!LNA ,(8) 140, (10)395, (171242, (18)274 USYOGg E R A T E N S I S ,( 4 ) 240,244, ( a ) 138,140,284, (15)103,(21) 17,55 PgsTVGg Ey@4 ,(2)219, (4) 186,240, (5)363, (8)55,129,140, (10)360, 400, (12)59,101, (13)221, (18)273 V A R . COflflUTATA ,(10)360, (12)101 FESTUCA SP. ,(12)96,209 EESgOC_&T Y U R B E I I ,(17)2'42-243 P I C K ' S LAY OF D I P P U S I O N ,(11)374 F I E L D BEANS ,(7)68,(14)71,86 F I E L D CAPACITY 1141 325-326.329 F I E L D CROPS, M I X h R E , P R O D U C T I V I T Y O F ,(26)177-210

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SUBJECT INDEX FOR VOLUMES 1-30 F I E L D PEA ,(12) 87, ( 1 4 ) 82 F I E L D PEPPERGRASS (3) 109 F I E L D PHYSIOLOGY ,(16) 1-58 AGRICULTURAL HEATHER S T A T I O N ,( 1 6 ) 2-7 CONTROLLED ENVIRONNENTS (16) 47-54 ENVIRONNENT CHARACTERIZATION ,( 1 6 ) 2-15 PHENOLOGICAL OBSERVATIONS ,(16) 7-11 RADIANT ENERGY (16) 15-25 S E A S O N S AND ZONES (16) 11-15 TEMPERATURE ,(16) 25-36 HATER AND H O H I D I T Y (16) 37-47 FIGS (16) 164 FILBERT ( 1 1 ) 2 1 8 , ( 1 7 ) 313-315.323-324 F I L L Y PANICUH (24) 208 F I R ,( 11) 56, ( 1 8) 272 I N THE NETHERLANDS (11) 343, 363-364,366 FIR,GRAND ,( 2 7 ) 221,241,257 NOBLE (27) 219,257 F I R E BLIGHT (17) 290,292-293 F I S H ,124) 305-308 FLAGSHUT ( 5 ) 128, ( 1 2 ) 101 FLARE C U L T I V A T I O N (1) 314. (7) 268 FLAfiE PHOTONETER (8) 263-266 FLAT G R A I N B E E T L E (14)84 FLA< ( 4 ) 115,120,135,244,252-256,258, (8)207,(11)225,(12)223, (15) 44,172, (29) 57 ACREAGE I N CANADA ,(5) 33U-337 ADAPTATION (6) 237 ANTHRACNOSE (6) 161 BREEDING ,( 6 ) 174-178 :HROMOSOPIE NITNBER (6) 1 7 7 CULTURAL METHODS ,( 6 ) 1 7 3 DESICCATION ( 9 ) 93 DISEASES ( 6 ) 152-168 H E R B I C I D E ABNORMALITIES , (6) 170-171 LMPROVENENT (6) 143-182 I N H E R I T A N C E OF CHARACTERS ( 6 ) 175-177 I N H E R I T A N C E O F RUST R E S I S T A N C E ,( 6 ) 156-159 PRODUCTION I N U.S. ,(6) 144 Q U A L I T Y ,( 6 ) 172 ROOT ROT , (6) 1 6 1 R f l S T ,(6) 1 5 2 - 1 6 1 EPIDEfiIOLOGY ,( 6 ) 159-160 RACES ,( 6 ) 153-156 R E S I S T A N T V A R I E T I E S ,( 6 ) 152-161 S E E D DAHAGE ,( 6 ) 162-168 S E F D I N G RATE ,( 6 ) 174 S E E D L I N G BLIGHT ( 6 ) 161 S U S C E P T I B I L I T Y TO H E R B I C I D E S ,(6) 169,177 V A R I E T I E S ,(6) 178 I N CANADA ,( 5 ) 334-337 UEED C O f l P E T I T I O N ( 6 ) 168-169 YEED CONTROL ,( 6 ) 168-174 UILT ( 6 ) 161-162,164 L I N C D E F I C I E N C Y I N ,(9)32 FLAX-LINSEED ,(26) 182,187 FLACSEED, A C R E A G E I N C R N A D A ,(5) 335-337 DETERIORATION ( 6 ) 145-146,150-152 FAT A C I D I T Y 16) 150-151 GERHINATION (6) 167 HARVESTING , (6) 145 HEATING , (6) 149-152 RESPIRATION ( 6 ) 146-152 STORAGE (6) 145-156 PROPERTIES (6) 145-152 V A R I E T I E S I N CANADA ( 5 ) 335-337

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67

Advances in AGRONOMY, Volume 32

68

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FLEAHOPPER,COTTON (30)151 FLOOD CONTROL (3)274,289 FLOODING-TOLERANCE (29154 FLORAL INDUCTION (14)366 FLORAL 1NITIATION.SORGHUN (19)267-305 FLORANID ,(17)26 FLORIGEN (12)288-289 FLOUERING (19)257,260, (29)212 GENETICS OF (25)127-129.155 HETEROSIS IN-;(27) 147-148 PHOTOPERIOD (25)136-137,139 PHYSIOLOGY OF ,(25)129-131.155 TENPERATURE A N D (25)137-138 P L W R A T O R ( 8 ) 68,112-113 FLUORAPATITE (30)161-167,171 FLUORIDE ,(23) 119 ADSORPTION (30)39-$0 FLUORINE (19)152, (20)239,255-257, (26)155, (27)315,319-320,356 FLUORITE ,(30)168-173 FLUOROAPATITE (19)152-153,172 FLUORODIFEN (24)355-358 Q-FLUOROPAENOXY-ALPHA-NEl!HYLACETIC ACID (26)70 FLUX-RATIO ANALYSIS (25)172-178 PLY,BEAN (26)69 FODDER BEETS (7)67 FODDER CROPS (15)16,32 FODDER ROOTS (7)66-68 FOLIAR ANALYSES (6)230,296-297 FOLIAR SPRAYS ( U ) 244,310, (8) 339-336 P o o r ROT .(8)39 FORAGE BEET (7)91-92 PORRGE CROPS, A R T I F I C I A L DRYING (2)304-306 DISTRIBUTION I N CANADA (5)352-366 HANDLING LOSSES (2)306-309 NUTRITIVE VALUE (21) 1- 108 PRESERVATION A N D STORAGE (2)273-315 SALT TOLERANCE (2)355-356 FORAGE GRASSES (1 1)U3 PORLGE HARVESTING EQUIPRENT (11)197-198 FORAGE SEED NIXTURES,CONPOUNDING OF ( U ) 179-219 PLANT ADAPTATION (4)182-212 REQUIREMENTS FOR USE ( U ) 212-216 PORAOE S O R G B U N (6)49 INPROVE8ENT (6)311-313 FORAGE YIELD,PEARL NILLET (20)70-7U,77,85-86 FORAGES,LIGNIN CONTENT (2)279 FOREIGN AID PROGRANS (6)97-103 FOREST GROWTH (4) 329-398 CLIMATIC EFFECTS (4) 333-3311 F E R T I L I Z E R RESPONSES ( 4 ) 339-340 NEASUREIENT (4)331 SOIL FACTORS (4)334-336 T R E E ROOT ENVIRONNENT ,(4)330-337 FOREST PLANTATION (19)338 POREST S I T E QUALITY (27)209-269 FOREST-STEPPE (7)179 PORESPRY,FERTILIZERS I N (12)127-195 PORIETARATE (23)179 PORNONONETIN ,(13)106 FORrUNA RICE ,(1U) 97 FOXTAIL ,(10)376,395, (14)387,(15)46,49-50, (29)131 ZREEPIMG (10)395 GARRISON CRESTED (28) 2U NEADOY (10)376,395 FOXl'AIL BARLEY (3) 1 0 9 , (17)240

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SUBJECT INDEX FOR VOLUMES 1-30

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. (15) . . 120 (17) 242 GALL HIDGE ,( 2 9 ) 318-322 GALLETA (12) 206,208 GALLIUH (19) 321, (24) 270,27U-275,2%7,308 GAMMA-RAY DENSITONETRY, I N S O I L BULK DENSITY MEASUREHENTS , ( 9 ) 1 6 6 - 1 6 9 ( 7 ) 347 GAMMEXANE GANDUL ,(26) 32 GAPON EQUATION (lO)U84-U85 GARDONA (26) 51-52 GARLIC ,(7)286,289-290,292

GABBRO

GALLILL BQREAIE

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69

Advances in AGRONOMY, Volume 32

70

GASEOUS TRANSFER, (18)78-86 PLANTS SOILS 1181 59-67 G A S T R I N A R ~ ~ SH A R H O R ~ S (2u)219 GEEST (20)12 GENE HANIPULATION (29)65-73 GENETICS, (161296-302 ANALYSES 3 F HEASURENENT CHARACTERS BACTERIAL BLIGHT RESISTANCE (29)282-286 BLAST R E S I S T A N C E ,(29)265-275 BUFFERING (16)316-320 CEREAL Y I E L D AS BREEDING C R I T E R I A (28)361-405 COHPETITIVE A B I L I T Y I151 106- 109.11 1 Z O R N ENDOSPERH (20)3 6 - 3 0 2 COTTON F I B E R (30) 144-147 COUPEA ,(26)67-68 C R I N S O N CLOVER ,(25)68-71 C R I T E R I A ,(28)361-405 C R O P Y I E L D ,(24)97-146 C Y T O P L A S H I C S T E R I L I T Y (20)55-56,67-68,80-83,200-210 DISEASE RESISTANCE (29)276-279.287.295.297, (30)142 D I V E R S I T Y AND S T A B I L I T Y (16)313-316.320-323 ENVIRONMENT ADAPTATION (29)217-219 EXTRACHROHOSOHAL I N H E R I T A N C E (24)1-27 F E R T I L I T Y RESTORATION (20)204-210, (28) 279-286 GENE POOLS (16) 302-304.308

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,(25) 132-136

GRO?TH,OF

H E T E R O S I S ,(20)210-219, (27)123-174 H Y B R I D S E E D PRODUCTION ,(30) 147-150 INSECT RESISTANCE (29) 303-305.309-313,316-318,320-322, HALTING BARLEY (25)350-360 HULTILOCUS CASES (16)307-312 Y U L T I P L E R E S I S T A N C E BREEDING (29)322-333 N I T R A T E ACCUHULATION (28)88,9U NUCLEO-CYTOPLASH R E L A T I O N S H I P S (28)267-300 OXIDANT R E S I S T A N C E (27)116 PEANUT (26)15-20 P I G E O N PEA (26136-38, 103-118 PLANT P R O T E I N (21)171-194 POPULATION F I T N E S S (16)293-296 PROTOPLAST H O D I P I C A T I O N (28)137-138 Q U A N T I T A T I V E RELEVANCE T O BREEDING (26)277-311 R E S I S T A N C E TO I N S E C T S (24)296-250 HESPONSE ,(29) 185-186 RESTORER GENES (28)279-284 ROOT GROUTH V A R I A T I O N (28)311-312 A!&Q CORN I N P R O V E R E N T ALsQ PLANT BREEDING S E L E C T I V E VALUES ,(16)287-293 S I N G L E GENE (16)305-307 S 3 H A T I C C E L L ,(29) 39-81 SORGHUM (25) 125-162 TUNCEO R E S I S T A N C E (29)292-294 HATER USE E F F I C I E N C Y B R E E D I N G (28) 198 CENISTEIN (13)106 GENOTYPE ,(15) 15-16 G E N 3 T Y P E - D E N S I T Y I N T E R A C T I O N ,(15)16-17,3U GEONORPHOLOGY (23)51-88 GERANIUH (17)242 GERANIUH F R E H O N T I ,(17)2U2 GERH PLASH,PLANT (23)1-49 G E R N A N noss ,(7)288 GERMANIUH (2'4)270,275,294,297,308 GERHINATION ,(29) 121-123,213 I N H I B I T O R S ,(14)77

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(30)140-142

SUBJECTINDEX FOR VOLUMES 1-30

71

=Eon

TL!RBILATL!B t ( 1 7 ) 2 4 3 GIANT R A G U E E D ,( 1 4 ) 3 8 8 GIANT W I L D - R Y E ,( 1 0 ) 3 9 5 G I B B E R E L L A ppJg-lgg& ,(6) 3 10, ( 2 6 ) 3 4 2 G I B B E R E L L A SAUBINETTI (10) 437 G I B B E R a , L A ZE_AE , ( 1 6 ) 1 1 6 GIBBERELLIC ACID (11)313-311,(19)78,(23)100, ( 2 6 1 7 0 - 7 1 . ( 3 0 ) 234 G I B B E R E L L I N , ( 1 2 ) 2 8 3 , (14) U03-404,(16)32-33,(19)300,(26)25 GIBBSITE , ( 3 ) 1 9 , ( 4 ) 9 6 , ( 1 2 ) 2 - 4 , 9 , 1 1 , 1 7 , ( 1 4 ) 10, 13.32-33.35-37,39, 43,45, (15) 351,382, (16) 331-332,349,358,371,374 (19) 167, (25) 287, (26) 215,232,238,2U1,2U3,250 , ( 2 9 ) 2 3 4 , (30) 14.17-19,28,31 GLAUCONITE (4) 71, ( 1 6 ) 3 5 7 GLEY ( 2 4 ) 30-31 G L E Y H O R I Z O N ,( 4 ) 3 4 4 GLEY SOILS , ( 2 2 ) 2 8 G L I O C L A D I q g R_OsEpg ( 1 2 ) 385 GLONBBBLLA GLYCINES ( 1 ) 1 4 5 EiuSANASE,SOIL ,( 2 7 ) 3 2 - 3 3 GLUCOSIDASE ,( 2 7 j 7 u - 7 5 GLUl'ANINASE,S3IL (27) 51-52 GLYIEROPHDSPHATE (8)3 2 9 - 3 3 0 G L Y C I N E ,18) 329.3U6.392.122129.26.2 9-30.32 , 4 2 , ( 2 6 ) 1 0 G L Y C I N E CLANDESTINA-, ( r u j i s i U X E I I B PBLGA2A ,(110 1 5 1 G L Y C I N E G R A S I L E ,( 1 ) 7 9 , 1 2 1 , ( 1 4 1 2 0 7 ELZ;II?E J U M L G A (110 151, ( 212) 6 ---GLYCINE L&TROBEANA ,( 1 4 ) 1 5 1 (14)82,149-150, G L Y C I N E MAX , ( 1 ) 7 8 , 1 2 1 - 1 2 2 , l 29, ( 1 2 ) 10-11,83,97,101, 360, (21) 180. (24) 109 ( 2 9 ) 5 7 , ( 3 0 ) 10 1 , 1 2 4 G L Y C I NE PETITIRNA ,( 1 4 ) 1 5 1 GLYCINE SERICEA (14) 151 G L Y C I N E SOJA ,( 1 ) 78-79, ( 2 ) 9 6I , ( 1 2 ) 8 7 G L Y C I N E TABACINA ,( 1 4 ) 1 5 1 G L Y Z I N E ZQHENTELLA ,( 1 4 ) 151 ELKINE L!ZS!lRIeNZLZ ( 1 ) 7 9 - 1 2 1 - 1 2 2 , 1 2 9 , 1 4 7 ( 1 2 ) 2 7 1 , ( 1 4 ) 1 5 1, 2 0 7 - 2 0 9 GLYCINE H I G H T I I ( 2 2 ) 6.9.16- . 1 7 , 3 7 - 3 8 GL~RLCLPIA ,( 2 6) 3 1 GOETHITE ,( 3 ) 1 9 , ( 4 ) 9 6 , ( 1 2 ) 17', ( 1 4 ) 10 13-14, 3 3 , 3 9 , U l - 4 3 . 5 6 , (' 1 6 ) 3 3 3 - 3 3 4 , 347.358.374 A N I O N ADSOSPTION-, ( 3 0 ) 9 - 1 6 , 2 5 , 2 8 , 3 1 GOLDEN ASTER ,( 1 7 ) 2 4 1 GOLDEN PEA , ( 1 7 ) 2 4 2 GOOBER,CONGO (26) 7 9 GOOSZBEARY ,( 1 7 ) 2 4 2 GOOSEGRASS , ( 1 5 ) 1 8 7 , 1 9 0 GOOSEWEED ( 1 4 ) 85 GOPHER PLOUING ,( 1 3 ) 1 3 1 GOSSYPIOM A N O N A L U M ,( 2 1 0 2 3 0 , ( 3 0 ) 1 4 7 GOSqZ_pIyI R R B O R E U n (2) 3,69, (24) 220,222,226-227, (30) 14 7 GOSSYPIUN BARBADENSE , (2) 3 , 2 6 , 2 8 , 3 0 , 6 4 , 6 9 , ( 1 2 ) 2 1 9 , ( 2 4 ) 2 2 0 , 2 22, 2 2 5 , 2 2 7 , 2 2 9 , (30) 1 3 2 - 1 5 3 GQssyPLuI HARKNESIJ ,( 3 0 ) 1 3 0 , 1 4 7 , 1 5 2 --GOSSgELuq A_ERBACEOPI ( 2 ) 6 3 , ( 2 4 ) 2 2 3 f j( 2 ) 3 , 6 3 , 6 9 - 7 0 , (8)8 1 , ( 1 2 ) 2 1 8 , (24) 10 , 2 2 6 - 2 2 7 , GOSSYPIUM Y ~ R S ~ T p , 2 2 9 , 3 3 7 , ( 3 0 ) 105.1Cf.118.13L-153 GOSSYPIUM ----- SP. ,( 3 ) 54, ( 2 4 ) 2 2 0 GOSSYPIUN THURBERI ,( 2 ) 6 9 , 7 2 , ( 2 4 3 2 2 2 , 2 2 6 , 2 2 8 GOSSYPIUM --------- TOMENTOSUM ( 2 4 ) 2 2 6 GOSSYPOL (30) 134,141 G R A Z H O L D ,( 1 0 ) 2 7 7 - 2 7 9 , 3 1 7 GRAIN ,(9)69 ( 9 ) 68,86 DESICCATION O F S M A L L ,( 9 ) 87-68

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72

Advances in AGRONOMY, Volume 32

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GROUTH (28) 335-310 HARVESTING EQUIPHENT ( 1 1) 204-2C7 STORAGE (5) 196-198.200-206 YIELD (15) 15, (28) 363-405, CONPARATIVE PHYSIOLOGY (28) 301-359 Z I N C DEFICIENCY I N , ( 9 ) 3 2 G R A I N S3RGHUN ( 6 ) 217 ~ O H B I N I N G ,(6)306-311 DRYING (6)317 INDUSTRIAL USES (6) 317-318 SHORT SEASON VARIETIES (6) 314-315 GRAN,ASIAN (26) 6-8.97-98 BLACK ,f2616-7.4U.62-63,65,67,13,75-76,91,100 GOLDEN-,.(^^) 62;75OREEN (26)7,62-63 65,67,75-76,91 HORSE ,(26) 7,10,81 92,94 96,100 HADRAS (26) 8 1 RED (26) 32 YELLOY (26) 7 G R A N A G R A S S (12) 108, 17) 240-241 GRAHA,BLOE ( 3 0 ) 108 GRAflINAE (16) 203 GRANITE .f15) 1 2 1 G R A P E (ii) 46, (14) 257, (15) 188-189, (16) i 5 7 , i 6 u 8 ( 2 8 ) 175 HARVESTING EQUIPHENT (11) 220 I N THE NETHERLANDS ( 1 1) 345 Z I N C DEFICIENCY I N (9) 32.59 CONTROL OF (9) 56,59 GRAPE COLASPIS (14) 9 0 GRAPEFRUIT (12)225,(13)333, (16) 163 GRASS (ES) (9) 212, (11) U6-U8850856,109, 37 1, ( 15) 5,29, U5,47,98,27U275,382, (16) 19,25,95, ( 1 7 ) s . (26) 180,182,187 BREEDING, AGRONOHIC ASPECTS (8) 151-152 CONBINING ABILITY (8) 143-149 CROSSING TECHNIQUES ,(a) 149-150 CYTOLOGY (8) 135-139 DISEASE RESISTANCE (8) 152-154 ENVIRONHENTAL EFFECTS (8) 13U-135 F E R T I L I T Y A N D S T E R I L I T Y (8) 1'41-142 HISTORY (8) 128-129 HYBRID V A R I E T I E S ( 8 ) 150-151 INBREEDING (8)142-1 43 I N T E R S P E C I F I C RELATIONS (8) 139-141 NATURE OF VARIETIES (8) 131-134 NUTRITIVE VALUE (8) 154-156 RADIATION TREATHENT (8) 1 5 8 VARIETY IAINTENANCE (8) 156-158 CONPETITIDN WITH CLOVER ,(15) 52-62.79-77.99 DESICCATION OF (9) 8 9 EVALUATION (3) 201-2-5 FOR SOUTHEASTERN STATES (3)97-241 I N THE NETHERLANDS (11) 343,346 I R R I G A T I O N (10) 20 J U I C E FACTOR (2) 2 9 1 L I N E REQUIREUEUT (11) 362 NITROGEN FIXATION (29) 1-38 NITROGEN REQUIRERENT ( 1 1) 360 POTASSIUN REQUIREHENT (11) 3 6 1 PRODUCTION O F SEED (10) 17-18,UU SALT HARSH (29) 10 SEE &&So INDIVIDUAL GRASSES SEED ,(12)41-125 CERTIFICATION (12) 47-51 CULTURAL PRACTICES (12) 55-66

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SUBJECT INDEX FOR VOLUMES 1-30

73

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D I S E A S E CONTROL (12) 96-106 HARVESTING , ( 1 2 ) 6 9 - 7 1 EQUIPMENT ( 1 1) 2 0 4 - 2 0 7 NEMATODE , (12)96,100,102-103 QUALITY DETERNINATION (12) 107-118 S P E C I A L I Z R T I O N ,(12) 43-46 V A R I E T A L MAINTENANCE (12) 52-55 T R O P I C A L ,( 2 2 j 4 4 - 5 5 T Y P E S FOR S O I L AND UATER CONSERVATION ,(10)351-355,372 Z I N C DEFICIENCY I N (9) 3 2 GRASSED UATERUAYS ,( 3 ) 274,285-286 GRASS G R U B ( 2 4 ) 207 GRASSHOPPER ,(12)90,388,(13) 177, (14)91,(24)206-207.219 GRASSLAND L I T T E R 1221 385-395 GRASSLAND S O I L (2i)6 6 GRASSLAND,IUCROFLORA ,(22) 375-435 GRASS STAGGERS ( 2 2 ) 332 GRASSY S T U N T , (29) 294-296.322-323 G R A V I T A T I O N A L UATER (11) 4 1 GRAY-BROUN P O D Z O L I C S O I L S (2) 168-169,171-172,190,19U,197, (3)6,8,10,12-14,25,31,33,35-36,50,65,67-69,72 GRAY-BROWN PODZOLS ,( 7 ) 152,179 GRAY D E S E R T S O I L S (3127 GRAY F O R E S T S O I L (9) 221,224 GRAY S P E C K D I S E A S E ,(U) 222,233,239,244,268. ( 1 5 ) 146 GRAY UOODED S O I L (2) 172, ( 17) 246-249,251,253,262-264,266,268-273 GRAZING LAND (25) 65-66 COHPANION C R O P S , ( 2 5 ) 6 1 - 6 2 GRAZING HANAGEHENT ( 6 ) 4-23 GREASEYOOD ( 1 7 ) 240-241 GREAT P L A I N S , ACREAGE,FIELD CROPS ( 1 0 ) 10 IRRIGATED (10) 48 AGRICULTURE COUNCIL (10) 5 AGROAOHIC TRENDS AND PROBLEMS (10) 1-62 CLIHATE (10) 6 CONTROL O F RUNOFF , ( 1 3 ) 2 6 CORN POPULATION FOR HAXIHUM Y I E L D , ( 1 0 ) 4 4 5 - U 6 F I E L D CROPS (10)7-15 G R A S S E S AND LEGUMES F3R T H E CENTRAL R E G I O N ,(10) 377-381 FOR THE NORTHERN R E G I O N (10) 372-377 FOR THE SOUTHERN REGION (10) 382-387 I R R I G A T I O N P R A C T I C E S ,( 1 0 ) 20,42-93,47-56 NITROGEN L E V E L OF S O I L S ,(10) 36.39.42-43 PASTURE CROPS (10) 15-23 RANGE C R O P S (10) 15-23 REVEGETATION O F RANGELANDS (10) 17,21 S O I L OF , ( 1 0 ) 7 - 8 F E R T I L I T Y PROBLEHS ( 1 0 ) 36-46 PHOSPHORUS L E V E L ( 1 0 ) 39,42-43,45 P O T A S S I U M LEVEL O F S O I L S , ( l O ) U O S T U B B L E MULCH (13) 127-129,170,175,179 Y I N D EROSION (10) 56-62 GREEN BEAN , ( 1 1 ) 2 1 2 , ( 1 6 ) 1 9 2 GREENBUG ,( 1 3 ) 177,224,243, ( 2 4 ) 193,201,203,205,216-217 GREEN F O X T A I L (13) 176 GREENLEAP DESHODIUH ,(22)14,26,30,36,Ql GREEN LEAFBOPPER ,(24) 198 GREEN MANURE (2) 101-104, (9)207, ( 1 0 ) 3 7 , (14)82,364,(24)66, (25) 66 -67 FERTILIZATION OF (9) 213,216 GREEN HANURING, R I S T O R I C A L ANALYSIS ( 7 ) 142-145 I N P E D A L P E R S (7) 153-179 I N PEDOCALS (7) 173,179-185

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Advances in AGRONOMY, Volume 32

74

I N ZONAL S O I L S ,(7) 150-153 YOISTURE RELATIONSHIPS (7)163-164,177-178 NUTRIENT S U P P L Y (7)155-161,170-175 ORGANIC NATTER S U P P L Y (7) 153-155,165-170 PEDALOGIC A N A L Y S I S (7) 145-147 R E S I D U A L VILLUE (7)164- 165,178-1 79 S O I L STRUCTURE INPROVEHENT (7) 161-163, 175-177 UNDER I R R I G A T I O N ,(7) 183-185 GREEU NEEDLEGRASS (12)56 GREEN P A N I C G R A S S (22) 13,54, (28)203 GREEN PEACH A P H I D 124) 234.236.243-244 G R E E N RICE LEAFHOPPER (24j196GROUND WATER (2)258,267, (1 1) 8.14-15 DEPLETION ( 1 1) 16- 17 GROUND-WATER L A T E R I T E (14)23-25 GROUND-WATER L A T E R I T I C S O I L S (3) 16,31,39,Ul GROUND-WATER PODZOLS (3)31,39-40,44,57 GROUNDNUT (26)10 BANBARRA (26179-80,95,99 KERSTING (26)80.99 SEE &_lSCJ PEANUT GROUNDSEL ,(17)242-243 GROWTH, A N A L Y S I S ,(12)231, (15)325, (16)18-19, (23)243-252, (24)99-105,

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111,125-126

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EFFICIENCY, RICE (23)291-293 L E A F ,(29) 188-189 O F PLANTS, E F F E C T O F S O I L MOISTURE S T R E S S ON ,(11)79-81,

84-90.93

,

LEGUHE S E E D L I N G (29)119-139 RATE, MEASOREMENT ,(28)8-14.21-28 REGULATORS (11)48 ROOT ,(29)189-191 S E E D L I N G H E T E R O S I S ,(27)156-159 SYOOT,HATHEMATICAL MODEL (29) 186-187 GRUHUSOLS (17)279, (27)17R GUANO (16)6 3 GUANYLUREA ,(23)365-366 GOAR (19)31, (26)78-79,94 (6)80,225, (11)61.86 GOAYULE GUERTE (26)79 GUINEA GRASS (22)5-6,13,47,55 GIJMUEED (17)243 GUSATHION ,(26)51 GUTIERREZIA SP. ,(12) 207 G Y A N O P S I S TETRAGONOLOBUS (26)10 GYPSUN ,(3)144, (4)82,(15)351, (16) 150,152,171, (17)72 GYTTJA ,(8) 380-383,39R

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11

HAIRGRASS ,(17)242 HAIRY I N D I G O (10)370, (12)87 (2)93, (3)283, (8)45,53, (10)362,369,386, (12)61,R3-84, H A I R Y VETCI1

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, , 94. (14) 82 ,(12)81.84

BALICTUS S P . HALLOYSITE ,(3) 131,(4)71-73.86,

(12)2-3,10-12,19, (15) 127,131,344, 348, (16)143,360,371, (26)222-223,233.237,201,243 ,(30)23 HAL3 B R I G H T ,(26)69 HALOGETON , (6)57-58 HALJPHYTZS ,(1)6.26 HALQTYDEOS DESTRUCTOJ ,(13) 105. (18)34 HAHILGRASS ,(22)39 HAPLOBOROLLS ,(17)253,257,268,273,276-277,279

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SUBJECT INDEX FOR VOLUMES 1-30 HAPLOIDS

75

.. (281 . .287

!!IELPPILENS I (291 44 YAELQEAEENS G R K L L I S

t (28) 137 HAPLORTHENTS ,( 1 7 ) 246 H A P L O r H B I P S BIEEg (12) 94 HAPLUDOLLS f 171 257.268.273.276-277.279 HAPLUSTOLLS ( 17) 246,249,251,257,268-269,273,276-277,279 HARDENING (8) 1 5 1 HARDINESS (28) 2 8 8 HARDINGGRASS ,( 8 ) 3 1 4 , ( 1 0 ) 397-398, ( 1 5 ) 196 HARDPANS , ( 3 ) 5,39-45,54,58,63,77-78 HARGREAVES PROCESS ( 1 1) 2 9 3 HARVEST 1NDEX.CEREAL (28) 361-405 HARVESTING E Q U I P H E N T ,( 1 1 ) 1 9 6 - 2 2 5 HAUS'lANITE . ( U ) 2 3 0 - 2 3 1 , ( 1 5 ) 1 2 5 HAURVEEn ,( 4 ) 2 0 7 HAY , ( 1 6 ) 1 9 9 BARN D R P I N G (2) 2 9 9 - 3 3 4 CRUSHERS (11) 1 9 8 - 1 9 9 F I E L D CURED (2) 2 9 4 - 2 9 9 F I E L D L O S S E S ,(2) 296 HEATING ,(2) 2 9 7 - 2 9 9 LEACHING L O S S E S (2) 277-278 L O S S E S I N BARN C U R I Y G (2) 303-304 NETHODS O F HAYNAKING (5) 2 0 6 - 2 0 9 P E L L E T I N G HACHINE ,( 1 1 ) 2 0 1 - 2 0 2 R E S P I R A T I O N L O S S E S ,(2) 276-277,296 STORAGE L O S S E S (2) 2 9 7 - 2 9 9 SYATH-CURING ,( 2 ) 2 9 5 r I n E TO C U T ,(2) 2 9 5 WINDROWING , (2) 2 9 5 HAZELNUT ,( 1 7 ) 3 1 4 HEAP BUDGET ,( 1 4 ) 229,233 HEAr EXCHANGE , ( 1 1) 2 2 - 2 3 HEAT I N J U R Y TO PLANTS ,( 1 1 ) 7 5 HEAP PUHP ,(5) 1 9 2 HEAP U N I T ,( 1 6 ) 3 5 - 3 6 HECTORITP: ,(15) 1 2 7 Y@IS&RO_gCORONARIUII (12) 9 5 H E L E N I U Z H O O P E S I I ,( 1 7 ) 2 4 3 HELENZYq SP. (15) 199 HELENIUN T E N U I F O L I U M ( 7 ) 286, ( 1 5 ) 1 6 4 HELIAWEBrJS , ( 1 5 ) 82 H E L I A B U ' J S &"Nu ,(4) 119, ( 1 9 ) 1 9 5 , ( 1 9 ) 1 9 , ( 3 0 ) 101,125 HELIABE!!rJS ARGOPHYLLUq (28) 184 HELICOTYLENCHUS PSEUDOROBRUCEQs ,( 2 6 ) 5 3 (12) 386 H E L I C Q T Y L E N C I Q S SP. HELIOTHIS ( 3 0 ) 140-141,151 HELLQT_g&s ARHIGERA ,( 2 ) 36-37, (6) 325. ( 2 6 ) 3 8 H E L L Q T U S SP. ,( 2 6 ) 38,50 H E L I O T W VIRESCENS (24) 223-225,249, (26138 & & I O T H I S ZEg ,( 2 4 ) 191,195.223-225.249 V A R . BODDIE (24) 210 H u n 1 NTHOSPOAIIJH ( 18) 273,277,303 H E L M I ~ T ~ O S P O R I U ~H C J ~ ~ Q E(8)s 3 1 5 HELNINTHOSPOBLUfi J A Y D I S ,( 2 4 ) 2-3.12.15. ( 2 7 ) 2 8 0 , (28) 133,293-294. HELMINTHOSPORIUH QlYZ&E , ( 1 4 ) 88, ( 1 9 ) 132, ( 2 9 ) 2 7 7 ~ELflLNTHOSPORIUH ,(3) 2 2 4 - 2 2 6 HELNINTEQSPORIUH S A ~ L L , (3) ~ ~209. ( 8 ) 315, (1 8) 269. (25)356 HELHINTHOSPORIUH SICCANS , (12) 1 9 1 HEL!IINTHOSPORIUH SP. (26) 5 3 H E L N I N ~ H O S P O A I U l 3 TE&_ES ( 2 5 ) 356 HELMINTHOSPORIUII TURCICU'I , ( 1 6 ) 1 0 4 H E L i l I N T H O S P O R I U i l VAGANS ,( 1 8 ) 269 10,13,39,41,~3, (15)351, HEMATITE ,(1) 162,(3) 19, ( 4 ) 9 6 , ( 1 2 ) 9 , ( 1 4 ) ( 1 6 ) 3 3 3 - 3 3 4 , ( 3 0 ) 11,16-17

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(29) 5 2

76

Advances in AGRONOMY, Volume 32

HENICELLULOSES

,(5) 158 ,(26)50

B E ~ X L Z Q E Q ~ U ARENARIA

---HEMIPTpIt S P . H E H L O C K , (4) 339, (16)la2

I

(16)27 1

WESTERN ,(27)221-222 HEH3CYANIN ( 4 ) 149,165 HERP (6)227, (7)71 (7)287.292, (12)390, (15)i ~ ~ , i g o HENBIT HEPrACHLOR (11)309-310, (23)176,186-187,214,222,344

,

,

,

,

m . q c m ~LBLI?EUI ,(17)242 H E R B I C I D A L O I L S ,(U)315-316,(7)255,265-269,271,277 ,

NECHANISN OF ACTION (4)316 (2)146-149, (4) 305-320, (6)169-172,174, (12)273 HERBICIDES

,

,(14)330,385,387-389, (16)217-218, (18)36-?7, 295-30 1,315-3 16, (23)97-101,167-168,193-206, 3U3-344,29)144,146,171 BEHAVIOR I N PLANTS (24)327-378 CONTACT ,(1) 294,298 LODGING E F F E C T ,(25)243-246 J I L S ,(2)1U8 POST-ENERGENCE ,(7)255,257,265,267,270,282 PRE-EMERGENCE ,(7)255-257,260,262,264.267,270,272,277,282

,

S E B &S_O

I N D I V I D D A L COMPOUNDS (1)299, (2)146 SELECTIVE S O I L ENZYNE S T U D I E S .(27)74-75 TRANSLOCATED (1)29U-295 YEED CONTROL (25)62-63,10U-106,118 HESPEROCHOLA W L Z (17)242 H E S S I A N F L Y ,(5) 14,77,79,93,97,133-136,1U0,(13)

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,(24) 198-200,204

177,(19) 133,

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HETERANTHERA S P . (14)85 MARION1 (2)31-32 HETERODERA (3)249,260 W E R O D E R A GLPCINES (14)170 HEZ&RODERA R O S T O C H I E N S I S (11)350 HETERODERA S P . (12)386, (26)84 HETEROPOGON (4) 5

BETEBQE

,

-

--------

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,

,

,

L@!sB_QPOBQN cPETQmuS ,(22)44 HETEROSIS

,(2)128, (7)120-122, (11)1C7.

.1301 131-1UO.lU2-1U6 . -

G E N E A C T I V I T Y - , ' ( ~ ~ ) 54-63 SENE-ENZYHE CONCEPT ,(19)46-54 I N SOYBEAN (1) 126-127 P H Y S I O L O G I C A L AND G E N E T I C A N A L Y S I S T H E O R I E S 3P (27) 127-130 HEXACHLOROBENZENE (12)99

, ,

,

(26)285-287, (27)123-174

,(27)130-166

GAHYA-l,2,3,4,5,6-HEXACHLOROCYCLOHEXANE ,(24) 6U CANNABINUg , (23)36 HICKORY ,(15)197 "HIDDEN HUNGER" ,(10)75 H I E R A C I U 4 =&TENSE ,( 4 ) 207 HIGHLAND BENTGRASS ,(19)89 HIGH-LEVEL L A T E R I T E ,( 1 U ) 18-19,Sl R I C H P E A T S O I L S ,(11) 340,348-350,363-366 L I M I N G ,(1 1) 362 PHOSPHATE R E Q U I B E N E N T ,(1 1) 360 P O T A S S I U M REQUIREMENT ,( 1 1) 361 HIL4EZ.A s?LI-ESIE. ,(12)206,208 Y Z B S ~ Z B (17) ~ 217 H I S I N G E R I T E ,(16)329, (26)217-218,236 (17)246,253,255 HISTOSOL H I S T O S P H E R E Ill 246.274

H I B I g C--US

,

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SUBJECTINDEX FOR VOLUMES 1-30

77

HOLCUS IoIJJs , ( 8 ) 138 HONEYBEE ,(12)74-75,77,79-80,83-84,95, (30) 149 HOP CLOVER ,(8)101,(10)369,(12)92 H O P L I T E S ,(12)84 H O P L O L A I q U S S P . ,(12)386 HOPS, D E F O L I A T I O N ,(9)68,82 Z I N C DEFICIENCY I N 191, 32 HORDEUM (18)2 HORDEUl BRACHYANTHERUM ,( 9 ) 4 6 HORDEUM BULBOSUN ,(29)61 HORDEUN D I S T I C H U M (3) 148 HORDEUM H Y S T R I X ,(18) 9-10,28,(19) 135 J U B A T U g , ( 3 ) 109,(8) 140,(10)146,(17)240, (291131 H O R D g P d /ppOBllBlJr ,(13) 95. (18)3-4,9,19.23,25,37-38, (22)3‘42 (18)23 HOROEUB HURINUM HORDEUM P U S I L L U M , (7)287 HORDEUg S&Trj’UJ ,( 8 ) 204, (19) 296 EQRQE_lJfi IPLG&Ag , ( 8 ) 9 1 , ( 1 9 ) 9 1 , ( 2 1 ) 1 7 9 , ( 2 2 ) 3 5 3 , ( 2 U ) 1 1 2 , 3 3 2 , 3 35.

--------

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I -

I I

,

(28)85,304, (29)61

HORMODENDRUH (13)188 HORNBLENDE ,(3)121, (15)351 HORSEBEANS ,(14)82 HORSEGRAN ,(26)10 GRAH,HORSE ,(26) 10 HORSENETTLE ,(7)289,291,(15) 192 HPAN (HYDROLPZED P O L Y A C R I L O N I T R I L E ) (7)23-25.27-29.33 HUNATE.SODIUH ,(26)73 HUMIC A C I D ,(4)71,.(7) 146-147.176, ( 8 ) 391-393.395-397. (12129. (171 329,

,

(29)65-86 A2, (1 7) 246-247,250,251-2 5 6 , 2 5 8-26 1, 264.266.269.273-274.278 H m r c SUBSTANCES ,(i7)327-368 A L T E R N A T I V E STRUCTURE H Y P O T H E S I S ,(17)357-364 DEGRADATION ,(17)331-342 F U N C T I O N A L GROUP A N A L Y S I S ,(17) 302-347 N O N S 3 I L GEOLOGICAL D E P O S I T S ,(17)354-357 S P E C T R O S C O P Y ,(17)347-354 H U H I D I T Y ,(16)51 S O I L ENZYHES ,(27)64-66 H U M I F I C A T I O N ,(7) 1~7,160,170,175,18~, (17)135 HUHIN ,(17)329, (29)85 HUNUS ,(7) 3 0 3 , 3 0 8 - 3 1 2 , 3 2 7 , 3 2 9 , 3 3 8 , (11)359, (18)I20,1$1,1U3,165, 147-148, (20)7, (22)385,409-416. (29)86,103 S Y N T H E S I S ,(7)312,351 HYBRID VIGOR ,(25) 126 ALFALFA ,(1)227-229 G E N E T I C CONTROL ,(25)146-151 MORPHOLOGICAL E F F E C T S , (25) 141-146 H Y B R I D I Z A T I O N , I N SOPBEANS ,(1) 123-125 U P B E L . u & G B I S E O L A ,(24)203 HYDROGEN ,(14)323 SOURCB FOB AHMONIA S Y N T H E S I S ,(11) 246-2118 HYDROGEN BONDING , (22)89-93,207-208 HYDROGEN S U L F I D E ,(25) 302-304 HYDROLOGIC CYCLE ,i i i j 3,6-35 HYDROUS MICA ,(1)161, (2)88, (3)114,132-13U,140,1U2. (4)75,78, (5)263,265 HYDROYY A P A T I T E I l I 399.14) 247 332-334,336,339,342,346,349,352,355,361,

HU NIC-GLET

SO1 L

,(3)8,59,79,

.

&SQ

HTDR6XYLAPAiil’EQ-HYDROXTCINNAHIC A C I D ,(17) 198-200.205.2 ~-HYDROXTHIDROCINNAMIC ACID (17)199 HYDROITLAnINE (16)225-226 _D-HYDBOXYBENZALDEHYDE (14)77 _D-HYDROXYBENZOIC A C I D (14)77 HYDR3XYLAPATITE [ 19) 153,168-169.172-178. SEE &LO HYDROXT A P A T I T E

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92,200-201

Advances in AGRONOMY, Volume 32

7a

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HYDROZEIS ( 1 7 ) 124 HYLASTINUS OBSCURUS (12) 89,389 H Y L E B Y A A N T I O U A ,( 2 4 ) 2 3 7 , 2 3377 H Y L E I Y A B R A S S I C A E ,( 2 4 ) 233 AYLEMYA C I L C R U R A (24) 233 HYLEMYA F L O R A L I S ( 2 4 ) 233 HYL3COMIUN ( 1 7 ) 1UO HYMATOflELANIC A C I D ( 8 ) 397 HYIENOPTERA (12)77 H Y I E N O X Y S G R A N D I P L O R A ,( 1 7 ) 243 H Y P A R R H E N I A DISSOL UTA (29) 7 BYPARRHENIA HIRTA (18) 4 6 , 4 8 H Y P A R R H E N I A R U P A ,( 2 2 ) 4U,63, ( 2 9 ) 7-8 HYPERA B R U N N E I P E N N I S (12) 9 0 HYPERA I E L E S (12) 93,389, ( 2 5 ) 6 3 - .6U 66 RPPERA N I G R I R O S T R I S ( 1 2 ) 93,388, ( 2 5 ) 6633 HYPERA P O S T I C A (24) 1 9 1 HYPERA P U N C T A T A - ; ( 12) 91,388 HYPERICA POSTICI. ( 1 2 ) 90 HYPERICUM &RF_ORATgll ( 1 3 ) R7 HYPNOFIBRIC H O R I Z O N , ( 1 7 ) lUO,lU6 BYPNUM ,1171 . . . 130.140.1~16 HXP3CHQERIQ E L l i g (18) 17,28 HYP3MAGNESIUM TETANY ,( 2 2 ) 332-37U HYSTERESIS 111194 gxsTn&i mT i i A (8) 1 4 0

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I B M A (ISOBUTYLENE A N D A M M O N I U M MALEIC AMIDE) ( 7 ) 23-27.29 ILLIPE ,(1) 162,171-172,174,177-17~,188,190-191,194,196,396, (2) 166, 1 7 5 , 1 8 5 , ( 3 ) 12.18-19,24.34,114.116,122,132-134, 136,139-140. (4) 7 1 - 7 4 , 7 6 , 8 1 , 8 6 , ( 5 ) 2 6 3 , 2 7 0 , (1219-5. 12-13,21, (15) 351, (16) 347,350,360 CRYSTAL STRUCTURE (1) 1 6 4 , 168-169 ILIIDAN (23) 1 7 8 I M O G O L I ~ E (15)3UU, (10)3UU,346, ( 2 6 ) 218-221,224-230,232-233,236-238, 243-246.249. ( 2 9 ) 2 3 0 , ( 3 0 ) 21 LHP~EIENS (91 6 9 &@!T&E!!s %&GnIwA8 ( 151 2 (21) 158 I H P E R A S CYLINDRICA ( 1 5 1 3 8 5 - 3 8 6 . ( 2 1 ) 245, ( 2 7 ) 1 7 8 INCEPTISOL I N D I A N - a E A L MOTH (14) 8 4 INDIANCRASS ,( 1 0 ) 1 7 , 2 2 , 3 7 9 , 3 8 5 uH_DI_GQEg&& H&Rf?LIln ,( 1 0 ) 370, ( 1 2 ) 8 7 LlDIGOFEEA SPICAT4 ,( 2 2 ) 3U-36,43 INDOLEACETIC A C I D ( 1 2 ) 104.209, ( 1 U ) 7 7 , ( 2 6 ) 7 0 AUXIN TEYPPOPHAN A N D (9) 40-4 1 (19) 78, (28) 131 INDOLE-3-ACETIC ACID I N SOIL (27153-54 IND3LE-3-ACETONITRILE (27) 53 INDUSTRL AL YRSTES, POLLUTION SOURCE ,( 2 7 ) 313-3 16 INFILTRATION ,( 2 ) 2 6 2 RATE (2) 268, (3) 287,315, (6) 77-78 INFL3RESCENCE DEVELOPMENT,GRAIN (28) 308-309 INFRARED RADIATION ( 2 6 ) 66 INOSITOL PHOSPBATE , ( I ) 409, ( 2 9 ) 8 6 - 8 8 , 9 1 , 9 3 , 1 0 3 . 1 0 7 INSECTICIDES (12194-95.215, ( 2 3 ) 1 6 8 - 1 6 9 , 1 8 2 - 1 9 2 , 3 4 4 , (26) 21,38, 51-52 S_pE &LS_Q I N D I V I C U A L COMPOUNDS INSECTS, CONTROL OF ,(29) 1 6 9 D A H A G E TO LESPEDEZAS ( 9 ) 1 4 0 - 1 4 1 FORAGE CROP (12) 89-95

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SUBJECT INDEX FOR VOLUMES 1-30

79

PLANT R E S I S T A N C E T O ,124) 187-265 R I C E ,(29)301-322 RED CLOVER ,(12)387-390,424 INTERCEPTOR DRAINS I21 263 INTERCROPS (6)iji-ijb’ INTERMEDIATE UHEATGRASS ( 6 ) 30,36, (8)47,150, (12)49, (13)221, (14)255 INTERNATIONAL COLLABORATION I N AGRICULTURE ,(6)95-119 I N T E R P O L L I N A T I O N ,( 8 ) 147-149 INTERSEEDING (11) 187-188 I N T E H - S T R A T I F I E D MINERALS ,(3) 132,142 I N U L I N H Y D R O L Y S I S , S O I L ,(27)33 INVERTASE (27)66-67,69-70,74-75 S O I L ,(27)27-29,31 I O D I N E ,(1U)337. (15)134,(16) 2 3 0 - 2 3 1 , ( 2 0 ) 2 3 8 - 2 3 9 , 2 U 7 , 2 5 1 , ( 2 1 ) 5 9 ,

-

,

,

,

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,(27)315,354

ION, ABSORPTION ,(10)494-497. (24) 164-167.302-303, ACTIVE (10)494-496 FREE S P A C E (10)495-497 P A S S I V E ,(10)495-497 ANTAGONISM , (4) 68, (7)77 CARRIERS (7)R1,83, (11)382-383 EXCHANGE (4)70-75, (22)77-80,97 CAPACITY (1 1) 381 E Q U I L I B R I A FORMULATIONS (10)483-484 MOVEHENT (lU)334-342 I N PLANTS ,(1U)341-392 I N WATER (14)334-337,339-341 IOXYNIL (24)335-336 I P A (ISOPROPYL-H-PAENYL CARBANATE) (11) 309 IPOXAEA BATATAS ,( 8 ) 105, (23) 17, (24)109, (28)98

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(25) 163-207

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------IPGBLBi _P!!PfillRBB , (7)253 ___--_IPOMAEA QUAROCLIT ,(7) 279

,

-----I

IRISH IRON

POTATOES ,(4)95 ,( 8 ) 342.353. (11)301-302,

(12)252-254,(13) 205, 213, ( 1 U ) 7 - 8 , 1 0 , 2 7 , 2 9 , 3 1 , 3 8 , 4 0 , 4 3 , 4 5 , 5 5 , R 2 , 1 7 0 , 198,275,395,398, (16)268.33 1,339-3UO,3U3.347,359, 368,372-374, (17)75, (18)96-97, lU7,265,282. (19)110, 112,131-132,179, (20)2U4.24 7.327-330.336.340, 3U5-346,349, (21)247,258, (23)301-302, (24)274-275 ,(25)300-301,(26)28,159,161, (27)315,318-321, 324-325,353 A B S O R P T I O ~ BY P L A N T S , Y L E H E N T S INTERFERING YITH ,( a ) 44 Z H L O H O S I S ,(1)16,(13)329-369 CHELATING AGENTS ,(13) 361-365 E A R L I E R F I N D I N G S ,(13)331-334 FACTORS INVOLVED ,(1 3 ) 334-351 :LAY ,(1U)2 COMPOUNDS.ROLE I N PHOSPHORUS F I X A T I O N , ( 9 ) S7-99,llO D I S T R I B U T I O N I N S O I L , (15) 136-140 FOFflS I N S O I L , (15) 125-126.128 SEOCHEHISTRY OF ,(15) 121-123 HARDPANS ,(5) 2R9 I N S O I L S ,(5)299 YOVEAENT OF ,(14)U S - 5 3 O X I D E S , NATnRE A N D OCCUPRENCE I N S O I L , (16)333-335 O R I G I N OF I N S O I L , (16)369-370 PHOSPHATE ,(1 1) 284-286 S O I L NONITORING ,(27)346-349 SIJBMERGED S O I L ,(24)30-33,36,U7,49,53,55,61,71-73,84-85 IROY HEED ,171289 IRRIGATED LAND,ACREAG? OP , (1) 2 I f i R I G A T E D PASTURES , (2)351-381, (4)38,41,52, (5)357, (8)287-2F8.295,317 CARRYING CAPACITY ,(2)375-376 E S T A B L I S H H E N T , (2) 3 6 0 - 3 6 4

Advances in AGRONOMY, Volume 32

80

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F E R T I L I Z E R APPLICATIONS ( 2 ) 371-373 G R A Z I N G MANAGEUENT (2) 365-375 LAND PREPARATION (21360-362 MOLYBDENUH T O X I C I T Y , ( 2 ) 3 7 3 - 3 7 4 NITROGEN ( 2 ) 108-109 PRODUCTION COSTS (2) 376-379 PRODUCTIVE HIXTURES ,(21 356-360 ROTATION GRAZING ,( 2 ) 365-366 SALINE S O I L S ( 2 ) 352,354 SEED BED PREPARATION , ( 2 ) 362-364 SEEDING OPERATIONS 121 363-364 SOIL REQUIREHENTS 352-356 STAND MANAGEMENT ( 2 ) 364-365 S U I T A B I L I T Y OF S A L I N E S O I L S (2) 354 U.S. ACREAGE ( 2 ) 351 HATER UANAGEHENT ( 2 ) 369-371 WEED CONTROL ,( 2 ) 374-375 ( 2 ) 2 3 4 , 2 5 8 - 2 6 2 , ( 3 ) 2 7 0 . 2 7 1 . ( 5 ) 195-196. ( 6 ) 2 1 7 - 2 1 8 , (7) 1 6 , IRRIGATION 1 5 3 , 1 8 3 - 1 8 5 . 2 3 1 . ( 8 ) 3 6 3 - 3 6 4 , ( 1 1) 36,U4,75,82,85-86,90-91,93,344, ( 1 4 ) 67.73-77,246,255,402-403, ( 1 5 ) 180, ( 1 8 j 6 1 . 7 5 ,

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,ii)

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2 2 7 , 3 1 2 - 3 1 3 , ( 2 5 ) 241-242, ( 2 9 ) 210

,

ACREAGE IRRIGATED I N GREAT PLAINS (10) 48 kGRICULTURE (3)61,323-343 ACREAGE I N U. S. , ( 3 ) 3 2 3 - 3 2 5 ARKANSAS-UHITE-RED RIVER BASIN ( 3 ) 339- 340 COLUHBIA RIVER BASIN (3) 334-337 EARLY AHERICAN ( 3 ) 325-327 MISSOURI RIVER BASIN (3) 338-339 MORMON SETTLEHENTS ( 3 ) 327-328 RESEARCH NEEDS (3) 342-343 EROPS OF GREAT PLAINS A N D , ( 1 0 ) 4 2 - 4 3 EFFECT ON F E R T I L I T Y , ( 1 1 ) 8 3 - 8 4 EFFICIENCY (11) 17-18 F E R T I L I Z E R RELATION , ( l o ) 1 0 1 , 1 2 7 , 1 3 0 I N CANADA (5)342-343- . I N P A C I F I C NORTHWEST ( 8 ) 1 8 . 2 0 - 2 2 , 3 1 , 3 3 HETAODS USED I N GREAT PLAINS I101 51-54 UENATODE INFESTATION ( 1 1 ) 50 NITROGEN LOSS DUE TO ( 1 0 ) 38 3 F PASTURE LAND , ( 1 0 ) 2 0 PRACTICES (1 1 ) 98-109 S p g SALINITY I N SPRINKLER ( 8 ) 1 8 , 2 7 , 3 0 - 3 1 , 3 3 SULFUR CONTENT OF UATER ( 1 0 ) 419 SUPPLEHENTAL ( 3 ) 340-342 PRICKLE-DRIP ( 2 9 ) 343-393 YATER (3) 332 QUALITP ( 1 1 ) 15-16 REQUIREHENT (6) 6 7 , 7 1 ISEILEHA (4) 5 , 3 5 ISOBUTYLIDENEDIUREA . ,1231 . . 363-365 ISOLEUCINE ,( 8 ) 346 ISOLY3EPAIC SUBSTITUTION ( 1 ) 168,175-176, ( 3 ) 1 3 2 , 1 3 9 ISOPROPYL CARBANILATE 1251 6 2

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, . ISOPROPYL-~~-CHLOROCARBANILATE, ISOPROPPL-1-

(25) 6 2

(3-CHLOROPHENYL)

CARBAMATE (CBLORO I P C ,

CIPC)

,(6)

169, ( 7 ) 2 6 0 - 2 6 2 , 2 6 9 , 2 7 7 , 2 8 0 , 2 8 8 . (8) 311-312, (11) 3 0 9 , ( 1 2 ) 2 8 4 , (14) 87,387 ISOPROPYL-H-PHENYLCARBAHATE (IPC) ,( 6 ) 1 6 9 , ( 7 ) 2 6 0 , 2 8 7 - 2 8 8 , 3 4 8 , (8) 311-312,(12)67 ISOPROPYL PHENYLCARBAIATE ( 1 ) 294.310, ( 2 ) 1 U 9 ISOTOPE-RATIO ANALYSIS ( 2 8 ) 230-239

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ISOTOPES, S O I L PHYSICS (14) 321-358 (1 1) 377 I S O T O P I C EXCHANGE ITALIAU RYBGRASS (2) 356, ( 3 ) 2 1 8 - 2 2 0 , (U)U1,181,183,200,209,(12)

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109

SUBJECTINDEX FOR VOLUMES 1-30

81

J

JACK P I N E ,(3)61,(4)338,343, (12) lU3-145.158,180 JAPAN CLOVER,LE_E L E S P E D E Z A J A P A N E S E B E E T L E ,(12) 90, (24) 194 J A P A N E S E LARCH ,( 1 9 ) 3 3 1 J A P A N E S E LAWNGRASS ,( 1 0) 3 6 0 JARAGUAGRASS ,(22) 44,51 J A R 3 S I T E ,( 2 5 ) 283-285 JASSID (24) 226-227, (30) 1'41,151 JOHNSONCRASS (3) 220-222, (4)313, ( 6 ) U3,57,323,330, (7) 272,276-280,290. (10)365,369, (12) 110.11'4, (15) 172,189. ( 1 9 ) 8 9 , 348.. (25) 61 ( 2 2 ) 49.. (24) . . JOJORA (28) 196 JUGLANS H I N D S 1 1 ,(17) 3 2 1 a c L & l S LzQRA (2) 336. (4)3 5 0 ,(171321, ( 2 7 ) 2 5 7 JUGLANS REGIA (17) 3 1 3 J U N Z E T M A C U T I F L O R I ,(16) 2 7 5 J U N C E E B C O N G L O B E & g ~, ~ ( 1 6 ) 2 75 JUNEUS g E P T I F L O R U S ,( 1 6 ) 275 JUNCUS BALTICUS ( 2 9 ) 12 J U N Z U S DRUHBONDII (17) 243 JUNZUS P A R R Y 1 (17) 2 4 3 JUNZUS S P . ( 1 7 ) 2U2 J U N E B E E T L E .112190 JUNECRASS (17) 2U1-2U2 JUNIPER , ( 1 7 ) 2 U 1 JUNIPERUS COHRUNIS ( 1 7) 2 4 2 JUNIPERUS RONOSPERHA (17) 241 JUNIPERUS SCOPULORUM (17) 2 4 1 JUNIPERUS SP. (12)208 JUNI PERUS UTIAENSIS ( 17) 24 1 JON1 PERUS V I R G I N I A N A ( 4 ) 365,383, ( 2 7 ) 257 JUTE (27) 132

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K t (12) 382, (13) 104 K A I N I T E ,(14)79, (17)49 KALE (2) 93, (15) 87, (28) 96,99 KAOLIANG (6) 314,335,342 KAOLIN (5) 281-284, ( 1 4 ) 6,8,13,29,33,35-38,42-43, 51.55-56, ( 1 5 ) 127,130,362, ( 17) 17, (26) 217 DEFINITION (5) 230 PERMANENT E L E C T R I C A L CHARGE ,(10) 478-479.485 REATHERING FROH BONTHORIN (Sj276 ( 1 ) 16 1,169- 170,172,171,17 7- 179,188,19019 1,194 -1 96, KAOLI N I T E 395-397,399,402, ( 2 ) 1U,88,166,184, (3) 12,18-19.25, 29,39,116-117,131-132, (U)69,71-76,78,81-82,84, 87-89,(5) 171, (12) 382,(13)299, 302,305,310,317-3 18, (15) 13 1,344,348,351,382,385, 387, (16)337,3U3,3U6,350,357-358,363,369,371 ,(19) 167, (20)342,(22) 95,99,(23) 150-151,153, 175-176, ( 2 6 ) 227.263, (27) 187, (30) 21-23.31 ABSORPTION O F ANIONS (10) 480 AHNONILIN S O R P T I O N , (10) 330 ANION S O R P T I O N (12) 2 7 - 2 8 CRYSTAL STRUCTURE (1) 169 EXCHANGE C A P A C I T Y (10) 485, (12) 2 6 I D E N T I F I C A T I O N OF ,(12) 18-19 OEIGIti OF (12) 10-12 SELF-NEUTRALIZATION (12) 3 3 S O R P T I O N O F ORGANIC CONPOUNDS ( 1 2 ) 29-30 STRUCTURE O F ,(12) 2-3 SYELLIUG 3 F (12132

4 U b Z I U L h C_AELkI!!ORA

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Advances in AGRONOMY, Volume 32

82

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KARIEX (8) 31, (17)25 KENAF ,(11)225, (23)36 KENTUCKY BLUEGRASS (2)219,337,358-359, (3)218,222-224.227.236 (4) 181,183-185.188. 191-192,194,199-200,206-207,

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21 1-212.2 14, (5)360,363, (6)30,278,281, (7)6 1, (8)56, 158,211,(12)44,57,59,63,100, (19)89,(22) 131,279 KERNEL SHUT ,(14)88 n T _ L N G I E L Q ,(26)9, 93 K E R S T I N G I E L L A G E W A R P A ,(26) 80,99 KIDNEY BEANS ,(7)68,(13)355 KIKUYUGRASS , ( U ) 9 , U 1 , 5 0 , 5 3 , ( 1 O ) U 0 1 , ( 2 2 ) 6 , 2 7 , 4 8 , 5 4 K I N E T I N ,(19)78, (26170 KING RANCH BLUESTEM ,(61 3 1 KLEBSIELLA A E B O B A C T E-,(29) ~ 12 K L E B S I E L L A P N E U H O N I A E ,(29)72 KLIACHITE (16)329 KNOTYEED ,(15) 187-188, (171 243 KOBE L E S P E D E Z A ,(12186 KOBRESIA (17)243 KOBRESIA BELLBLR_D& (17)243 (4)5,32,39, (15)288, (17)240 KOCHIA

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( 17) 240

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C I S-T A~T A- ~(17)24 1-242 - RKOHLRABI ( 8 ) 109KOREAN L E S P E D E Z A (2)336, (4)185,190,197, (10)362,368,381, (12)86 (19) 110. (22)17 KRALNOZEH KREB'S CYCLE ,(7)78 KRESEK (29)280 KRILIUU-RELATED CONDITIONERS (18)150, 157- 158 KUDZU ,(3) 286, (10)362,367, (12)87, (25)61 K U R A CLOVER ,(12)82 -----

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,(26)9,81

NIGER

,(26)10,76,81,100

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,(26)82

LABBADORITE (3) 12 1 LACZASE (4)152 L A C T I C A C I D ,(2)281.293-287.291 . & A C l ! O B ~ I L L U S ARABINOSUS (4)228 L&C_TUC_A S A T I V A (2)121, (12)226, (28)75,107 LACTUCA SP. (24)237 L A D I N O CLOVER (2)208-230,310,336,353,359-360,367-368,371-372

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,

, , ,

,(3)125-1 26,129-1 3 1.1

49,227,236-237, (4)42,52,

184-185,189,192,196-197,199-200,202-203,208-209,

21 1-212.214-215.151 362.361.161 82.276.295. 171 288. 290, (8)ii. 47,52;is'7-2se,2~6~24i,i94-z9~,~~0j 3681 369, 38 1,392, ( 1 1)43,50,58,60, (12)44,52,59-6 0,8 1,90-91 , 93, (1'4)71,311, (16)42, (21)65 ACREAGE I N U.S. ,(2)209,211 ADAPTATION ,(2)210-212 CARRYING C A P A C I T Y ,(2)225 COLD R E S I S T A N C E (2)210-212 COHPANION C R O P S ,(2)221-222 D I S E A S E S ,(2)213 E F F E C T O F S O I L PIOISTURE R E G I . l E ON ,(1 1) 87,91-92 E S T A B L I S B H E N T ,(2)213 P A L L G R A Z I N G ,(2)225 F E R T I L I Z E R A P P L I C A T I O N S ,(2)214-217 GRASS N I X T U R E S ,(21 217-219 BEAT I N J U R Y ,(2)212 I N O C U L A T I O N ,(2)220-221 I N S E C T P E S T S ,121213

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SUBJECT INDEX FOR VOLUMES 1-30 O R I G I N S ,(2) 208 PASTURE Y I E L D S (2) 225 ROTATIONAL GRAZING (2) 224-225 S E E D I N G METHODS (2) 222 SEEDING PRACTICES (2) 220-222 S E E D I N G RATE (8) 293 S E E D PRODUCTION ( 2 ) 227-229 SILAGE (2) 2 2 7 S O I L REQUIREMENTS (2)212 I’OPDRESSING (2) 216-217 LADINO CLOVER SEED H I D G E 112194 IBEURPS PYBTUS (15177. ( l e i 9 LAKE EYRE (U) 3 LAMBSOUARTERS 1151 - ,187 IhgLUn B B & ! k E k . & Y L B (12) 390, ( 1 5 ) 188, ( 2 5 1 6 2 UEEUg S P . (71287 &AB_PI_BES S P . (26) 5 1 LANA VETCH (10) 399-400 LAND C L A S S I F I C & T I O N ,(3) 275-277,313,329 LAND RECLAMATION. DELTA PLAN (i1) 354-355 I N Z U I D E R Z E E AREA (11) 357-358 LAND-RESTING ,(5)400-401,403 LANDSAT ( 2 7 ) 265,292-293.296-301 LANGBEINITE (17)49,52,55 LANGRUIR ADSORPTION HODEL (30) 2-5.23.29-3 1 LANNATE ( 2 6 ) 52 LANTANA f151 383 STRIATELLLIS ,( 2 9 ) 315 LAPHYGMA FRIJGIPERDA ,( 1 2 ) 9 0 LAPPA CLOVER (12) 8 2 LARCH,EUROPEAN (27) 219,232,257 JAPANESE ( 2 7 ) 232,257 WESTERN (27) 221,226,257 &&&Lx EgIQIJA (27) 2 5 7 k@I_x L E I T O L E P I S , ( 1 9 ) 331, ( 2 7 ) 2 5 7 U R L X f f c I D E N T A L I S ,(27) 2 5 7 LARKSPUR ( 1 5 ) 199 U H R B A TRUELZBTn 8 (12) 206 LASIOGLOSSUK SP. (12) 8 2 LAS_PBEPIS€S EYCHORA ,(26) 38,50 hASEEXlESZA E&XGILIPQPBLLI ,( 1 4 ) 167 LASSO ,(29) 172-176 LATE B L I G H T ,( 8 ) 5 8 FUNGUS (27) 294 LATERITE S O I L ( S ) ( 3 ) 15, (4)70, ( 5 ) 277-281, ( 7 ) 12, (13) 331-332, (14) 1 -60. (16) 331.. (.2 3 ) 53-55,65 ZELLULAR , ( 1 4 ) 6 CHEHICAL CHARACTERISTICS ( 4) 7- 10 C L I H A T E ENVIRONMENT ,(14) 14 15.43-4 4 Z R n S T S ,(3) UO-U3,57,67,70 D E F I N I T I O N ,( 1 4 ) 1-44 FORHATION OF ,(1U) 26-53 GEOHORPHIC R E L A T I O N S H I P S ( 9 ) 53-55 JROUND-WATER ( 1 4 ) 23-25 HIGH-LEVEL ,114) 18-19.50 L O W - L E V E L ,i i u ) 18-19.53 d I N E R A L O G I C A L C H A R A C T E R I S T I s , ( 1 4 ) 10-14 114) 16 PARENT H A T E R I A L PHYSICAL CHARACTERISTICS (14) 5-7 PISOLITIC (14) 6 P R O F I L E S ,( 1 4 ) 20-26 S O F T E N I N G OF ,(1U) 55-56 POPOGRAPHY ,(14) 16-20 VEGETATION ,(14) 15-16,UU V E S I C U L A R ,(14) 5-6

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Advances in AGRONOMY, Volume 32

84

LATERIZATION

,( 4 ) 2 7 , ( 5 )

279, (7) 1 4 7 - 1 4 8 , 1 ~ 1 - 1153,155, 5 3 ~ 1 5 5 ~ 11595 9 - 1160,162-164, 60,162-164,

172,175

LATAYRDS (26) 8 LATHYRUS HIRSVTUS ,(10) 369, (12) 57.87 LATHYRUS LBOCANTHUS (17) 2 4 2 LATHYRUS H I R E T I U U S ,(10) U O O LATHYRUS S A T I V O S , (21) 189 LATHYRUS T I N G I T A N U S ,(12) 8 7 72,80,82 !, ((16 183,337, LATDSOL ,(3) 15-17,20-21,39,U6,52-53D67,69,72,80,82, 1 6I)) 183,337, 178 (19) 1 1 2 , ( 2 1 ) 148-151,155, ( 2 22)) 227.61, 7 , 6 1 , ( 2(26) 6 ) 2 4241, 1 , ( 2 7(27) ) 178 LATOSOLIC S O I L S , B HORIZONS ,(3) 15-21 L A T 3 S O L I Z A T I O N ,( 5 ) 251,277 LAYER S I L I C A T E S - ; ( 5 ) 236.235 LEAZHING (7) 306,369-370,378, (8) 80, (14) 335 LOSS, NUTRIENTS , ( 2 7 ) 1 8 6 - 1 8 9 LEAD (20) 238,257-258, (21) 58-59, (24) 270,274-275,281-283,290, 297-298,301,303-304.307-308, (26) 157-158.161. ,(27) 314-316,318-320,324,366,359 ARSENATE ,(11) 309 LEAF, ANALYSIS ,( 4 ) 151,226 AREA (24) 126 INDEX ,(4) 125-135, (15)86-88,96, ( 2 4 ) 126, (28) 315-317,323,328, 342-34 3 CHANGES HITH TINE ,(4) 125-128 D E F I N I T I O N ,(4) 1 2 5 EFFECT OF CLILIAI'E ,(4) 129-132 EFFECT O F NUTRITIONAL STATUS (4) 133-135 FLUCTUATIONS ( 1 5 ) 90-95 HETEROSIS (27) 132- 136 STRESS ESTILIATOR ( 2 8 ) 25-27 ARRANGEHENT (15) 95-99 BLIGHT (16) 104, (26) 333 CORN ,( 2 9 ) 169 BLOTCR (26) 333 CANOPY ( 15) 85- 90,96 ELONGATION, GROHTR RATE ESTILIATOR ,(28) 21-25 SINER (24) 236,238 NITROGEN ( 2 8 ) 18-21 PROTEINS ,(21) 177-178 REFLECTANCE (27) 277-279 CROP CANOPY 127) 279-282 RUST (5) 54-56,58,65-66,68,72,77-78,82,123-124, (8)39, ( 1 2 ) 101, 384, (26) 33 1 SPOT ,(7) 98,100,104-109,114,132, (12) 101-102.384. ( 2 6 ) 53.69, 116 BACTERIAL (10) 278 S T R I P E (26) 332 TEMPERATURE ( 6 ) 224 HATER POTENTIAL , ( 2 7 ) 2 - 3 , 1 4 LEAF-CUTTING BEE ,(12) 7 6 LEAFHOPPER ,(13) 231, (14) 92 COTTOU (30) 151 GREEN ,(29) 292,316-318,322,327,330 GREEN R I C E (29) 298,318 ZIGZAG ,(29) 298 LEAPIIORLI (30) 151 LEAVES, (9) 68-69 ABSCISSION,SEE ALSO DEFOLIATION OZOUE SOSCEPTIBLE (27) 105-107 SECOWD GROHTB ( 9 ) 6 8 ZINC-DEFICIENT,SYNPTONS I N (9) 4 1 L E C I T H I N ,( 8 ) 3 2 9 LEGULIE(S) , ( 7 ) 6 8 - 6 9 , ( 9 ) 2 0 5 , ( 1 3 ) 179,(15)29,35,181,192,274-275,310, (21) 180,189, (22) 335,417, (29) 5 1

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SUBJECT INDEX FOR VOLUMES 1-30

05

HARVESTING EQUIPMENT ,( 1 1) 209,206-207 F E R T I L I Z A T I O N ,(12) 60-62 F E R T I L I Z I N G LEGUME-SRASS MISTURES ,(10)95,114,116,120,125 I N S E C T POLLINATION (12)72-87 NUTRITIVE VALUE (21) 12,34,51,55-56.62,71,7U SgE &sg INDIVIDUAL LEGUMES SEED , ( 1 2 ) 4 1 - 1 2 5 CERTIFICATION (12) 47-51 CIILTURAL PRACTICES , (12) 55-56 DISEASE CONTROL (12) 96-106 HARVESTING (12) 69-7 1 QUALITY DETERIIINATION (12) 107-118 SPECIALIZATION (12) 43-46 VARIETAL kAINTENAN3E (12) 52-55 SEEDLING GROYTH (29) 119-139 SNALL-SEPDED.DES1CCATION (9) RR SOIL-DUILDING (9) 213 SULFUR REQUIREMENT (10)413-415 l'AXONO!lY (26)8-10 TROPICAL (22) 3,6,8-21.36-39 TROPICAL G R A I N (26) 1-132 T Y P E S FOR S O I L AND WATER CONSERVATION ,(10)351-355,372 LEHLIANN LOVEGRASS (6132, (10) 398, (15) 196 IEflNA flIl!QI! ~ ( 1 1 1 3 7 2 LEMON (12) 225, (16) 163, (28) 9 5 LENS (26) 8 J&!S GUIMARIS (27) 5 3 L@!S ESC_O_LE!!U (26) 6,97 LENTIL (26)6,97,283 L E P I D I U f l GaMPESTRE ,(3) 109 IEPrQLofl !!ZTZD94 (18) 18 LEPIDOCROCITE ( 5 ) 289, (16) 333.3U7.370.37O. (30) 17 LEEZLLQUBSA DEBllbdLIITA (24) 236, (303234 J E P T O D I S C E TERRESTRJZ ,(12) 385 &EpTOSPHLERIA S A L V I N I I ( 1 9 ) 132 /EPTOSPHEARUL& SP. (26) 5 3 UE~_Q~_EBIA~ m ~ 4 m(12) s 92 u.SpgpBgA (2) 96,106, ( 3 ) SU,58,210,213,216,227,279-280,286, ( 4 ) 181, 185,190,197-198,204,2U9,252-253~258, (6) 227,276 ,(7)210,215,290, ( 8 ) 2 9 4 , (9) 114,157,(11)207,(13) 144, (14)73-71, (15) 196-197,199, (17) 178, (25)61, (29) 124, ( 3 0 ) 72 ACREAGE ,(9) 120-122 ANNUAL.CR3PPING SYSTEMS FOR (9) 123 AS FORAGE LEGIIHES ( 9 ) 129-136 HAY (9) 129-130 MINERAL LEVEL ( 9 ) 136 PASTURE (9) 130- 134 DISEASES OF (9) 141 INHERITED RESISTANCE TO ( 9 ) 148-1 50 ESTABLISHHENT OF ,( 9 ) 136-137 S O I L REQUIREHENTS (9) 124-125 VARIATIONS O F (9) 143 BREEDING (9) 147 CLASSIFICATION (9) 116 CROSSING TECHNIQDES (9) 1 4 5 DISTRIBUTION (9) 120 HISTORY (9) 117 HYBRIDIZATION,INTERSPECIFIC ( 9 ) 153-154 INDUCED POLYPLOIDY (9) 154 INHERITANCE S T U D I E S 01 (9) 147 I N S E C T DAHAGE TO (9) 140-111 ItlTRODUCTION OF (9) 144-145 O R I G I N OF ,(9) 114, 142 PERENNIAL, S E E S E R I C E A

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RESPONSE ro SOIL T R E A T M E N T ( 9 ) 125-129 SEEDS 0P.CHARACTERISTICS (9) 1 1 8 - 1 2 0 PRODUCTION (9) 1 2 1 SPECIES (9) 1 1 4 - 1 1 7 NUMBER OF (9)115 SEE INDIVIDUAL SHRUBBY ,(9) 117 USE OF , ( 9 ) 1 4 2

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(29) 133 S E E D S OF . ( 9 ) 1 1 5

( 4 ) 185, (9) 1 1 5 133 BREEDING OF , i s ) l U 3 - l i U ' . -' ' ' CONTROLLED H Y B R I D I Z A T I O N I N (9) 146 FL3RAL MORPHOLOGY (9) 1 4 5 HISTORY (9) 117 INTRODUCTION OF (9) 143 V A R I E T I E S OF ,(9) 1 1 8 l,ESEEQ%A S T R I A T 4 ( 4 ) 181,185, (7) 290, (9) 115,118,142. ( 1 0 ) 362,368, ( 1 2 ) 86, ( 2 9 ) 1 3 3 HISTORY (9)1 1 7 - 1 1 8 INTRODUCTION O F (9) 143 S O I L REQUIREMENTS (9) 1 2 5 V A R I E T I E S O F ,(9) 1 1 8 LESPEDEZA UEBUORM ( 1 2 ) 93 L E S S E R CLOVER-LEAF WEEVIL (12) 93, ( 2 5 ) 6 3 LESSER COKNSTALK BORER (24) 193 LESSER GHAIN BORER (14) 8 4 LETTUCE , ( 2 ) 1 2 0 - 1 2 2 , 1 4 3 - 1 4 5 , 1 4 8 , ( 4 ) 6 8 , 8 7 , ( 1 1 ) 43,372,389, (l6)42, 78,158-159,(17)117,(19)89,(30) 199 HARVEST-LID EQUIPMENT (11)212 N I T R A T E ACCUMULATION (28) 75~77-79~85,89-90,99-100,102,107-10~ ROOT APHID . I 2 4 1 2 3 7 LEUCAENA ( 2 2 ) 17-19,24,32-34,42-43 LEEGdEllh /EPE_OCEPHALB ,( 2 2 ) 1 7 - 1 9 LEUCEE G L & Z A ,( 2 9 ) 8 LEUCINE (8) 3 4 6 UgC_OLOS_TQcDEXTRAN (7) 2 9 L E V A N , S O I L ,( 2 7 ) 28.33-3U

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LElEILLllLC TAILBIG&

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( 2 6 ) 39 L I C H E N A S E , S O I L ,( 2 7 ) 3 2 L I C K I N G D I S E A S E OF CATTLE , ( 1 1) 3 4 4 LIGAND EXCHANGE ( 3 0 ) 8,12,15,21,31-33 LIGHT , ( 1 6 ) 2 1 6 - 2 1 7 A I R POLLUTANT E F F E C T S (27) 108-109 Z O R P E T I T I O N FOR ( 1 5 ) 4-5,7-8,18-19,29,U7,58-60,78, 95-99,101,103-105 E F F E C T ON Z I N C D E F I C I E N C Y I N PLANTS (9)39-40 GROWTH, ALFALFA ,( 2 9 1 1 9 1 - 1 9 5 HARDINESS ROLE (30)6R-70 INTENSITY (6) 225-226 I O N TRANSPORT (25) 191 N I T R A T E ACCUHULATION ( 2 8 ) A1-85

,

,

,

,

,

,

,

,

R2-88,

SUBJECT INDEX FOR VOLUMES 1-30

,(2) 279, (4)49, (5)16 1-162, (7)333,353-35 1, (17)329, 334,337,340-341,352,361, (21)7-8.13-14.89 I N S O I L ,(2) 87 - P R O T E I N C O N P L E X E S ,( 2 ) 97, (5) 163,(7) 2 R E A C T I O N WITH ANNONIA , (10)331-335

LICNIN

LIGNITE

,(17)346

& ~ C ; p S T P~ O~R pT E~R 1 L€LIUP ,(29)4 4

,(17)242 ,(28)139

L I L I I J H LBNGIFLORUB L I H R BEAN (2) 115,122,139-lUO.150, (3)147, (11)212, (16)285,319,321-322 L I N B E R P I N E ,(17)242 L I M E ,(11)47,345-347,349,354, 357-359,362-363,

391-392,(12)60,159-161, (13J264.331, (14)79-80, 255,393-334, (15)141-142,267.(16)75,(17) 121, (20)250, 345, (27)196, (29)205 E F F E C T ON MOLYBDENIJM , (10)507-508 E V A L U A T I O N S O F N A T E R I A L S ,(10)516-517 F I E L D R E S P O N S E ,(10)510-514 I O V E H E N T I N S O I L S AND L E A C H I N G L O S S , (10)490-491 PLANT R E S P O N S E ,(13)502-508 P O T E N T I A L ,(19) 161 T E S T S FOR R E Q U I R E N E N T S ,(10)514-515

,

L I N E - P O T A S H LAU ( 3 ) 144 (15)123,312, (17) 18, (19)243,333-336 LIMBSTONE L I M I N G , (8)262-263.361-362, (10)415-522, (19)248-251. (25)313-314,

,

,(30)194

E F F E C T ON CORN ROOTS , (19)437 ON S O I L E I C R O B I O L O G Y ,(10)508-509 ON S n L P U P R E T E N T I O N (10)417-418 F A C T O R S DUE T O L I M E ,(10)509-510 PLANT FACTOR R E L A T I O N S (10)491-509 S O I L FACTORS RELATION (10)476-441 L I H I T I N G Y I E L D S ,(14)282-295 L I M 3 N I T E ,(1) 162,395, (5) 289, (16)320, (26)214 L I N D A N E , (23)162,165,190, (26) 51 L I N O L E I C A C I D ,(14) 196 L I N O L E N I C A C I D , (14)195-196 LINSEED (6)144 UNUJ A N C I J S T I F O L I t J M ,(6)177 U S I T A T I S S I M U M ,( 6 ) 144,177, (3) 207, (11)364, (12)223, (28)137, (29)57 ----LINIJM LINVHON (23) 1 5 1 - 1 5 2 , 1 6 2 , 1 8 1 , 1 9 9 , 2 2 2 , (24)359-362, (2fi)30 L I P A S E . S O I L ,(27)35.71

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, ------------,

L I T I I I C ORTIIEN'IS , (ljj24$,251 (27)314,319-320.358 L I T H I U Y , (16) lS3, ( 2 4 ) L70,273-275,29U,2Y7.308, L I T I l OSOL ,(2) 186,189- 190,194, ( 17) 2 S6,248-251,2 63,255,274-275,

(21)148,152-153, (27)178

L I T H O L E H S ,(17) 124 L I T T L E BARLEY (7)287 L I T T L E BLIJF3TEM ,( 9 ) 134 L I T T L E L E A P D I S E A S E ,(12)175, (15) 147 LITTORAL DRIFT (14)3 4 8 LIVESTOCK, IN THE NETHERLANDS ,(11 ) 367 PRODOCTION I N OLD COTTON DELT ,( 9 ) 22-25 LOBLGLLY P I N E ,(3) 5G, (4) 1 6 5 , 3 h 8 - 3 6 9 , 3 7 3 - 3 7 5 , 3 8 0 - ~ ~ 5 , (11)fiU. (12) 137,159 LOCOST,BLACK (27)237,253 LODGEPOLE P I N E , (17)242 , (12)63-6U,223.291, (14) 199,375,406, (19)134-135, (25)209-263, LOOSING

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(26)329-332

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88

Advances in AGRONOMY, Volume 32

LOESS , ( 2 ) 173-177,199, (3) 47,59,68,294, (23) 62-65 L O A H ,(11)340,3U5-3U6,362 PIIOSPHATE REQUIREMENT . ,(11) . . 360 &QLr_pn ,(12) 110, (29) 1 8 9 LpLzOl I T A L I C U N ,( 4 ) 240, ( 1 0 ) 391, ( 1 5 ) 103 flqLT_zP_LurJfl ,(2) 219,356,(3)218,(4)8,181,(R) 140,296,(10)366 ,(12) 109, ( 1 8 ) 30,275, (23) 29, (24) 102, ( 2 8 ) 1 8 & ( / ~ z g~~g e t i ~ , 4 (21218,354,373, : (U)8,26,37,181,24C.(8)47,133-134, lU0,297,(10)202,366,391, ( 1 2 ) O 9 , 1 0 1 - 1 0 ~ , 1 0 9 , (13) 95, 221, ( 1 5 ) 7 7 , 1 0 4 , ( 1 6 ) 2 6 , ( 1 8 ) 2 7 5 , (22) 342,347, (23) 324 ,(24) 102, ( 2 6 ) 282, (29) ~ 2 . 9 8 , ( 3 0 ) 107 J&p_LyggBJC_zQVq ,(13)82,86,95, ( 1 5 ) 9 , 2 2 , 7 2 , (18) 4,6,25,32,36,46 , ( 1 9 ) 114, ( 2 8 ) 2 0 , 2 3 , ( 2 9 ) 9 8 LOLIUR SP. ,( 1 2 ) 48, (16) 219, (18) 3 4 , ( 2 1 ) 17-18, (28) 7 5 l(/L€UL! s!!EuLAT_Ufl ,(10) 398 LQLIEL! T E ~ E N X U I,(16) 32 LONGLEAF PINE ,( 4 ) 385,389-390, ( 1 2 ) 176 LOOSE SHUT (5) 127-128, (8) 39.41. ( 2 0 ) 2 2 6 , (25) 356,365 LOROX (17) 25, (29) 173-176 LQTBLQLIS BALLESU , ( 2 2 ) 7 , 1 9 LQTVS_ , ( I 2 1 73

------

,

&QTO_S_@zfizS&Algs

,(2)219,336,353,358,373,(5)364,(8)54,204

,(10) 361-362,392-393,

( 1 2 ) 5 0 , 8 7 , (21)31),64, (22) 120-122, 126,143, ( 2 9 ) 1 3 3 LQTVS. BbJ@!! ,(13170 LQTPs EBPEIEVLA-TUS , ( 2 2 ) 120,128,147 L Q ~ ES U R ~ A Z A L U,~(29) 129 E T p s T!$IgxS ,(10) 392, (22) 120,127,143 LPTES ZETRAGQNOLOBUS ,(26) 8 8 LQTus !!!czE&EO%!S ,(8)54, ( 1 0 ) 396, (12) 87 LOUSEUORT ,(17) 242

,

LOVAGE (17)242 LOW PEAT S O I L S ,(11)340,350-352 LOU-LEVEL L A T E R I T E ,(14)18-19,50 LOYER HONTANE S O I L (17)248-250 LOXOSTEGE C O I H I X T A L I S ,(12)90 LOXOSTEGE S I I I L A L I S ,(12)90 LUBIA (26)44 S E I N ,(26)81 LUCERNE (U)8-9,11,29,33,35838,45-47,50,52-53,558244,252,

,

,

108,318, (22)21-22,24,29-30,43-44,188,

,

(15)39,Ul. (29)13

N U T R I T I V E VALUE (21) 17,22,25,30,34,36,53,62-63,7 1-72 S E E ALSO ALFALFA LUCEENE FLEA (18)34 LUHBRICIDS (13)250,262,265 LUHBRICUS RUBELLUS (13)253,256 LUIRRICUS TEERESTRIS (13)256 LUPIUE , ( 8 ) 1648198,(11)3U5, (12)73,112,~57,180-181,(13)355,(17)243 LUPINUS ALBUS (12)86 LUPINUS ARGUSTIPOLIUS ,(10)370, (12)61,86,(18)9 LUPINUS D I G I T A T D S (18)9,22 LUPI NWS LUTEUS (10)370, (12) 86 LUPINUS Y Y E T H I I (17)243 LYCOPERSICON ESCULENTUfl (2)1 X 8 (8)105, (12)226, (23)32. (24)235-236,

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,

,

,

,

,

,

(28)85,107,126, (29)57, (30)123 LYCOPERSICON HIRSUTUH ,(24)235-236 LEOS ,(30)134 L K U S BUG ,(81 51-52, 1 1 1)53,1121 . . 95,215 . LYGUS BLISUS ,(12)92. LYPUS HESPERUS ,(12192, (24)227-228 LYGUS L I N E A R I S , 1 3 0 ) 141 LYGUS L I A E O L A B I S ., (i2)388. (24)193,227-228,211,249 LYCUS P R A T E N S I S OBLINEATUS ,(12)92 LYGUS S P . ,(1)219-225 CONTROL BY I N S E C T I C I D E S ,(1)222-225

SUBJECT INDEX FOR VOLUMES 1-30 LYOTROPIC SSRIES , ( 4 ) 7 4 LYSI1IETEA ,( 3 ) 1 4 q , ( 7 ) 1 5 9 , 1 7 7 , 2 1 6 - 2 2 5 , 2 3 1 , L 3 3 , 2 3 9 - 2 4 1 , 3 0 2 , 3 3 4 , 3 6 0 , 3 6 3 , ( 1 1 ) 2U- 2 5 , 3 2 , 3 4 , ( 1 4 ) 2 29-231,238. 2 4 3 , 3 2 9 L Y S I N E , (8) 3 4 6 , ( 2 6 ) 3 4 1 fl

NACROPHOflIY4 ,( 2 6 ) 2 3 MACROPHONINA P H A S E G L I , ( 6 ) 3 4 3 , ( 2 6 ) 2O,39,69 I g C R O S I P H f J f l p~~FfQlJy! , ( 1 3 ) 2 3 2 MACROSIPHUR EUPHORBIAE ,( 2 4 ) 2 3 5 flACROSIPH'Ifl ERANARI'IN ,( 1 3 ) 2 3 9 - 2 3 8 P I S 1 ,( 1 2 ) 9 1 , 3 8 9 HACROSIPHUM - H A _D I R GLOflERATA ,( 1 7 ) 2 4 3 RAGAP , ( 2 3 ) 369 ( 1 1) 2 9 6 - 2 9 7 , ( 1 2 ) 1 3 3 , 1 3 6 , 2 U 8 - 2 5 1 , 2 8 5 , U l U MAGNESIUM ( 1 3 ) 6 7 , 1 8 4 , 3 5 5 , ( 1 4 ) 29,U8,7U-75,198,312,393-396, 401. ( 15) 1 2 1 , 3 1 3 , ( 1 6 ) 1 4 2 - 1 4 3 , 1 4 6 - 1 U 7 , 1 4 9 , 1 5 6 , 2 6 8 , 3 3 4 , 3 6 8 - 3 6 9 , ( 1 8 ) 113. ( 1 9 ) 1 2 5 - 1 2 6 . 1 U 3 , 1 7 5 , 2 U 5 - 2 U 7 , 250,321,324,330,332-333. ( 2 0 ) 1 40-141, ( 2 1 ) 5 6 - 5 7 , 2 4 7 , ( 2 2 1 3 4 0 - 3 4 2 , 354-356, ( 2 4 ) 387, ( 2 5 ) 1 9 3 , ( 2 6 ) 5 7 , 73, ( 2 7 ) 2 7 9 , 3 1 8 , 3 2 3 - 3 2 1 , 3 2 4 , 3 U l - 3 U 2 , 3 5 1 , (28)q6 C A T I O N A C T I V I T Y RATIOS , ( 2 4 ) 3 9 3 - 4 0 8 CONTENT I N S O I L AMENDflENTS ,( 1 1 ) 2 9 5 DEFICIENT SOILS ( 11 ) 3 4 4 FUNCTION I N PLANT (10) 493-494 LEACHING L O S S FROR S O I L (10) 490-491 PLANT ABS3RPTION ,( 1 0 ) 4 9 7 - 5 0 2 R E I A T I C N T O PHOSPHORIIS ,( 1 5 ) 4 9 3 NAGNESIUM AMNONIUfl P H O S F ~ I A T E ( 1 7 ) 2 6 - 2 7 MAGNESIIIM C H L O R I T B , ( 5 ) 2 3 5 RAIZE , ( 7 ) 7 1 , (161319, (18)207,211, (21)22,179-188,285, (22) 192, (23)8,13,25-26,152,177,192,31E,322-326,330,361,374, ( 2 5 ) 109,11U-117, ( 2 6 ) U 5 , 5 9 , 8 1 , 2 8 5 - 2 8 7 , 3 0 2 - 3 0 3 , (27)2,5-7,10.12,17,130,134,138-140,142-148,151, 154.1 8 8 , 2 7 9 , ( 2 8 ) U3,49,5 1 , 5 3- 54, 7 1 , 1 0 7 , ( 3 0 ) 1 1 8 , 1 8 4 , 1 9 5 CARBOHYDRATE S Y N T H E S I S 1201 2 7 5 - 3 2 2 ( ; R A I N Y I E L D PHYSIOLOGY i2Aj 3 0 4 , 3 0 6 - 3 0 7 , 3 1 1 , 3 1 6 , 3 1 8 , 3 2 0 , 3 2 2 ,

___-_---__--__-_----__ -__---__ _-- -- _ ___ _- _ --____ --

----_-I---_

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,

,

,

,

,

.;

324-327,329-330,332,335-340.343.349

,

NITROGEN F I X A T I O N ( 2 9 ) 8-9, 13,19,23-2U, 26-27,29-31 S E E ALSO CORN ,( 2 8 ) 1 7 2 , 1 7 5 , 1 7 8 - 1 7 9 , 1 8 1 , l d 5 , 1 9 0 , 2 0 3 , 2 0 5 YRTER-t&ICIT NALRTHION , ( 1 1 ) 3 1 3 , ( 1 3 ) 2 4 3 , ( 1 4 ) 9 0 , 9 2 , ( 2 3 ) 1 5 2 , 1 7 7 , 1 9 2 , ( 2 4 ) 3 4 1 ( 2 7 ) 35-36 MALE S T E R T L I T Y , ( 7 ) 1 2 2 - 1 2 5 , 1 3 4 , ( 2 4 ) 11-15, ( 2 8 ) 147-149,268-269, 275-279,290-292,294-296 C Y T O P L A S f l I C ,( 2 0 ) 5 5 - 5 6 , 6 7 - 6 8 , 0 0 - 8 3 , 2 3 5 - 2 1 0 HALRIC HYDRAZIDE (7) 2 9 1 - 2 9 2 m L r , USES OF (25) 334-335 MALTASE,SDIL ,( 2 7 ) 2 9 HALPING BARLEY ( 7 1 5 1 , ( 2 5 ) 327-378 HALPING P F O C E S S ,( 2 5 ) 3 3 2 - 3 3 4 SP. , 1 2 4 ) 1 5 8 HALUS S Y L V E S T R I S (17) 283 8 h p y G A SgWXA ,( 2 4 ) 2 3 6 , 2 4 4 - 2 4 5 HANGANESE (81332,353. (11) 299,301-302, (12) 61, 253-256 , U 1 4, ( 1 3 ) 1 6 3 , 2 0 5 , 2 1 3 , 3 3 2 , 3 55, (1 4 ) 3.9-10, 7 3 , 8 2 , 2 8 7 , 3 9 8 , ( 1 6 ) 2 1 4 , 2 6 8 , ( 1 7 ) 75-77.290, ( 1 8 1 9 6 - 9 7 ,( 1 9 ) 129-130,236,258-259.330.332.120) 141-142. 238,211 4-24 s , 3 2 7.32 9-33 0, j u 0, ( 2 3 j o 2 , . ( 2 4 ) 274 (25) 301, (26) 28,73,159,161, (27) 315,318-321, 324-325, (28) 97, (29) 20,205-206 ACCUHULATION I N S O I L (9) 213-214,216 AVAILABILITY (15) 141-152 CONTENT OF PLANTS (4)242-244

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89

Advances in AGRONOMY, Volume 32

90

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DEFICIENCY ( 8 ) 390 CAUSE OF (111362 I N SOILS (1 1) 344 SYNPTOMS (4)239-242 DISTRIBUTION I N S O I L (15) 136-140 F E R T I L I Z A T I O N (4) 264-245 P3RRS OF I N S O I L , ( I S ) 125-126 GEOCHEMISTRY O F ,(15)121,123 I N S O I L S ,(5) 299-300 NUTRITION (4)245-249 O X I D A T I O N ,( 1 ) 256-255,276 PLANT T O X I C I T Y (10) 504-505 SYNPTOMS ( U ) 249-259 ROLE I N PLANTS (4)259-272 S O I L MONITORING ( 2 7 ) 346-349 SUBMERGED S O I L (24) 3 0 , 32-33,36,47,49,61,73-74,83-R4 HANGANITE (U) 230-231, (15) 125 MANGEL (161220 BANSEL-UURZELS ,(7) 91-93 UAN30LD , ( 4 ) 116,122-123,126,129,131,133,136,242,244,252, (15) 12 I N THE NETHERLANDS ( 1 1 ) 34U,346,364-365 HANGROVE ,(25) 273,275-277, (29) 12 MANURE , ( 1 2 ) 1 5 4 - 1 5 5 , ( 1 4 ) 1 3 0 , 2 5 5 , ( 1 5 ) 145,306,312,(16)212,(18)114, 226,(29) 101-102,111,(30) 183 P O L L U T I O N SOURCE (27) 309-313,329-331 NANZANITA ( 1 2 ) 208 NAPLE,RED ( 2 7 ) 221,257 SUGAR (27) 219,228,238,250,257 HAPSILAND USE C A P A B I L I T Y (3) 276 S O I L ,(3) 275-276 HARAH G I L E N S I S (21) 180 NARSINAL P H Y S I C A L PRODIJCT (11) 141,152 MARGINAL RATE O F S U B S T I T U T I O N (11) 1 5 3 MARL (8) 380-381,383,385 MARROW STEM KALE (7)71,(21)22 MARSH S O I L ( 2 4 ) 31-32 M A R S H SPOT D I S E A S E , ( 4 ) 2 3 3 MARUCA T E S T U L A L I S (26) 38,50 HASS PLOH , ( 1 4 ) 3 4 1 N A Y E T I O L l Q g S s Q C T _ Q A (19) 133, (24) 198,204 NCPA ( 2 - N E T H Y L - 4 - C H L O R O P l ~ E N O X Y A C E T I C ACID) , (7) 73,2A5,3UR, (15) 172, (23) 213, (25) 6 3 NCPE (26) 76 NEADDU .BARLEY ,(8) 46 MEADOW F E S C U E ,(2) 218,354,358-359, (4) 183-18U,18B,19U,200, (5) 360, 363,(6)30, (7)60-61, (8) 137,140,283-285, (12)56-57 .(15)112.(21)55 NEADOW F O X T A I L , ( 2 ) 219,359, (5)363, (8)56 NEADOU PLANT BOG , ( 1 2 ) 9 2 NEADOW RUE ,( 1 7 ) 242-243 MEADOW S P I T T L E B U G ,(12) 92,387, (24) 192 BEDICAGQ ,(12)73,112, (171 164, (18)2,8,12, 19. ( 2 ~ T E A G QA S Z A T I ~ B (29) 196 CQNPIlUS (18) 33 NEDICAGO DENTICULATA (4)28 1EQKAEQ PALCA-18 I (12)76, ( 1 5 ) 317-320.322 ,327(29) 18S.203.213, (30)70 MEDICAGO GLUTINOSA ,(29) 1 3 5 129 4PQZGhcO ELSELEA I (2) 356, (4) 194, ( 8 ) 198, ( 12) 76 V A R . ZAAPpA , ( 4 ) 4 1 MEDICAGO LACINATA (13) 83 JgDICAGO L I T T O R A L I S (18) 7 HEDICAGO L U P U L I N A (4)190, (12) 76, (29) 203 NEDICAGO MEDIA ,(15) 320 NEDICAGO MINIM ( 1 3 ) 88, ( 1 8 ) 8-9.12.33

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nEQzceGQ

-

, , ,

-------

-_-_--__ -_ --

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SUBJECT INDEX FOR VOLUMES 1-30 =.oIE&EQ

POLIBORPHA

91

,(18)3.7-10.12.18

!Eu.C_&% SATIVA ,(1)205, (2)217,276,336,353,

[3)27, (4)8,181, (7)287

,(8)43,198,204, (12)43,74-76,1C8,220,222, (15)77, 317.319-321.327-328, (19)20, (20)248, (21)17.20 ,(22)21,126,336, (24) 116.334, (28)137, (29)133, 185-186.203.206, (30)70 V A R . GAEXPLA ,(24)191 BEDLCAEQ SCOTELLAT? ,(18)33 IEDZEAEQ SQLEAQLIr ,(4)41 HEDICAGQ TBANSCHANICA V A R .

@DI,C&CQ

, (24)192 (10)203, (18)6-8,33,36

AGROPYRETORUM

TBI@ylQrQEs ,(4)10,22,38,

rnEeIEQGQ TRPHCBTPLA' ,(22)2 1 4EDIEBEQ TPREZN4T& # (18)33

,(12) 84.87 ,(12)76,78 1ELBBESQBA 4LLI (6)152 4ELBNEROBXZA EHASeOU ,(26) 53.69 I E L A N G R O M Y Z A VIGNALI , (26)50 RELANOIDIN ,(8)391-392 -MELANOPLUS -------- BILITORATOS ,(12)388 IEL&NOPLUS BIVITTATUS ,(12)388 S:ZANOPLUS DIFFERENTIALIS , ( 2 4 ) 206 -MELQNOPLUS E E n B _S~fJ~~~ , (12) 388 BEGACHILIDAE HEGACRILIDS

t

HEL&NQPLPS_ REXICANUS ,(24)206 jELRNggLAJS SANGUINIPES ,(24)206 NELILOTIC ACID

.

(171 199.207

,(17)i$u,iie-iis, (24)1~9,191,(30)70 ---A L B A ,(21336,(4) I R I , (8)204. ~12~76-7a,107.109,1~2,(13)106,

(17)165,167,169-171,173-175,181-183.186-188.190 -192,194-197,208-210,214,218-220, (21)65, (28)137, (29)122,133 -_ ALTISSIMA - __----,(17)188 BICOLOR ,(17) 164 DENTATA ,(12)77, (17)167,187-188,191,206,209 ELEGANS ,(17) 164 HIRSUTA ,(17)188 INDICA , (12177, (17)165.179 INPESTA ,(17) 164,218 I T A L I C A ,(17)190 MESSANENSIS ,(17)190-191 O F P I C I N A L E v (2)336, (12)76-78.139, (17) 165,169,173-174. 181-183,lR6-188,190,192-195,1~7,208-209,218-220, 129) 1 3 3 91 ,191 :12)73.76 ,-7a,109 (17)186, 188,191,195-196.209- -210 ~~~~~~~~~

', (29)7

197 9, (26)53 ,84,117 ,271,277', (17)302 194 M E M B R A N' EEL E C T R O D E S ,(1)75 HEMBRANE PERMEABILITY (22)216-223.223-226 MEMBRANE S P E C I F I C I T Y ,(7)78.85 RENFEK (29)288

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92

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NERCURIALS (23) 207-20R NERCURY ,(24) 270.274-275,278-281,297,300-301,303-304,306-308 (26) 157-158, (27) 314-316,319-320.363-364 9PUEKPU AhEENA (17) 243 M E S I C HORIZON (17) 191-142 N E S Q U I T E ,(6)37,40,42,44, ( 1 2 ) 2 0 7 , (15) 195,(33) 109,118 N E T A B O L I S f l , E F F E C T OF N I T i O G E N (11) 381-385 METAHALLOYSITE ,( 1 3 ) 3 0 5 - 3 0 6 NETAL AflflONIUN PHOSPHATE ,(17) 75-76 NETA L S CAUSING IRON CHLOROSIS I N PLANTS (9) 44 HETAPBOSPHATE (1) 46-49, ( 1 1) 281-282 CALCIUN (1) 46-48 H Y D R O L Y S I S OF (27) 62-63 POTASSIUN (1) 46-49 NETATHESIS (1)402 METHAN (23) 172,213 NETHANE (13) 198,200 NETHANE B A C T E R I A (24)62-63 NBTHANOMONAS (13) 2 0 1 f l B T H A N O N - _ B _ B ~ T E ~Q ~ qI E L I A N S K I I (13) 1 9 8 BB~HBNS~~CIN~ (24) 62 METHENOGLOBIN ,(16) 225,227 N L T H I O N I N E ,(14) 196-197 METHOCEL (2) 144 NETHODOLOGY,CELL P R O T O P L A S T S , ( 2 9 ) 5 5 - 6 0 H A P L O I D CULTURE (29) 44-47 MUTANT I S O L A T I O N (29) 48-55 3 R G A N I C PHOSPHORUS A N A L Y S I S ,(29) 8 4 S O I L DISPERSING ( 2 9 ) 232-234 METHONYL (26) 52 NETHOXONE (1) 306 NETHOXYTRIAZINB (27) 308 METHYL BROMIDE (3)247,250-251,255,258-260, (71283, (15) 186,188 METHYL C E L L U L O S E (7) 22 2-METHYL-4-CHLOROPHENOXYACETIC A C I D ( H C P ) ( 6 ) 169-171, ( 1 4 ) 87, (15) 172 METHYLGLYOXAL (8) 391-392 NEXICAN BEAN B E E T L E (24) 194,238,240 NEXICAN WEED (7) 284-285, (14) 85 n I A N 1 S I L T LOAM (9) 242,268-269 ANALISES,CHEMICAL ( 9 ) 270-271 MECHANICAL (9) 271 MICA ,(1)161,(15)3U1,3U8,385 MICA-NONTRORIN I N T E R N E D I A T E S (5) 265 JICZOTROGUS P I C I R O S T R I S (12) 93,389 HICROBIAL A C T I V I T I E S ,(7) 83-86 DECONPOSITION (7) 12-14, (18) 113-118 I O A ACCUMULATION (7) 93-86 POLYSACCHARIDES (7) 1 9 - 2 1 P O L Y U R O N I D E S ,(7) 20-22,29,32 S O I L AGGREGATION (18) 113-126 STIMULATIVE EFFECTS ( 7 ) 84 TOXIC EFFECTS (7) 8 4 NICBOBIOLOGY I N S O I L S C I E N C E ,(7)399-410 A P P L I C A T I O N O F INFORMATION (7) 405-409 STUDY O F S O I L POPULATION (7) 401-405 U I C R O C L I N E ,(3) 114.120,125,153,(19)322 UEBQGQW!s DBPITBIPIGANS (7) 239 MICROELEMENTS (18) 93-94.96 MICROPLORA, GRASSLAND (22) 357-435 UGBQa&.ILgTES (17) 164-165,167,220 HICRONUTRIEIil'S (17) 74-78 C H E R I S T R Y O F I N SOILS (15) 119-159 DISTRIBUTION O F I N S O I L (15) 136-140

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93

SUBJECTINDEX FOR VOLUMES 1-30 F A C T O R S A F F E C T I N G A V A I L A B I L I T Y ,( 1 5 ) 1 4 0 - 1 5 2 F O R H S OF I N S O I L , ( 1 5 ) 1 2 4 - 1 3 5 G E O C H E H I S T R Y OF ,[ 15) 1 2 0 - 1 2 4 I N c o n e o s T ,( i i ) j U 9 R U L T I N U T R I E N T G L A S S E S ,( 1 2 ) 3 0 0 MICROORGANISMS 1 1 5 ) 235.265 AVAILABILITY-OF S O I L - N U T R I E N T S, ( i s ) 1 4 s - 1 4 9 E F F E C T S O F P E S T I C I D E S ON ( 2 3 ) 181-208,342-345 E F F E C T ON Z I N C A V A I L A B I L I T Y I N S O I L S , ( 9 ) 5 0 - 5 1 NICROWAVE 1 R R A D I A T I O N . S O I L ENZYflES (27) 69 R I D G E ,( 1 4 ) 92 MIGRATION C O E F F I C I E N T ( 2 8 ) 361-3G3 U I L D E U ,( 1 2 ) 408. ( 1 7 ) 2 1 4 OOYNY ,( 2 6 ) 6 9 M I L E S L O T O N O N I S ,(22)7-8.19-20,29-32,64 n I L K PRODUCTION. SPECIFICATIONS FOR HIGH-QUALITY F O R A G E F O R ,( 9 ) 12’) RILKVETCH (17) 242 Z I C E F ,( 1 0 ) 3 9 5 - 3 9 6 MILKUEED ,( 2 9 ) 162-163 MILLET , ( 1 1 ) 5 6 , 1 0 7 , ( 1 2 ) 4 8 , 2 2 0 - 2 2 1 , ( 1 4 ) 3 0 9 , (16)75,83, ( 2 1 ) 1 7 9 , 188, (26)4S,S8, ( 2 8 ) 307,324,330, ( 2 9 ) 108, ( 3 0 ) 1 9 8 BROYN T O P ,( 1 0 ) 365 FINGER ( 2 8 ) 305,318 I T A L I A N ,( 2 8 ) 3 1 8 J A P A N E S E ,( 2 8 ) 3 3 2 PANIC ( 2 8 ) 305,318 PEAR ,(26) 7 8 P E A R L ,( 2 6 ) 283, ( 2 8 ) 305-306,318-219.324 N I L L E T HED L E A F V I R U S (13) 234 M I L L I S I T E ,( 3 0 ) 1 6 2 flIL3 ( 1 3 ) 354,356, ( 1 4 ) 2 3 5 - 2 3 6 MILO DISEASE ,(6) 3 0 8 - 3 1 1 M I N O S I N E ,(221 3 3 - 3 4

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ACCUflULATION ,( 1 6 ) 2 6 7 - 2 6 9 INTERRELATIOASHIP (29) 2 0 7 - 2 0 9 ROOT GROWTH (29) 204 UPTAKE (29) 2 0 4 - 2 0 6 NUTRITION, OF P L A N T S , ( 7 ) 7 5 - 8 7 O F SOYBEAN ,(12) 2 2 9 - 2 6 1 L E A F A B S C I S S I O N AND , ( 9 ) 7 3 R I C R O B I A L A C T I V I T I E S AND N U T R I E N T I O N ACCURULATION (7) 83-86 N U T R I E N T I O N ACCUEWLATION (7) 7 5 - 8 3 S O I L MICROBIAL ACTIVITY (7) 75-87 M I N E R A L I Z A T I O N ,(5) 177-179, (7) 1 ~ 7 , 1 6 0 , 1 6 3 , 1 7 0 , 1 7 S . 1 8 ~ , ( 1 4 ) 3 5 1 ,(29)98,130-112 M I N E R A L I Z A T I J N OF OHGANIC NITROGEN ,( 7 ) 3 0 0 - 3 9 8 L E R A T I O N ,( 7 ) 307,313 ARABLE LAND ,(7) 303,3?5-309,326 C/N R A T I O ,( 7 ) 3 3 2 - 3 3 5 c o n e o s T s , ( 7 ) 336-3353 DETERMINATION (7) 3 6 1 - 3 8 3 FARM MANURE ,(7) 3 3 6 - 3 3 9 F A T E O F M I N E R A L I Z E D NITROGEN (7) 3 4 9 - 3 6 1 G R A S S LAND (7) 303.309-316.327-329 S R E E N MANURE ,( 7 ) 3 4 0 - 3 4 3 I M H O B I L I Z A T I O N AND ,( 2 8 ) 2 4 6 - 2 4 9 I N C U B A T I O N METHOD (7) 302.361-3P1 IRRIGATED S O I L S (7) 317-318 LINING (7) 3 4 3 - 3 4 6

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NATIVE HOHUS (7)301-349 NITROGEN L O S S E S (7) 3 4 9 - 3 6 1 P A R T I A L S T E R I L I Z A T I O N EFFECT ( 7 ) 303,324. 346,3U8-349,365-366 PEAT S O I L S (7) 3 1 6 - 3 1 7 RICE FIELDS (7) 320-322 S A L I N E S O I L S ,( 7 ) 3 2 2 - 3 2 3 TROPICAL S O I L S (7) 318-320 M I N 3 R ELEMENTS,RELEASE BY YEATHERING ,( 5 ) 2 9 7 - 3 0 1 MINT 1171 117 S S E A N X ~ ~ S( 1 5) 8 2 M I S C I B L E DISPLACEMENT ( 1 4 ) 3 3 1 MITES ,( 1 2 ) 95, (24) 193 . MIT3CHONDRIA ,(10) 492,495, ( 2 4 ) 9-10, ( 2 8 ) 295 GENES ,(24)9-13,12-13.17-18 M I X ~ G R A P H - (17) 93-94,97 MOISTURE C H A R A C T E R I S T I C , ( 2 ) 236,239-246 MOISTURE CONSERVATION (11) 110-115 HOISTURE EQUIVALENT ( 2 ) 260-261, (4) 335,392 MOISTURE, HARDINESS ROLE (30) 70-71 MOISTURE,MINERALIZATION ( 2 9 ) 103- 1 0 4 MOLASSESGRASS ( 2 2 ) 5-6,47,5U MOLD,BLUE (29)47 MOLDBOARD PLOWING ( 1 3 ) 139 MOLINIA CAEROLEA , ( i s ) i 2 4 MOLLISOL ( 1 5 ) 386-387, (20) 8.28, ( 2 7 ) 1 7 8 gQ&&usQ E_ERTIEILLATP+ ( 1 5 ) 187 MOLYBDATE.ADSORPTION ,(301 15.35 M O L Y R D E N U ~ ( i i ) 3 3 2 , (ii)253,276,uiu, ( 1 3 ) 76, ( 1 4 ) 3 9 8 - 3 9 9 ,(16)206,214, ( 1 8 ) 9 6 , ( 1 9 ) 260,330, (20) 139-140.204, 246-247,249,258-262.267. ( 2 1 J 5 8 , ( 2 3 ) 3 0 3 , (24) 158, 295,386, ( 2 6 ) 28,U1,73, ( 2 7 ) 311(-315,317-320,327, 346, ( 2 8 ) 9 7 ANIMAL REQUIREMENT ,( 8 ) 1 7 2 - 1 7 3 CONTENT I N S O I L S ( 8 ) 181-182 CROP RESPONSES ,(8) 167,184-199 DEFICIENCY ( 2 ) 121, ( 4 ) 27-28,47-98, ( 5 ) 296 I N AUSTRALIA ,( 8 ) 167-168 CORPOUND D E F I C I ? N C I E S ,( 8 ) 1 7 3 - 1 7 4 CORRECTION ( R ) 182-184 DYTECTION ,(H) 1 7 3 - 1 7 4 E F F E C T OF L I i l I N G (8) 189-193 F I E L D OCCURRENCE (8) 1 6 6 - 1 7 3 N I T R A T E ACCfJflULATION ( A ) 179-180 PLANT COMPOSITION ,( 0 ) 1 7 7 - 1 8 1 SYMPTOMS ( 0 ) 174- 177 I R R I G A T E D PASTURES (2) 3 7 3 - 3 7 4 I N NEU ZEALAND ( 8 ) 168 D I S T R I B U T I O N I N PLANTS ,( A ) 1 7 3 DISTRIBUTION I N SOIL (15) 136-140 E S S E N T I A L I T Y , ( 8 ) 164,171 F E R T I L I Z A T I O N , ( 4 ) 196 F O L I A G E SPliAYS ,( R ) 102,184 IN F E R T I L I Z E R S , ( 8 ) 196 GEOCHEMISTRY O F , ( 1 5 ) 1 2 1 - 1 2 4 NITROGEN F I X A T I C N (8) 166-170 NODULATIDN E F F E C T S ( 9 ) 175-176,178,192-193 NOTRIENT I N T E R A C T I O N S ,(fl) 185-187, 1 9 4 - 1 9 5 PLANT METABOLISfl ,( 0 ) 1 7 0 REACTIONS WITH S O I L , ( 1 5 ) 1 3 1 - 1 3 2 H E L R T I O N S H I P TO L I 4 E , ( 1 0 ) 5 0 7 - 5 0 8 RESPONSE B Y PASTURES ,( 8 ) 1 6 4 - 1 6 5 H E S W N S E S I N UATFR CULTURE , (8) 1 6 4 S O I L RONITORING ( 2 7 ) 349-354 T O X I C I T Y ,( 8 ) 167 b O Y I L I N I A FAIJCTICOLA ( 1 7 ) 300.308 MON3CULTURE ,( 2 6 ) 179-183.193-194 RONTEREY P I N E (19)308

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SUBJECT INDEX FOR VOLUMES 1-30

,( 1) 1 6 1,16

NONl' N O R I L L O N I T E

3- 168,170,174,177180,182,185-1 87, 190-191,194,196,396,399, 402, ( 2 ) 14,88,144,166, 185. (31 1 2 . 1 8 . 2 4 , 3 4 , 1 1 4 . 1 1 7 , 1 3 2 - 1 3 3 . 1 3 6 . 1 3 8 . 1401142, ( U ) 7i-74,76,78;81-82,@4,86189,( 1 3 ) 292,312, ( 1 4 ) 13,347 ,( 1 5 ) 126- 129,31(9,3~1,370,385, (16) 350,355-356, 358,363,369, ( 1 8 ) 229, ( 2 1 ) 246,298, (22) 90,9U,96, 9 9 - 1 0 0 , 1 ~ 3 , 1 0 ~ , 1 1 1 , (23)150-151,153,156,174, ( 2 6 ) 233, 244,251, ( 2 9 1 2 3 8 , ( 3 0 1 2 3 AMMONIUM S O R P T I O N (10) 330 C R Y S T A L S T R U C T U R E ,( 1 ) 1 6 ? - 1 6 8 EXCHANGE C A P A C I T Y ,( 1 0 ) 4R5, ( 1 2 ) 21,26 I D E N T I F I C A T I O N OF ,(12) 1 9 O R I G I N OF ,( 1 2 ) 14-15 S O R P T I O N O F O R G A N I C COHPOUNDS ,( 1 2 ) 2 9 - 3 0 S O R P T I O N OF WATER , ( 1 ) 1R6 S T R U C T U R E OF ,( 1 2 ) 5-6 SWELLING OF (12135-32 N O N T R O H I L L O N I T I C S O I L ,( 1 6 ) 3 3 3 N O N ~ N O R I N . D E P I N I T I O N ,151 2 3 0 DOMINANT COLLOID IN ' S ~ I L S ,(5) 2 7 2 - 2 7 6 I N GUBBOTIL , ( 5 ) 2 7 5 WEATHERED FROM M I C A S , ( 5 ) 2 7 2 MONUhON ,( 1 5 ) 186,191, (23) 213,343, ( 2 4 ) 3 6 2 NOOR PEAT,S_EE H I G H P E A T ,( 1 1 ) 3'32 MORNING GLORY ,(7) 253,273,275,277,279, (14) 4 0 4 NORROW P L O T S ,( 2 ) 2 0 0 - 2 0 1 noss CAMPION ,( 1 7 ) 243 NOSS P E A T ,( 1 1 ) 349.351 NOSSZS , (13) 1 6 9 NOUNTAIN BROMEGRASS , ( 8 ) 1 4 2 MOUNTAIN IIAHOGANY ,( 1 7 ) 2 4 1 - 2 4 2 HOUNTAIN !'I!JHLY (12) 239 MOUNTAIN SOILS,.COL@RADO , ( 1 7 ) 2 3 3 - 2 e l BLPINE-TUNDRA ,( 1 7 ) 254-256 C H A R A C T E R I S T I C S OF THE SOILS ,( 1 7 ) 2 5 6 - 2 7 9 C L I M A T E ,( 1 7 ) 2 3 7 - 2 3 9 GENERAL S O I L P A T T E R N S , ( 1 7 ) 2 4 4 - 2 5 6 GEOLOGY AND PHYSTOGRAPAY , ( 1 7 ) 2 3 4 - 2 3 7 LOWER IIONTANE ,( 1 7 ) 2 4 8 - 2 5 0 MONTANE ZONE ( 1 7 ) 2U1 MOUNTAIN P A R K S ( 1 7 ) 23S-238,240-24 1,246-248 PARKS A N D NEADOUS ,( 1 7 ) 2U6-248 S U B A L P I N E ,(17) 2 5 2 - 2 5 4 U P P E P MONTANE ,( 1 7 ) 2 5 0 - 2 5 2 V E G E T R T I O N ,( 1 7 ) 2 4 3 - 2 1 4 NOUSE BARLEY ( 2 2 ) 3112 N O W S H S , (11) 19R HUCK ,( 8 ) 380,382,39H RUCK S O I L ,( 1 7 ) 3 3 3 NUCOR ,( 1 6 ) 117 ----MUCOI? S P . , ( 7 ) 1 8 MUCIJNA ,( 2 6 ) Q , 93 EgUlzE_NS ,( 2 6 ) 9 1 V A R . q77'LIS ,( 2 6 ) 11,102 NUCLJNA S L O A N E I , ( 2 6 ) 11,91,132 -_---MUCUNA S P . ,126) 13 NllCllNA ElZNs ,( 2 6 ) 9 1 MUDPLANTAIN , ( 1 4 ) 8 5 NUliLENBERGIA mQLT&N& ,( 1 2 ) 259 , ( 1 7 ) 2 4 1 MllllLY ,(17)2111 MULCII, CVLTIJRE ,( 6 ) 124 LIVING 161 1 3 1 - 1 3 6 ORGANIC. ( 6 ) 287-288 P L A N T E R S ,( 6 ) 124,134,137-138 S E E D E R S ,( 6 ) 137 TILLAGE ,(3) 271,292.3~1.30~. (6) 131-138 TRASH ,( 6 ) 1 3 6 - 1 38

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Advances in AGRONOMY, Volume 32

96

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MULE-EARS (17)242-24 3 MULLITE ,(26)227 M U L r I N U T R I E N T G L A S S E S ,(11)300 MULTISPECTRAL SCANNER ,(27)282-284 MUNG BEAN ,(26) 62-76,91,95,100,283 DESCRIPTION (26)63-65 MANAtiBMENT (26)75-77 PHYSIOLOGY (26)70-75 PLANT IMPROVEHZNT ,126)65-68 MURRAY LATYYROIDES ( P H A S E b L E LATHYPOIDES) ( 2 2 ) 13-14,29-31,36,45 HUSA S A P I E N T U l ,(22)388 MUSA T E X T I L I S (22)287 MUSZOVITE .(3) 114.123-122. 132,134-135.153. 141 . . 71.. 112) 4.13. (151 127.

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MUSKMELON ,(2) 119,134, (16)219 MUSTARD (3)137, (27)147,153, (30) 199 GREENS 128199 L I N C DEPICIENCY I N (9) 32,35 MUTAGENIC E F F E C T S ON S T O R E D S E E D S (19)91-94 MUTATION ,INDUCED (13)109 HYCOBACTERIUM (13)200 MYC3RRHIZA ,(23)208 MYCOARHIZA F U N G I ,(19)322 MYC3RRHIZAE ,(1)246-248,257-259, (7)85,350, (12) 133,167-169,

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(19)322,(22) 417-018, (29)9U-95,108

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MYCORRHIZAL A S S O C I A T I O N 1301' 199 ~ Z O C A L L I S . RIEHMI ,(12)g i ' , (7) 117, (24) 234,236,243-246 MYZUS P E R S I C A E

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N NAB ,(26)75 NACRITE (3)131 NAPKTHALENE ,(13)202 ALPHA-NAPHTHALENEACETIC NAPHTHALENEACETIC ACID

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(2) 140 206, (12)289

ACID,

,( R )

,236, (20)84

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BETA-NAPHTHOKYACETIC ACID (2)138-141 3-1-NAPHTHYLPHTHALAMIC A C I D ,(14)3A8

206, (20)84

NAPIERGRASS (3)200-201,22U-226,(U)38, (10)386,UOl, (11)201, (lh) NARDUS STRICT_& (13)1 1 NARROY BROWN L E A F S P O T (14)88-89 NARROWLEAF T R E F O I L ,121 358.1221 ' 120.127 N A S E L L A TRICHOTOMA 13) 8 7 - . NATIONAL S E E D STORAGE LABORATORY (19) 101-105, (23)39-43 NATURAL GAS. S O I L CONTAMINATION (13) 197-216 NATURAL GRASSLANDS ,(7)59-65 NATURAL S E L E C T I O N ( 6 ) 206-207 NAVY BEANS ,(11)210 NECTARINE (17)299 NEEDLE-AND-THREAD GRASS (6)8 NEEDLEGRASS (17)241-242 GREEN ,(10)375-376, (28)24 NEMkTODE (8)58,75. (11) 53.9 1, (12)386-387, ( 13) 104.167, (14)89,(16)269-271,(18)305,(24) 197,(26)23,53 CONTROL I N S O I L (3)244-264 CYST (26)69 PLANT P A R A S I T I C (3)244-246,249 REPRODUCTION RATE ,(31 249 a O O T KNOT ,(3)244,246,219, (26)53, (30)142,234 ROOT ROT 1191 248

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97

NEOV3SSIA BARCLAYANA ,( 1 4 ) R 8 LEEY2zErTz& E L E I Y C T A T U S C I N T I C E P S , ( 2 4 ) 196 N E P H O T E T T I X C I N C T I C E P S ,( 2 9 ) 298,315,318 BBEfl3TgTTI6 L B P I C T I C E P S , ( 2 4 ) 198 N E P H O T g r T L X V I R F S C E N S , ( 2 9 ) 288,316 NERVST EQUATION ,( 2 5 ) 1 6 9 - 1 7 2 NET A S S I H I L A P I O N RATE (N4R) ( 4 ) 105-124, ( 1 5 ) 8 5 D E F I N I T I O N ,( 4 ) 1 0 5 - 1 0 8 E F F E C T OF AGE ( 4 ) 115-116 EFFECT OF CLIHATE (4) 117-120 E F F E C T OF NUTRITIONAL STAT’IS , ( 4 ) 1 2 1 - 1 2 4 S P E C I E S D I F F E R E N C E S ,( 4 ) 1 2 0 - 1 2 1 NET BLOTCH , ( 2 5 ) 3 5 6 NEUTRON A C T I V A T I O N ANALYSIS ,( 2 7 ) 3 2 6 I R R A D I A T I O N , ( 1 4 ) 209,211-212 HOISTUHE METER , ( 1 4 ) 3 3 0 - 3 3 2 NEVADA BLUEGRASS , (8) 4 6 NEU J E R S E Y TEA , ( 1 7 ) 2 4 2 NICKEL ,( 1 9 ) 321, ( 2 0 ) 239, ( 2 4 ) 2 7 0 , 2 7 4 - 2 7 5 , 2 9 3 , 2 9 5 , 2 9 7 , 3 0 8 , ( 2 6 ) 157-158, 160-16 1, ( 2 7 ) 3 1 U - 3 1 6 , 3 1 R - 3 1 9 , 3 2 5 , 3 U 6 , 3 5 6 - 3 5 R N I C 3 T I A N A ,( 2 U ) 2 4 3 , ( 2 9 ) 4 5 , 4 7 , 6 2 NLC_?T_I&NA ACUHINATA (28) 1 3 7 LLG3TIANA ALBTA , ( 2 8 ) 137 N I C O T L M A GLAUCA , ( 2 8 ) 137,141,147, ( 2 9 ) 58-5’) LLC_3ZL&L& GLUTINOSA ,(29) 4 7 D I S E A S E RESISTANCE.ZINC A N D 191 4 3 NICOTIANA LANGSDORFII-, ( 2 ~ 137, ) iii’,iu7, (29)58-59 NICOTIANA NOCTIFLORA ,( 2 8 ) 1 3 7 NICOTIANA OTOPHORA (26) 286 NICOTIANA PANICULATA , ( 2 9 ) 1 3 7 NICOTIANA R U S T I C A ( 1 9 ) 214, ( 2 6 ) 2 9 3 NICOTIANA S P . ,(3) 5 4 HIQT_lhNA S Y L V E S T R I S ( 2 9 ) 1 3 7 NICOTIANA TABACUB ,( 1 9 ) 213, ( 2 6 ) 2 8 6 , ( 2 8 ) 8 6 , 1 2 5 , 1 3 6 - 1 3 7 , 1 U 1 - 1 4 2 , 145.151.1291 47.57.59

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NIEBE ,( 2 6 ) 4 4 NIGGER w o o L , ( 6 ) 8 NILAPARVATA LUGENS ,( 2 4 ) 198, ( 2 9 ) 294,307 NIODIllV , ( 2 4 ) 270,275,294,297-298,308 N I R A RICE ,(14)97 NITER ( 1 7 ) 49 NITRALIN (23) 203 NITRA PHOSPHATE, DICALCIUfl ,(1) 5 0 - 5 1 N I T R A P Y R I N ,( 2 9 ) 1 6 4 ( 1 4 ) 235, ( 1 5 ) 199, ( 1 8 ) 9 4 - 9 6 N I T R A T E ,(13) 159-161,202,257,263. I 1 9 1 225-231.242 - 2 5 1 260.. .( 2 0 ). 138-139 - 1 47. (21) 6 4 - 6 5 ( 2 4 ) 37,U7,49,64;67-;0 ABSORPTION ( 6 ) 257 ACCUVULATION (2) 9 1 AND P O I S O N I N G ,(16) 1 9 7 - 2 4 8 EXTERNAL FACTORS GOVERNING (16)210-219 I N T E R N A L FACTORS GOVERNING , ( 1 6 ) 2 0 2 - 2 1 0 POSTHARVEST L O S S E S (16) 220-221 POTENTIAL HAZARDS T O HAN ,( 1 6 ) 2 3 6 - 2 4 0 T O X I C AGENT RECOGNITION (16) 198-201 T O X I C I T Y T O ANIflALS , ( 1 6 ) 221-240 BY PLANTS (16) 201-219 BY VEGETABLES ,( 2 8 ) 7 1-1 19 ADSORPTION ( 3 0 ) 40 A S S I U I L A T I O N ,( 4 ) 2 6 5 - 2 6 6 F E R T I L I Z E R S ,(11) 2 5 4 - 2 5 7 L O C A L I Z A T I O N ,( 1 6 ) 2 0 4 - 2 0 8

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NETABOLIC ROLE I N PLANTS (16) 201-202 NITROGEN ,(14)73,275,313 POSTHARVEST L O S S E S (16) 2 2 0 - 2 2 1 POTENTIAL HAZARDS T O N A N , ( 1 6 ) 2 3 6 - 2 4 0 REDUCTASE ,(8) 179-180, (16)30,209,215.217, ( 1 9 ) 53,64-73,80 REDUCTION (6) 257, ( 7 ) 3 7 5 - 3 7 6 T O X I C AGENT RECOGNITION , ( 1 6 ) 1 9 8 - 2 0 1 ( 1 6 ) 221-240, ( 2 8 ) 7 2 - 7 4 TOXICITY TO ANINALS ( 1 6 ) 221-243 RONINANTS VS. NONRUKINANTS (161223-226 T Y P E S OF , ( 1 6 ) 2 2 6 - 2 3 6 VASCULAR SYSTEM INVOLVENENT ,( 1 6 ) 2 2 6 N I T R I C A C I D PRODUCTION ,( 1 1) 2 5 4 N I T R I F I C A T I O N ,(2) 89-91, ( 7 ) 301-307,3 1 3 - 3 1 U ,316-3 17,3 19-322,335. 34 1 , 3 4 4 - 3 4 7 , 3 4 9 , 3 5 1 , 3 5 5 , 3 7 9 , 4 01,406, (8) 72,75-79, 95,101,109-110,180,328. (22)422-424 E F F E C T ON S O I L PH ,(11) 3 9 0 INHIBITORS (28) 95-96 PHOTOCHEKICAL (2) 90. ( 7 ) 3 1 9 RETARDERS (23) 337-358 N I T R I T E ,( 1 3 ) 1 5 9 - 1 6 1, (1 6) 200,202,209,220,222,224 ,226.22R. 2 31,233, 239, ( 1 7 ) 23, (18) 241-242.215-251 P O I S O N I N G , SOURCES (28) 74-76 TOXICITY (28172-74 NITROBACTER ,I 2 I 86.. 171 . 351 NITROBACTER , (10) 345 NITROFEN ,( 2 4 ) 355-358, (26) 30 NITROGATION , (2) 1 1 6 NITROGEN (11)63,82-83,109,369-393, ( 1 2 ) 136-137,277, (13)72-73,84, 164,18U,198,203,210,227,257-259,263,299,333, (14) 383 ,(16)59,66,75,93,210-213,267, ( 1 7 ) 103,172,324 ,( 18) 12-14, 38,67,95,97-98,113,115,219-258,26S, 267-268,285-288,310,312, (19) 117-121.134-135, 217-218.222-233.235.2U7.249-250.252-253.260.321324.327; 32S-334;33613,7;339,34i~343, ( 2 1 j 15.50, 23-24,32,36-37,47,55-51,56, ( 2 2 ) 357, ( 2 3 ) 101,105, 1 18.132.2 1 5.202.295-298.305. I 2 1 1 1 6 2 - 1 6 3 196. 20 81209; ( 2 6 i 27, i 3 5 , 1 4 6 - i51, i d 2. 8 9 1 1 9 0 ,( 2 7 ) 110,146,182-183,186,279,308, ( 2 8 ) 174,194, 309,313,115,327,337,339, (29)@5.105-106,164,216 ABSORPTION (11)63-61 AliBONIA ACCUMULATION ,( 2 4 ) 6 5 - 6 7 A P P L I C A T I O N T I N E S ,(13) 1 0 3 S I O L O G I C A L E F F E C T S ,( 1 1 ) 3 7 0 - 3 8 5 S I O L O G I C A L I N K O B I L I Z A T I O N ,( 1 8 ) 2 2 9 - 2 3 7 CEREAL Y I E L D ,( 2 8 ) 3 8 2 - 3 8 9 ZHEYICAL E F F E C T S 13 S O I L , ( 1 1 ) 3 8 5 - 3 9 3 C O N P E T I T I O N FOR ,(15)16,29,41,U5,U9-50,53,56,5~,60-62,71-76,78,104,177 ZOUPOrJNDS O P , USED AS F E R T I L I Z E R ,( 1 1 ) 2 4 8 - 2 6 2 CONSUtlPTION , ( 1 7 ) 2 - 1 1 C R O P RESPONSE ,( 1 0 ) 7 1 , 126,128,134 CYCLE ,( 2 ) 89, ( 7 ) U'Jd S O I L ENZYflES (271 3 8 - 5 8 DENITRIFICATION i 2 4 i 67-70 DIOXIDE ,(16)236-237,(23) 113,119-120,129 DISTRIBUTION OF , N I S O I L ,( 2 5 ) 94-95.108-1 09 E F F E C T O F CALCIIJN ON 'IPTAKE (10) 4 9 2 E F F E C T S ON GRAIN Y I E L I ) , (25) 3 7 1 - 3 7 2 ON ROOT GROXTA ,( 1 1 ) 47-48 ON T R A N S P I R A T I O N R A T I O ( 1 1) 5 6 - 5 7 EROSION L O S S E S (15)354,307-309.?14 EVALUATION (14) 2 7 U - 2 7 6 , 2 R 1 , 3 0 1 , ~ 0 9 , 3 1 2 - 3 1 3 , 3 1 6 EXCRETION ,( 4 ) 5 1 F E R T I L I Z E R ,( 6 ) 125-131,13U,136-137,1U1,281 ,290, (I)) 19,21,23-24,27,32 CONPOUNDS USED AS NITROGEN F E R T I L I Z E R , ( 1 1 ) 2 4 8 - 2 6 2 CONSUNPTION I N NORTH CENTRAL S T A T E S ,( 2 ) 1 0 7 I N UNITED STATES ,( 2 ) 1 0 5

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99

SUBJECT INDEX FOR VOLUMES 1-30 PRODUCTION ,( 1 1 ) 2 4 2 - 2 6 2 RECOVERY , ( 7 ) 2 2 0 - 2 2 2 , 2 2 6 - 2 2 7 , 2 3 0 , 2 3 2 , 3 0 5 SLOY-RELEASE ,117) 26-28.123) . 337.358-375 . S3URCES ( 1 0 ) 7;-79 F I X A T I O N ,( 1 ) 2 5 2 - 2 5 4 , ( 2 ) 8 6 , ( 1 2 ) 273-277, ( 1 3 ) 198, ( 1 4 ) 213,391,399, ( 1 9 ) 342-3113, ( 2 2 ) R , 2 3 - 2 6 , 3 4 , 4 1 6 - 4 2 2 , ( 2 4 ) 7 0 - 7 1 . (29) 206-207 BY COUPEA ,( 2 6 ) 5 7 - 5 8 BY GRASS ,( 2 9 ) 1 - 3 8 BY MONG BEAN ,( 2 6 ) 7 4 - 7 5 EFFICIENCY ,(29)21-22 GPNE MANIPULATION ,( 2 9 ) 7 1 - 7 3 1 5 N - E N R I C H E D ,128) 2 4 3 - 2 4 6 N O N - S Y R B I O T I C - ; ( 2 ) 9 2 - 9 4 , (7) 156,171,214-i15,223,225,229, 232,2U1-244,246.U06, (22) 417-418 PHOTOCHEMICAL 17) 157.2114-2'45.321 P R O T O P L l i S T RESkARCH , i 2 8 ) 1 5 0 - i 5 2 SYMBIOTIC ( 1 ) 243,248. (2) 91-93, ( 4 ) 28.U7.49, (6) 127, (7) 215,240,341, ( A ) 166,169-170,188,190 NON-LEGUflES ,( 2 2 ) 4 1 7 - 4 1 8 F I X E D S O U R C E S ,( 1 7 ) 1 2 - 1 4 PORflS USED B Y PLANTS , ( 8 ) 7 9 - 8 1 G A S E 3 U S L O S S ,( 2 7 ) 189-192.310 G R A I N Y I E L D ,( 2 5 ) 3 7 1 - ? 7 2 GRASS F E R T I L I Z A T I O N ,( 1 2 ) 6 2 I I I i l O B I L I Z A T I O N ,(7) 334,382. ( 9 ) 9 0 - 9 1 (11) 5 0 I N P L r l N C E ON V E R T I C I L L I U Y WILT I N R A I N UATER , ( 2 ) 9 3 LEACHING L O S S , ( 2 7 ) 1 8 6 - 1 8 9 L E A F ,( 2 8 ) 1 8 - 2 1 LODGING R E L A T I O N S H I P ,( 2 5 ) 233-236.241 RATER I ALS, ANflONIA ,( 1 7 ) 2 3 - 2 6 A R 4 O N I U H . N I T R A T E ,( 1 7 ) 16-19 CALCIUfl CYANARID ,( 1 7 ) 2 1 UBEA , ( 1 7 ) 19-21 N E T A B O L I S f l ,( 1 9 ) 53.63-72.80 MINERALIZATION ( 1 ) 259-2552, ( 8 ) 2 6 5 - 2 6 6 n O N I T O R I N G O F I N S O I L ,( 2 7 ) 3 3 2 - 3 3 7 Y I T R A T E ,( l U ) 7 3 , 2 7 5 , 3 1 3 , ( 2 9 ) 128,349 N I T R I C ACID ( 1 7 ) 14-15.17 O X I D E PRODUCTION , ( 1 1 ) 2 4 3 - 2 4 4 P H O S P H A T E R E L A T I O N ,( 1 0 ) a i ?LANT RECOVERY (28) 249-253 RED CLOVER ,( 1 2 ) 4 1 5 REDOX SYSTEtlS , ( 2 ' 4 ) 8 1 - 8 3 R E Q U I R E f l E N T OF C R O P S , ( 7 ) 3 6 5 - 3 6 6 . 3 7 1 NONLEGlJflE CROPS O F OLD COTTON BELT , ( 9 ) 11 R E S I D U A L VALUE ,( 1 3 ) 130 R E S P O N S E T O L I M E ,( 1 0 ) 1 2 1 R I C E CULTURE ,( 1 4 ) 73,75,79-82,36,89 S O I L , ( 2 4 ) 6 5 - 7 1 , sip ALSQ SOTL NITROGEN ( 2 5 ) 94-95,108-109 S O I L DISTRIBUTION S O I L PICNITORI'IS ,(27) 332-337 S O L ' J T I O N S , ( 1 7 ) 23-26 S 3 Y Y P A N , ( 1 2 ) 232-235, (1U) 3 9 1 - 3 9 3 S T R E S S I N PLANTS ,( 2 8 ) 1 - 3 5 S U L F U R R A T I O ,( 1 0 ) 4 1 0 S U P P L Y AND ACCVMULATION ,( 2 R ) 9 4 - 9 6 f E A C E R S FOR S O I L A N D F E R T I L I Z E R RESEARCH , ( 2 8 ) 2 1 9 - 2 6 6 r S A N S P O S I A T I C N ,( 1 4 ) 3 5 5 - 3 5 2 VSE I N THE NETHERLANDS ( 1 1 ) 363 WRSTE WATER ,( 2 6 ) l U 6 - 1 5 1 , 1 6 4 - 1 6 5 WATER-LOGGED S O I L ,(20) 3 3 0 - 3 3 9 UATBI(-IISE E F F I C I E N C Y , ( 1 4 ) 235-236.238-242. 245-247,249,251, 253-257 N I T S O J E C T I O N ,( 2 ) 1 1 7

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Advances in AGRONOMY, Volume 32

100

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NITROPRENOLS (1) 297,307-308 NITROPHOSKA (1 1 ) 280 NITROPHOSPHATE (17) U5-U6,63 D I C A L C I U H ,( 1 ) 5 0 - 5 1 NITROSAMINES (28) 76 &&TROSOMONAS (2) 86, (7) 350-351 NIxRQSQIjQNRS EUROPAEA (10) 345 NOA (26)75 NODOLATION ,114) 390-393,129) . . . 127-128.206-207 NOHADOPSIS ( 1 2 j a2 NOHIA 3P.LANDERI (12) 75-76 NONTRONITE ,(1) 170, (3) 139, (15) 127,131 N O R H A Y S P R U C E ,(12) i 5 a NOSTOC ,(7) 242. (8) 164,169 NOTROPAGUS TRUNCATA ,(27) 3 7 NO-TILL (29) 1U6-1U7,149-150,153,155-156,163,169,175-177 N-SERVE ,1231 348-354 NUCLEIC A t I D S ( l ) U 0 7 - 4 0 9 , ( 8 ) 329 AS S O I L ORGANIC PHOSPNORUS (9) 107 F I X A T I O N OF (9) 108.113 NUCLEO-CYTOPLASHIC R E L A T I O N S H I P ,(2 8) 26 7-3 0 0 NUCLEOTIDES ( 8 ) 329 NURSE CROP (15) 6,46 NURSERY STOCK, D E F O L I A T I O N ,( 9 ) 68,82 NUTSRASS (7) 265,272, (12) 6 8 NUT HARVESTING EQUIPMENT ,(111218-219 NUTRIENT (S) ABSORPTION, R I C E ,(23) 252-262 Z O H P E T I T I O N FOR ,(15)U-5,18,29,47,70-77 D E F I C I T , WATER D E F I C I T INTERACTION (28) 193-1 95 10‘4 ACCUMULATION (7)75-83 CARBON D I O X I D E I N H I B I T I O N (7) 76 MEMBRANE S P E C I F I C I T Y ( 7 ) 78.85 OXYGEN S U P P L Y (7) 76 S T I H U L A T I V E EFFECTS (7) 77 S U P P L Y O F METABOLITES (7) 76 TEMPERATURE (7) 7 8 TOXIC EFPECTS (7) 77 HATER (7)78 L3SSE.5, YATER EROSION (28) 6-7 STRESS TRANSFERENCE (22) 167-171 IJPTAKE, CATION A C T I V I T Y RATIOS ,(24) 380-385 HJVEMENT T O PLANT ROOTS (20) 1-151 ROOT SYSTEM (22) 159-201 NOTR I T I O N , A I R POLLUTANT I N T E R A C T I O N (27) 109-110 NUTSEDGE ,(15) 172,181

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0 OAK ,(4) 346-347, (11)56,59 BLACK (27) 23U-235.24U.250,252,258 BOTTOMLAND ,f27) 221 BUR (27) 235;258 CHERRYBARK (27)235,250,258 HIXBD 1271 23U-235 (37) 235,250,258 RED (27) 235,250,258 SCARLET (27) 234-235,258 SHINNERY ,(15) 1 9 5 UPLAND (27) 213-214,216-217.2 19,221,2U6.250 HATER (27) 235.250.2sa WRITE (27)234-235,250,258 WILLOW (27) 235,250,258

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SUBJECTINDEX FOR VOLUMES 1-30

101

OATGRASS ,( 2 ) 358-359.364, ( 1 0 ) 3 9 3 - 3 9 4 , ( 1 7 ) 2 4 2 ( 3 ) S4,64,120,125-126,128,148,279, (4) 8U,87-89,93,95,115, OATS 12 1- 1 2 2 , 1 2 7 , 1 5 4 - 1 5 5 , 2 2 2 - 22 3 , 2 3 3 , 2 3 8 - 23 9 , 2 4 3 - 24 5, 250.252.266-269.271. ( 6 1 226.242.289.291, ( 7 ) 55-58 ,(8)41-42,65,79,91-95,98,101,109,164,172,205, 2 3 1 , ( 9 ) 2 0 7 , 2 1 2 , ( 1 1 ) 57,241,261,377-378,380-381. 3 8 7 , ( 1 2 ) 2 2 0 , ( 1 3 ) 144,161,163,179,184,210-211 ( 1 4 ) 70-71.86,233,2U5,251,~56,309,314-316,348, 364,381,3'34,(15) 1h,28,42-44,48,125,145-146,151, 193,308,310-311, (16)26,35,U6,75,78-80,83,91,164, 199,203-254, 211,213,215-216,220, (17) 1 7 6 , ( 1 8 ) 6 7 , 7 9 , 2 3 1 , ( 1 9 ) 114,121-122,124,129-13O,135,(20)149, (21)179, 1 8 7 . 2 9 8 . ( 2 3 ) 18-19.23.28.122, ( 2 5 ) 98, 112, (26) 164,166,197,283,303,333, (27) 3 2 3 , ( 2 8 ) 9 7 , 3 6 6 , 3 7 2 , 3 9 0 - 3 9 1, ( 2 9 ) 4 3 , l O 8 , 2 1 5 , ( 3 0 ) 7 2 , 1 9 8 A B S O R P T I O N O F S O D I U f l A R S E N I T E BY ,(9) 88 ACXEAGE I N CANADA ( 5 ) 328-330 BARLEY YELLOU DWARF V I R U S ,( 1 3 ) 2 1 9 - 2 2 0 , 2 2 4 - 2 2 7 , 2 3 9 , 2 U 2 - 2 4 3 CONTfiOL OF Z I N C D E F I C I E N C Y I N (9) 5 7 G R A I N Y I E L D PHYSIOLOGY ( 2 8 ) 304.307-308.31 1 , 3 1 8 - 3 1 9 , 3 2 1 , 3 2 5 , 334 G R A S S TETANY , ( 2 2 ) 332.342 INSECT RESISTANCE (2'4) 2 0 0 , 2 0 3 I N T H E NETHERLANDS ,( 1 1 ) 3 4 3 - 3 4 4 , 3 4 6 - 3 4 7 , 3 6 3 - 3 6 4 , 3 6 6 LODGING I N ,( 2 5 ) 2 0 9 - 2 6 3 3 P T I f l l J H S O I L A I R S P A C E FOR ,( 9 ) 1 7 3 PRODUCTION I N OLD COTTON BELT ( 9 ) 20 S P R I N G , S O I L P E N E T R A B I L I T Y A N D EHEEGENCZ O F (9) 161 S T E H RUST ,( 1 0 ) 158-163 STRAW ,( 2 1 ) 36 V A R I E T I E S I N CANADA ,( 5 ) 330 WINTER ,(81 2 0 5 OCHRE ,( 2 5 ) 289-290 OCTOLASIUN LACTEUfl ,( 1 3 ) 2 5 6 OENJTHERA S P . ,( 1 5 ) 1 9 9 o m p n LKTE ,(4) 234 O I L CROPS ( 7 ) UU,69-71 0IL.SOYBEAN ( 1 ) 85 O I L S E E D I N T H E NETHERLANDS ,( 1 1 ) 3 4 3 OKRR (13 ) 3 5 5 OLD COTTON B E L T , ASRICULTIIRAL TRENDS I N ( 9 ) 1-29 FACTORS I N F L U E N C I N G ,( 9 ) 1 0 - 1 7 PARHS OF,AVERAGE CASH R E C E I P T S ON , ( 9 ) 2 8 CHANGES I N HACHINES AND F A C I L I T I E S ON ,( 9 ) 2 6 - 2 7 I N P O P U L A T I O N ON , ( 9 ) 2 7 - 2 8 I N S I Z E AND NUHBER . ( 9 ) 2 5 - 2 6 I R R I G A T I O N ,( 9 ) 1 2 - 1 6 LAND IJSE I N , ( 9 ) 2 0 - 2 2 NAJOR P H Y S I O G R A P H I C R E G I O N S O F (9) 1-4 R E G I O N A L C H A R A C T E R I S T I C S O F ( 9 ) 2-9 S O I L tlANAGEHENT,BIOLOGICAL F A C T O R S A F F E C T I N G (9)115-17 OLIVE , ( 1 5 ) 2 8 , ( 1 8 ) 1 OLIVINE (l)U5-46, (3) 121 [ 9 ) 2 1 2 . ( 1 1 ) 4 3 , ( 1 6 ) 159, ONION , ( 2 ) 1 1 5 , 1 2 2 , 1 3 2 , 1 U 3 - 1 4 5 , 1 9 8 - 1 4 9 , (17) 117,(19)89, (23) 123,(24) 158,(27) 153,(28)77,99-100 HARVESTING E Q U I P H E N T ,( 1 1 ) 216-217 P I E L D , E F F E C T OF F E R T I L I Z E R ON ( 9 ) 210 Z I N C DEFICIENCY I N , ( 9 ) 3 2 ONION HAGGOT ,( 2 4 ) 2 3 7 ~ O B R Y C E I SV I C I I F O L I A ( 2 1 ) 22, ( 2 9 ) 1 3 3 QQZBEGA fiUTABILZS ( 2 6 ) 50 O P A L I N E S I L I C A ,( 1 6 ) 3 2 9 - 3 3 0 , 3 6 7 , ( 2 6 ) 2 1 3 - 2 1 4 , 2 3 3 - 2 3 4 OPEIOBO&l& ( 7 ) 50.53 OPHIOBOLUS FOOT-ROT (12) 1 0 1 O ~ H I O B O L U S pA_&ap&S,( 2 5 ) 1 0 2 , 2 1 6 , ( 2 6 ) 333

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OPTICAL-IfECHANICAL S C A N N E R S , N U L T I S P E C T R A L OPUNTIA (11)64, (30)118 OPUNTIA F R A G I L I S (22)4 17

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,(27)282-284

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ORANGE (12)225, (16)163, (29)5 7 L E A F RUST ,(10) 151 VIRUS (29)288 ORCHARDGRASS (2)217,219,225,358-359,366,371,

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( 2 ) 223,226-228.237, (4)8,181,183-185,188,191-192,196,199-200,202,209, 21 1-212, (5)360,362, (61278. (7)60,288, (8)47,56,133, 1U3-145,1U7,150,206,288-291,294,313, (10) 357,366, 368,389-39 1.393-394,396, (1 2) 44,56-58,63-64,71, 92,96.101, (14)2U2,245,(15) 111,(16)26,(22) 332, 342-343.377, (24)102, (30)107

SEE &T_O COCKSFOOT (9)33 ORCHARDS,XINC D E F I C I E N C Y I N ORGANIC ACID PORiYATION ( 6 ) 258-259 ORGANIC MATTER ,(13)163-165 SOIL (24) 1~1-153,160-161 ORGANIC MWLCHES ,( 6 ) 287-298 ORGANIC PHOSPHORUS I21 88 ORGANIC SOIL ,(17)ii5-i62 AMINO A C I D CONTENT ( 8 ) 397-398 BOTANICAL O R I G I N ,(17) 122-123 CHENICAL PROPERTIES ( 8) 387-330,398-3 99, (17) 121 -1 22,131 135 C L A S S I F I C A T I O N C R I T E R I A (17) 117-127 DISTRIBUTION ( 17) 116- 1 1 7 PORNATTON OF HUflIlS (9) 390-393 FUNCTIONAL GROUPS (8) 395-396 GENETIC PROCESSES (17) 124-126 I N O R G A N I C C O N S T I T U E N T S ,(8) 3'34-395 L I l E DEFICIENCY (8) 388-390 MANGANESE D E F I C I E N C Y (8) 390 N A T E R I A L S ,( 8 ) 378-381 MORPHOLOGY (17) 123-12U.135-1U3 NUTRIENT CONTENT ,( 8 ) 387-388 P H Y S I C A L P R O P E R T I E S ,(17) 127-131 POLLEN D I S T R I B U T I O N ( 8 ) 384 P R O F I L E S ,( 8 ) 383-384 PROPOSED C L A S S I F I C A T I O N ,(17)143-159 RADIOCARBON DATING (8) 384 RATE O F FORMATION (H) 384-385 STRATIGRAPHY (8)381-384.398 SUBSIDENCE ( 8 ) 385-386,399 S U R F A C E VEGETATICN ,(17) 120-121 TOPOGRAPHICAL-GEOGRAPHICAL (17)118-1 19 21 NC T O X I C I T Y ( H ) 390 ORGANO-CLAY COMPLEXZS 171 1 3 O R N I T l i Q P ~COMPRESS[IS ~ 9.22 ORTERDE (5)228 ORTHENE 1261 5 2 O R T R E N T S - ;jii) 249, 25 1,253,26 I,264, 269,279 O R T H I D S ,(17)246 ORTHOCLASE ,(3)114,120-121,1U4, 158 ORTHODS ,(17)252,259,262-263,27 '3,2 75.27 ' 8 ORTHOPHOSPHATE (11) 27R-279 ORTHOPHOSPHORIC A C I D (16)9 3 ORTSTEIN ( 3 ) 39-40,57, (5) 228, (1 , 1 1 - 1 9,26, (20)19 ORUZl! GLBBERRIWA ,(14)92, (281 30 QRYg. I N D I C A ,(28)389 QRYZ_& J A P O N I C A - I N D I C A ,(23) 3 9 9 Q&Yzk NIVARA ,(29)295,327 _ORYZB P E R E N N I S ,(14)9 4 V A R . BALUNGA ,(14)9 4 ORPYA R I D L E Y I ,(24) 195 ORYZA S A T I V A (14) 85,92,9U, (21)179 (231 281. (24)105,l 95 ,333, (28)?I 0 5 BAR. B T y A (1U)94

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SUBJECTINDEX FOR VOLUMES 1-30

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103

,( 1_4 ) 94_

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,(17) 2 4 1 O R Y Z O P S I S MILACEA ,( 6 ) 32, ( 1 5 ) 196 O S C I N E L U Ffi&T_ ,( 2 4 ) 203,205 osfl1A ,( 12) 8 1. 84 OSMOTIC P R k S S U R E ,( 1 9 ) 20-22,36 O S M J T I C S T R E S S ,( 1 1 ) 6 7 , 8 0 - 8 2 OST_R_IEI&N U B I L A L I S ,( 1 6 ) 104, (2U) 12,208,217 OULEHA I E L A N O P U S ( 2 4 ) 200,203,205 OVERGRAZING ,(3) 266,271.27U.297. 111) 109.117 7-OXABICYCLO- (2.2.1) HEPTANE-2,3iDICAEBOXYLIC ACID OXAAIDE (17) 27, ( 2 3 ) 3 6 1 - 3 6 3 OXIDASE I N H I B I T O R S (7177 OXIDATION-SEDUCTION P O T E N T I A L ,(2U) 3 8 - 3 9 O X I D A T I V E PHOSPBORYLATION ( 1 1) 3 8 4 O X I S O L ,( 1 5 ) 388,389, (2612'43, ( 2 7 ) 178,186-188 OXYSEN ,( 1 4 ) 347, ( 2 4 ) 34-35 C O H P E T I T I O N FOR ( 1 5) I, 7 D I F F U S I O N RATE (161 252,272,276-277 FACTORS A F F E C T I N G ,( 1 6 ) 2 5 5 - 2 5 8 F I E L D NEASUREMENT (16) 272-275 HICROORGANISM R E S P O N S E ,( 1 6 ) 2 6 9 - 2 7 2 PLANT R E S P O N S E ,(16) 2 6 8 - 2 6 9 NITROGEN F I X A T I O N , ( 2 9 ) 17-18,28-29 S O I L ,( 2 6 ) 1 3 8 - 1 4 1 CHARACTERIZATION ( 1 6 ) 249.280 OZONE , ( 2 3 ) 112,117-118,123,12fl, 131-132,136,(27)9@,92 B I O C H E M I C A L R E A C T I O N S ,1271 9 4 - 9 9 ~ H E H I C A LREACTIONS , ( 2 j i 9 3 - 9 4 HEMBRANES AND P E R M E A B I L I T Y ,( 2 7 ) 9 9 - 1 0 5

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P P A C H Y D Q I P L O S I S !JgItziA ,( 2 9 ) 318 EKYXEBYILPS I ( 2 6 ) 9,93 PACYYRRHIZUS E f i ! J q u ,(26) 90-91,102 PACHYRRHIZIJS S P . , ( 2 6 ) 8 8 PACHYRRHIZUS T U B E P O S U S , ( 2 6 ) 9 0 - 9 1 P A C I F I C NORTBWFST, CLIHATE ( 8 )U C R O P PRODUCTION , CEREALS ( A ) 37-43 3 R O P ZONES ( A ) 33-37 F E R T I L I Z E R USE (8)1 8 - 1 9 FORAGES , ( 8 ) $ 3 - 4 7 IRRIGATION (A) 18 LAND FORRS ,( R ) 3-4 LAND USE , ( f 3 ) 7 L I M I N G MATERIALS ( 8 ) 19 ROOT CHOPS ( 8 ) 56-58 S E S D C F O P S ,( 8 ) 4 7 - 5 6 S I L A G E , (8) 46-U7 S O I L MANAGERENT ,( A ) 1 7 - 3 3 S O I L ZONES (8) 7 - 1 7 U A T E R R E S O I J R C E S ,( a ) 4-7 PADDY CULTURE ,( 5 ) 304 PADDY S O I L ,( 2 4 ) 32-33,37,67 PALAGONITE ,( 1 5 ) 3 4 4 P A L A T I A PHOSPfIATE ,( 1 1) 2811 PALMETTO ,( 7 ) 2 9 0 - 2 9 1 PALO VERDC , ( 1 2 ) 2 0 6 PAN ,( 2 3 ) 113,118-119,125,13U,139 PA!lIOLAGRRSS , (3)200,202,228-229,238, (8) lU2,, ( 1 0 ) 365, ( 1 1 ) 57, ( 1 4 ) 2U7, ( 2 1 ) 3fi. ( 2 2 ) 5 , 2 7 , 4 6 - 4 7 , 5 1 , 5 3 - 5 6 , h 1 , 6 4 PANICIIil ,( 4 ) 5,35, ( 2 0 ) 5 1 F A L L ,( 2 9 ) 1 0 3 P A N I C U g ANTIDOTALE ,( 1 ) ) 383, 391-392, ( 1 2 ) 71, ( 1 6 ) 216

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9) 16 3 203, (29)7-8, 23-25, 27 308, 318 359, 376,379, (12)49 P A R A G R A S S ,(10)365, (22)7,44 PARAGUAY LIAHIAGRASS (12)6 4 P A R A Q U A T ,(22199,313. (23) 150-152,204.21 3, (29) 17‘5- 176 (24)64 PARATHION (13)243, (23)160,162~170,190~ PARKIA (26) 93 PARKIA BIGLABOSA (26)a2 (26)8 2 PARKLA CLAPPERTOAIA P A R K I A P I L I C O I D E S ,(26)82 P A R K I A P & I V E a (26)82 P A R K I A S O . ,(26) 100 P A E N A R A G U T T A T A , (24)196 P A R S L E Y ,1281 75 P A R S N I P S . ; ( B ) 206 P A R T I A L S T E R I L I Z A T I O N ( 7 ) 303,324, 346,398-349,365-366 P A S M O ,(6) 161 P A S P A L U M ,(4)9,35 PASPALUM, C O M M E R S O N I I (22)48, (29)7

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,(2)218,356,373, (3)216. (4)9,184, (7)289-290, (10) 365, ( 12) 58,114, (16)2 6,219, (22)5,27 ,48, (28) PASPILLJ f l g L A C O P H Y L L U U ,(3)218,23, (12)64 USeAHufl HQTITul , (3)206-209, (4)191, (8) 142, (10)364. (12)64, 108. (18)282, (22)5.7.48.58 N I T R O G E N F I X A T I O N ,(29)2,5,7,14-15,27-28,30,32 EAdSEPLUB ELIEAULLUB # (22)7 EAZqPALOq SGORBICPlaTU4 ,(4)41, (22)288 a z h & u g U R V I L L E I I (3)200,218,237, (4)1 9 1 d 10) 365 EBSSALIQLUE ~ I ~ L L Q S , L( J30)~ 234 EfixEL&A dS.&gzu 8 206 EASEALP4 DIL&TATEM

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PASTURE ,(15)28,38-39,93-94,111,(1i)177-179,(29)97-98 B I R D S F O O T T R E F O I L - G R A S S .,.(22) 140-142 ECOLOGY (18)1-56 IRRIGATED (2)351-381 MANAGEMENT (5) 343-344 RENOVATION (25)106-137 R E S P O N S E T 3 A N H Y D R O U S AMClONIA 8 (8)101 -1 04 T R O P I C A L ,(22)1-73 WATER R E Q U I R E M E N T S ( 4 ) 33-38 H E E D C O N T R O L (15)192-200 PATCH AGRICULTURE (5)302-304 PATCHOULI (22)287 PCNB (23)206 P E A ,(2)115,119,123,148-149, (3)120,148, (4) 230,241,2S6-257, (6)226, (7)68-69, ( 8 ) 26-27,164,169,219, (11)49,

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213,372,378, (13)362, (14)233,381-382, (15)13, 145,18 1, ( 16) 26,29,35,164,265, (19)3.10,9 1,114. (22)229,(24) 191,335,343,387,369. (27)308, (28)98, 100,171,188,(29) 57,119 A P H I D ,(12) 91,388, (24) 190,234-240 ASPARAGUS (26)88 A U S T R A L I A N ,(26)82 B L A C K E Y E ,(26)44 D R Y ,(26)6 E A R T H ,(26)7 9 H A R V E S T I N G E Q U I P H E N T ,(11)209-211 I N T H E N E T H E R L A N D S ,(1 1) 364-366 K A P P I R ,(26)79

103,142,

SUBJECT INDEX FOR VOLUMES 1-30

105

LEAF YEEVIL ,(12)89 PIOTTLE (17) 215 P I G E 3 N ,(26)2,5-7,10-11,32-44,92-93,95,97-58,100,103-118 PRINCZSS (26188 SOUTHEPN i26) 44 roxIc ZINC L E V E L S FOR , . (9)44 . U I L T ,(171 242 Z I N C DTSTRIBUTION I N (9)37-38 PEACH , ( 1 1 ) 53,220,272, (15) 191, (16) 157, (17) 291,295,298303. ( 2 4 ) 158 Y O S A I C ,(17) 311 TREES, A R S E N I C I N J U R Y I N , S U L F A T E AND , ( Y ) 5 7 S A C T E R J A L S P O T ,(17) 300 Z I N C D E F I C I E N C Y I N , (9)32.34 PEANUT (3) 147, ( 4 ) 82-83,252,255;269, ( 1 1) 56, (12) 07, (14) 397, (15) 81,177,182,(19) 91,93, (2U) 16,19 3 - 194, ( 26) 2,6-7.11-32,91,93,97-~8,100, (30) 125 B O T k N I C A L ,(26) l > - 1 4 DISEASES (26)22-24 GROUT11 P R O C E S S (26) 2 4 - 2 9 HARVESTING E Q U I P I I E N T , ( 1 1 1 2 1 4 - 2 1 5 H I G H S P E E D PLANTER (1 1 ) 189 I N S E C T P E S T S ,( 2 6 ) 21-22 3ANAGEHENT (26) 2 9 - 3 1 PLANT IHPROVEMENT , (26) 14-20 S E E BLsp GENUS ARACHIS S E E D C O I I P O S I T I O N ,(26) 3 1 PRODUCTION I N OLD COTTON n E L T ( 9 ) 20-21.25 UEED CONTROL ,( 7 ) 281-283 PEAR , (11)53-5U,61,66.220, (13)3U6, ( 1 7 ) 283-284.291-295, (22)221 D ? C L I N E ,( 1 7 ) 294-295 FLOODING-,.(ll)75 L I N C D E F I C I E N C Y I N ,(9) 32,S5 PEARL MILLET ,(3) 226,229-232, (8) 13.3, (20) 49-89, (210207 B R E E D I N G ,(20172-86 C Y T O G E N E T I C S ,(20) 52.58-65 FORAGE (20)70-74,77,85-86 GENETICS (20) 6 5 - 7 2 MALE S T E R I L I T Y (20) 55-56,67-68,80-83 REPRODUCTION ,(201 53-58 PEARLING INDEX ,( i 7 ) 9 7 PEAT ,(4) 72-73,77,83,1SU,160,2U5, (7)310.316-317,3U7,374,383, ( 8 ) 378 ,(15) 144, ( 1 6 ) 183, ( 1 7 ) 117,122-123,337-338,3UZ E N T R O P H I C ,181 379.385 FIBROUS ( 8)-379,38 1-383.398 OLIGOTROPHIC (8) 379.38U-305 S E E A&S_O_ ORGANIC S O I L S S O I L ENZYOES , ( 2 7 ) 33.35.44.67 S O I L S , L I H I N G ,( 1 1 ) 362 S P A L T E R ,(8) 379 PEAPLAND , ( 1 7 ) 118-119,121 PEAVINE 117) 242 P E C A N ,(ii) 5 k , (17) 313-319, (24) 158 3RCHARDS. Z I N C D E F I C I E N C Y I N ( 9 ) 33 HARVESTING EQUIPNENT ( 1 1) 218 S C A B , (17)316,318 P E C T I N ,(7)21,26,32 PECTINOLYSIS.SDIL (27) 33 PECTINOPBORA G O S S Y P I E L L A , ( 2 ) 37-38, (24)225 PEDALPER (2) 158,192. (4)55, (6)238 PEDICU!@IS GROENLANDICA , ( 1 7 ) 244 E E B Z ~ - P L I B L SR A C E ~ A ( 17 I 242 PEDDCAL (2) 192, (4)55, (6) 2 3 8

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Advances in AGRONOMY, Volume 32

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PEDON (20)35-38,40-42 PELLICULARIA PILAHENTOSA (7)112 PEHPHIGUS BETAE (24)245 PEMPHIGUS B U R S A R I U S (24)237 PENICILLARIA (20)51 PENICILLIUB (13) 188,200 P E N I C I L L I U N CBRYSOGENUN ZINC I N P H O S P H A T A S E OF ,(9)41 P E N N I S E T U N ,(23)29 PENNISBTUB ALBICAUDA ( 2 3 ) 51 P E N N I S E T U H AHERICANUH ( 2 0 ) 51, (29)25 PENIISETUH CILIARE (10) 383, (23)12 P E N N I S E T U M C L A N D E S T I N U N (4)9,26, (10)401, (22)6,27,48 PENNISETUH DUBIUH (20)6 3 PENNISETUH ECIIINURUS (23) 51 P B N N I S E T U N GLAUCUN (3)226,229. (8)133,(11) 107.(12) 48,220-221,(20)51,

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P E N N I S E T U f l NIGRITARUIJ ,( 2 0 ) 51 PENNISETUM ORIENTALE (20) 63 P E N N I S E T U N PURPUREUU ,(3)224, (4) 38, (10)386,401, (lh)206, (20)63-64,

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83-84, (21) 156, (22)48, (29)7,29 P E N N I S E T U H S P I C A T U H ,(20)5 1 P E N N I S E T U N SOUABULATUN ,(20)6 3 8 P E N N I S E T U N T Y P H O I D E S ,( 2 3 ) 50,63-64,83, (22)49, (28)305,318 PENSTENON (171242-243 ISTERON t j & L l I , (17)243 PEL---,243 PELSZEBQ-N HARBOUR11 ., 117) . PENrACHLORONITROBENZENE , (12)99,386, (23)236 PENTACHLDROPHENOL ( P C P ) ,(1)297,398,358, (3)109, (4)314- 15,321, (7) 257.277.291-282. 112)71.11413R8.UO4-UO5 P E P P S R ,(2)ii9,127.i3i-i32, (i9)84, (53)ii ' ' B E L L , (29)348 RED , (29)62 SPOT ,(12)384 P E R E N N I A L RYEGRASS ,(2) 354,356,364,371. (4) 181,183,188,211-212, (7) 69-61, (8)47,5U,290, ( 1 2 ) U 5 , U 9 - 5 0 , 1 0 0 - 1 0 1 , 1 0 3 , 1 0 5 , 1 0 9 , (15)9,16,39,53, (16)204 P E R E N N I A L VELDT GRASS ,(4)9 P E H I E Q B I B E I R C I N A T A ,(6)308,319,342 P E R I C O N I A ROOT ROT ,(19)295 PERRAFROST ,(3)50-51 P E R M E A B I L I T Y ,(7)149,177 F I E L D REASURERENTS ,(2)267-268 3 F ROOTS, E F F E C T O F POOR AERATION , (1 1) 374 S O I L ,(2)246-256 PmQNQsPQRA NANSHUHICA ,(14)170

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PEROXYACETYL N I T R A T E (27)90,92,115 BIOCHEMICAL EVENTS (27)94-99 Z H E N I C A L REACTION (27)9 4 P E R S I A N CLOVER (4) 194. (12)56,73,82 P E R S I A N WALNUT (17)313 PERSIHMON (7)291 PERUVIAN CORN ,(19)68 PESTICIDES ( 1 1) 30 9-3 10 CHEI(1CAL. COMRON, A N D TRADE NAMES (24)330 S 3 I L ,(24)64 BEHAVIOR (23)1U7-240 ENZYNE S T U D I E S ,(27)73-76 PLANT UPTAKE ,(26) 165-166 PETROLEUN AYOROCARBONS (13)197-216 E F F E C T ON PLANT G R O Y T H ,(13)210-214 ON S O I L N I C R O B E S ,(13) 138-203 ON S O I L P R O P E R T I E S (13)203-210 PETROS&ZNPfl C&ISEul ,(28)75

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107

P E T U N I A ,( 2 7 ) 92, ( 2 8 ) 129,144 PETON14 HYERIDq ( 2 8 ) 125,136-137,1U5,147-1U8 PETIJNIA P A R O D I I ,( 2 8 ) 137.142 PH, E F F E C T ( 2 4 ) 153-154 S O I L S AND S E D I H E N T S ,( 2 4 ) 51-53 VALUES,CHANGE I N T E R P R E T A T I O N (24) 53-55 PHALARIS ,( 1 5 ) 1 0 5 - 1 0 6 (1))43, (8) 155,(10)3S9,395, ( 2 1 ) 29, P H A L Q B I S ARONDINACEA ,(2) 21A,35U, 31,34, (28) 2 4 P H A L B B I S aINQR ,( 1 6 ) 2 1 4 UJ&A&ISSP. , ( 2 8 ) 9 7 P H A L Q R I S T P f i E N Q a ,(4)9 , 2 2 , 3 6 , 3 8 - 3 9 . 4 3 , 4 5 - 4 7 , 5 0 , 5 2 , 1 2 2 , (A) 185, 314,(13) 32,87-88,95, ( 1 5 ) 104,(18) 46, ( 1 9 ) 134, ( 2 1 ) 31, 63.69. (2R) 24,179 V A R . STENOPTERA ,( 1 0 ) 397-398, ( 1 5 ) 1 9 6 PHALARISGRASS (23) 102 PHAHBITIS N I L (28) 137 P@spQLgS A C P P T I P O L I U S ,( 2 6 ) 8,74,78 VAR. LATIFOLIUS ( 2 6 ) 79,99 eqg$eQ!Js g c g T I F O L I U S V A R . LAZTIQLIUS , ( 2 6 ) 7 9 . 9 9 pH&SEQLEs ANGULARIS ,( 2 6 ) 8 PyAsgQLUs %TROPURPUREUS , ( 2 2 ) 8,12,32,36,41 PFJkSEQLgS ggttEIS ( 2 6 ) 8,62,7U-75, (28) 96 PiiAsEQLUS C_AL_CARETUS (261 8.11 ( 1 5 ) 24, ( 2 1 ) 2 9 1 P!JQSEOLUS cFiqXSANTHrJS P H h S E Q L Q LATHYROIDES ( 2 2 ) 13,24 PHASEQLUS LuLh_TLjS ,(21 122, (26)87,93,102 PH&SEQL!!S BANIgQTJs , ( 2 6 ) 3 9 EliASEQLYS B!!EGQ ,( 2 6 ) 8,74 EYAS_EQLOS RAoInTuS ,( 2 6 1 8 P H g S g Q L g Q SP. ,(12173, (23)31,U5, ( 2 4 ) 2 4 0 , (2619.92-93,96, (29) 119,126,193 EBkSEQLgs YPLGAgMs ,( 2 ) 123, (4) 240,250-251,257, ( 8 ) 104, ( 1 2 ) 79, ( 2 2 ) 2 2 9 ,( 2 4 ) 98,158,333, ( 2 6 ) 6,10,75,83,97,101,(27) 130-131, . 13.3-134,(28)84,137 I N THE NETHERLANDS , ( 1 1 ) 3 3 9 PHEASANT ,( 2 4 ) 2 9 5 PHRNYEDIPHAY , (24) 363-3611 PBENOL O X I D A T I O N S , S O I L (27) 36-37 PHENOL,DINITRO-SECONDARY RIJTYL(1) 297,308 PHENOLOGICAL OBSERVATIONS (16) 7 - 1 1 P H E N O L W Y , H E T E R O S I S EFFECT ,( 3 0 ) 1 3 4 - 1 3 8 PHES3XYACETIC ACID,2-BETHYL-U-CHLORO-, (MCP) ,( 6 ) 169-171, ( 1 4 ) 187, ( 1 5 ) 172 S E E &&SO 2-YETIIY L-3-CHLOROPHENOXYACETIC ACID (NCP) PHEN3XYACETIC A C I D 1 2 , 4 - D I C H L O R O - (2.4-D) ,( 1 ) 276-277,289.294-295, 300-3ili3,311-313,358-360,381, (6) 40,43,58,169-172, 174,177 3REAKDOWN IN S O I L S , (1) 3 1 3 ?STEPS (1) 301-302 [ N J U H Y TO SOYBEANS , ( I ) 1 1 4 PAEEHERGENCE TREATdENT ,(1) 294, 3 0 6 - 3 0 7 SEE AI..Q 2.4-DICHLOROPHENOXYACETIC ACID (2.4-D) TRANSPORT ,( 1 ) 304-305 PHENOXYACETIC ACID, 2 , 4 , 5 - T R I C H L O R O (2,U.S-T) ,(1) 380-3131, (6) U O , U 3 SEE 2,4,5-THICHLOROPHENOXYACETIC A C I D ( 2 , 4 , 5 - T ) PHZNYLALANINE (8) 346 PHENYLCARBAMATES ,( 2 3 ) 2 0 1 3-PHENYL-1,l-DIMETHYLUREA ,( 1 3 ) 1'7 PHENYLNERCUPIC ACETATE ( 1 ) 311, ( 2 8 ) 199-200 PHENYLURCAS ,( 2 3 ) 167, 199-2GO H E R B I C I D E S ,(24) 359-363 PHE_K&TIfi6H U P E I E N S I S ( 1 3 ) 2 5 ? PyIL&BHeS L E U C O P t l T H & L # u ~ ( 12) 92,387 PBILRNEUS SFULIAAIUS ,(2.0 1 9 2 PHLEUN A L P I N U g ,( 1 7 ) 2 4 2 - 2 4 3 PHLEUX - - NODOSUPJ - , ( 8 ) 1 3 6 , ( ? 1 ) 29 g ~ ~ PFJ~ZENSB ~ g n ,(2)217,278,353, (4)26,181, ( 6 )30.208, (R)47.128. 198,2O6,(10) 357-358,394-395, (12) 108.116,(13)221 ,(18)67,35,276,(21)17,29,55,(22)335,342,(30)107

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108 P H L J G O P I T E ,(3) 121,132, (15) 1 2 7 DACTYLIFERA ,(12) 2 2 5

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PHOSPHABACTERIUR (29) 103 PHOSPHATASE,SOIL ,(27) 58-62,66-67,71-75 PHOSPHATE ,(13) 73,85,106, (1U) 250,256,393,(15) 125,176-177, (16)329, 373-375,(18) 1U-17, 19,31, (21)65,(23) 102,(24) 32, 35-36, (26) 246, (27) 3 0 8 4DSORPTION (33)5-6,15-23,25-3U DEFLUORINATED ,(1) 43-45 DIARRONIVR (1) 50 EVRLUATION (1U) 267,27U-281,287.2Y2,29U,309,312 ( 1 ) 91-51, ( 1 6 ) 59-190 FERTILIZERS CHEMICAL A N D P H Y S I I A L NATURE , ( 1 6 ) 6 6 - 7 3 CHEMICAL RETHOD STATUS (16) 60-66 CROP RESPONSE P R I O P TO 1 9 5 0 , ( 1 6 ) 7 3 - 7 6 NON-ORTHOPHOSPHATE A N D OTHER F E R T I L I Z E R S (16) 93-96 RECENT CROP RESPONSE ,(16) 77-93 POTENTIAL a I191 1 6 1 POTENTIAL i i g j 161 RJCK ( 1 1) 262-270,295,310,390, (17) 3 0 - 3 ,UO-U2,45,U7-48 DIRECT A P P L I C A T I O N (11) 269-270, (30) 159-206 R I N I N G AND B E N E F I C I A T I O N . (111 . . 266-267 RESERVES (1 1 ) 263-266 U R A N I U M , VANADIUM, AND FLMORIDE I N (11)267-269 IJSE I N THE NETHERLANDS ( 1 1) 360-361 Z I N C CONTENT OF S O I L S AND , ( 9 ) 4 7 - 5 0 PHOSPHATE ROCK-UAGNESIUR S I L I C A T E GLASS (1) U5, (11) 283-284 P H O S P H I T E S , S O I L OXIDATION (27) 6 3 PHOSPHON D (27) 116 PHOSPHORIC A C I D ( 1 1) 3 1 1, (1U) 8 2 ADDED TO I R R I G A T I O N WATER (11) 273 PRODUCTION (11)272-274, ( 1 7 ) 3 4 - 3 8 PHOSPHORUS (11) U9,82-83,109,153,309,369-393, (12)60,133, (13) 95,163,202, 337,343,3U8,355, (1U) 198,337, (15)6,76-77, (16)214, 267-268, ( 1 7 ) 176,181, (18) 70,73,94,96,113,115, 285-286,312, ( 1 9) 117,119-12 1,131-132,151-210, 233-238,250,253,321-324,327,329-331(, 336,339,344, 348, (21)55,155,159, (22)23,53-54, (23) 101,298-301, (21)76-79, 161-162,209,274,295, (25) 235, ( 2 6 ) 27.41.57-60, 72-73,139, (27) 110,1U6,182,18U,187-188,1~9-200,279. 318-320,346,352, (28) 96,174,313-315, (29) 129.147, 16 4,204,2 1 6 9 B S O R P T I O N BY PLANTS ( 9 ) 108-1 10. ( 1 1 ) UU,60-63, (25) 9 7 - 9 8 E F F E C T OF AM4lONIUR (111377-378 E F F E C T OF H O I S T U R E (11) 8 0 - 8 2 EFFECT OF NITROGEN (11) 3 7 1 E F F E C T OF PA , ( 1 1 ) 3 8 9 - 3 9 3 EFFECT O F PLANT AGE (11) 379 ACCUMULATION , ( 8 ) 3 3 9 - 3 4 0 C R O P P I N G AND (9) 237 E F F E C T OF F E R T I L I Z E R ON (9) 206 I N SOIL (1) 392-393, (9) 205 A C I D SULFATE S O I L ,(25) 305-306 ADSORPTION (1) 400-U02 AM4lONIATION (17)60-61 ANION EXCHANGE (1)402-U06 APPLICATION T I M E (10) 1 1 4 ZOHPOUNDS OCCURRING NATURALLY IN S O I L ,(9) 96,110 CONSUMPTION (17) 2-11,29-30 C R O P RESPONSE ,(10) 71,75,109 CYCLE, S O I L ENZYMES ( 2 7 ) 58-63 DETERMINATION (16) 61-66

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SUBJECT INDEX FOR VOLUMES 1-30

109

U I F F I J S I O N I N S O I L , (11)375 E F F E C T OF AHHONIA ON ,(10)343 ON SULFUR RETENTION ,(lO)U17-418 T F F E C T OF S A L T S ON SOL1JDILITY (11)385-3’39 E F F E C T ON ROOT DEVELOPflENT (11) 47-48 E F F E C T ON T R A N S P I R A T I O N RATIO ,(11)57 ELEMENTAL, PRODUCTION (11) 273-271 (15)334,309-31 1,314 EROSION LOSSES EVALUATION .,(14) 267,275-295.2Rl.2d5.L91.L94-295.297.297,2~~-30~ . . . . . . . 307.31 i - 3 1 6 FERTILIZER (9)96-97, (11)262-287 R A M MATERIAL FOR . .f9196.f171 38-48 . , RECOVZSY OF ,(9)95 SOIJRCES , (10)80-87 F E R T I L I Z E R SOIJRCES (10)90-17 (1)391-459, ( a ) 30, (27) 192-190 FIXATION I l l 400-402 ADSORPTION ANION EXCHANGE. , (1)402-406 BIOLOGICAL , (1)406-409 I N ACID S O I L S ,(9)97-104 HECHANISN O F ,(9) 99-99,104,110 OF I R O N AND A L U I I N U f l COMPOUNDS (9)97-99, 110 ROLE O F CLAY f l I N E R A L S I N (9)99-104 GRASSLAND CYCLE ,(29196-97 IC!flODILIZATION (1)255 I N ALKALINE S O I L S ,(9) 104-106,110 I N CALCAREOUS S O I L S ,( 9 ) 104-106,110 I N S O I L OF OLD COTTON DFLT , ( 9 ) 10 INORGANIC (29) 93.97.105-106 UATERIALS , (17)38-46 3 F ORGANIC S O I L S , ( 9 ) 106-108,110 ORGANIC, I N S O I L S (1)406-409 PHOSPHATE ROCK (17)33-34,40-42,45,47-48 P H O S P H O R I C ACID PRODUCTION (17)34-38 P R E C I P I T A T I O N BY O X I D E S ,(1)397-400 R A D I O A C T I V E ,(1)394,495, (11)286-287 RED CLOVER ,(12)413 RELATION TO HAGNESIUU (10)493 RELEASE BY WEATHERING (5)296-297 RESIDUAL EFFECTS ( 1 0 ) 88,105,109 RESPONSE T O L I H E .,(10) 10R. 122 . RUNOFF ,(25) 1-45 S O I L DISTRIBUTION (25)93-94, 108 S O I L FIXATION 1271 192-196 S O I L HONIFORING (27)337-341 S O I L ORGANIC ,(29)83-1 17 SOYBEAN (12)236-241,253, (14)393-396.400 STRESS ESTIHATINR (2R)31 WASTEUATER (26)151-155 WATER-USE E F F I C I E N C Y (14) 236,249,252,257 UATERLOGGED S O I L (20)338-354 YELLOW,TOXICITY (11)270 PROTODECOHPOSITION, P E S T I C I D E S (23) 166-169 PHOTOflOEPHOGENESIS ,(29)192 PHOTOPERIOD ,(4) 133,186-189, (17) 173-175, (19)271-272, 295-296, (23)125, (26)55,110, ( 2 8 ) 278,306-309, (29) 187,

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191-192

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IiARDINESS ROLE ,( 3 0 ) 69 IEHPERATURE (25)54-55 SOYBEAN (14)153,369-371 PHOIOPERIODISH (6)226-232, (12)286-291,375 PEARL H I L L E T (20)54-55,68 P H O T O P H O S P H O R ~ L A T I O N ,(27) 192-143 PHOPORESPIRATION (23)293

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Advances in AGRONOMY, Volume 32

110

,( 6 ) 225-226.260, (11157-59,91-92, ,( 1 4 ) 69,229,368,400, ( 1 5 ) 59,86,93,

(12)278-279,282 ( 1 6 ) 17-25,33, 42,44,49,217, ( 1 8 ) 185,207-214, ( 2 8 ) 2 9 1 , ( 2 9 ) 3,189, 194 CARBON D I O X I D E EXCHANGE RATE (28) 27-28 COMPARATIVE PHYSIOLOGY (28) 317-327.344-347 Z R O P PRODUCTION ,( 2 3 1 3 1 7 - 3 3 6 E F F E C T O F HATER D S F I C I T ,( 1 1 ) 53-54, (28) 176-178,181,204 A E T E R O S I S AND ( 2 7 ) 140-145 WATER D E F I C I T AND ,128) 176-178,181,204 PHOTOTROPISM (16) 17 PHEIEILLTEZ ,( 1 5 ) 8 2 Eu&/QpHAG_4 S P . (12) 90 PHYLLCSPHERE ( 2 2 ) 376-381,389 EULLQSTLEZA ZitJ ( 2 4 ) 2-3.12 PKULOTRETA (30) 234 &'HY!IATOTRICHUH OHNIVORUH (13) 2 7 (171 2 1 ,219, ( 1 8 ) 99 PHYflATOTRICHUM ROOT ROT , f 1) 261, 2) 26-28 PHYDLITHS ,( 1 6 ) 330-331,368 . . EHYg&&QZEQBA CAJANAE ,(26) 39 29) 120- 2 1 PHYSIOLOGICAL PREDETERMINATION PRYSIOLOGY, GRAIN Y I E L D ,281 30 1-359 WATER D E F I C I T , (27) 1-23 PHYTIN , (1) 407-409, (8) 329, ( 1 9 ) 1 8 1 AS S O I L ORGANIC PHOSPHORDS (9) 107 F I X A T I O N OF ,(9) 107,110 PHYTOCHROME ,( 1 2 ) 290, ( 1 9 ) 3 0 1 SYSTEH (16) 17 PHYTOGLYCOGEN ,( 2 0 ) 28R-291,333-30U,310,315 PHYTOPHTljQBA ,( 7 ) 6 6 , ( 1 9 ) 320, ( 2 9 ) 2 0 3 - 2 0 4 ROOT ROT ,( 1 2 ) 2 2 U ROT ,(14) 170,198 PHLrQpljrljtfRA CACTORUM , (17) 212,216 PHYTOPHTHORA CINNAHOBI ( 1 8) 9 9 - 1 0 0 PHYfOPHTHORA CITROPHTHO~i ( 1 6 ) 271,277 PHYTOPHTHORA DRECHSLERL , ( 1 0 ) 293,317, (121224 ---P H Y rO P H ~ H Q R AI N F E S T A N S ,( 1 ) 356,395-386, (8) 58 P H Y r o P H Z H M A ME GAS PER^^ , ( 2 9 ) 2 0 3 V A R . ZQJAH ( 1 4 ) 170 PHYTOPHTHORA NICOTIANAE ,( 2 9 ) 4 7 PHYTOPHTHORA P R H A S I T I C A , ( 1 6 ) 271,277, (19)248 PHYTOPHTHQU PHASECLI ( 2 6 ) 8R pIa& Agd3es , ( 2 7 ) 2 5 7 P I C E A ENGELYANNI ( 1 2 ) 204, ( 1 7 ) 2 4 2 ( 2 7 ) 2 5 7 PIC_&!G_L&UC_A ( 4 ) 339, ( 2 7 ) 2 5 7 P I C E A M A R I A N A ,( 2 7 ) 40.257 P I C E A --PUNGENS (17) 262 ECJ& RUlJE?S ,( 2 7 ) 2 5 7 grC_gA RUKlRA ( 4 ) 3 3 9 PLgZA S I T C H E N S I S ,( 2 7 ) 257, ( 3 0 ) 111 P I C H E EVAPORATION I 1 11 27 PICYLEWORM ,( 2 4 ) 2 3 k 1 2 3 b PICLOHAH ,( 2 3 ) 1 0 0 , 1 5 0 , 1 5 3 , 1 6 U - 1 6 5 , 1 6 7 , (24) 351-353 (23) 100 P I C 3 L I N I C ACID PIERIS (24) 234 PIEZOTRACHELUS V A R I U M ,( 2 6 ) 51 PIGEON PEA ,(12187, ( 2 2 ) 192, ( 2 6 ) 2,5-7,10-11,32-44,92 -93,95,97-98, 100,103-1 1 8 BOTANICAL ,( 2 6 ) 33-34 E E N E T I C S ,( 2 6 ) 1 0 3 - 1 1 8 P E S T S A N D D I S E A S E S ,(26) 38-43 k"IYSIOL0GY A N D HANAGENENT ( 2 6 ) 40-44 PLANT IflPROVEMENT ,(26) 3 4 - 3 8 PIGWESD (7) 253,277, ( 1 4 ) 3fl6,404, ( 1 5 ) 1 8 7 PHOTOSYNTHESIS

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SUBJECTINDEX FOR VOLUMES 1-30 P I N E ,(11) 91,372, (1 2) 1 36, ( 15) 86, (23)101, (27) 5 J A C K ,( U ) 3 3 8 , 3 U 3 , ( 2 7 ) 2 1 3 . 2 1 9 , 2 2 5 - 2 2 6 , 2 2 8 , 2 3 3 , 2 5 0 , 2 5 7 LOBLOLLY (3)56, (27)2 1 7 , 2 2 1 - 2 2 2 , 2 2 6 , 2 3 0 - 2 3 1 , 2 U 3 , 2 5 1 , 2 5 7 LODGEPOLE (27)2 1 3 , 2 1 8 , 2 2 1 , 2 2 5 - 2 2 6 , 2 4 1 , 2 5 7 L 3 N GL E AP ( 4) 385.3 89 -3 9 0, H 2 7) 2 1 3-2 1 4,2 1 7,2 22,2 26,23 1,2 5 1,2 5 7 PINYON (12)208, (17)241 P I T C H ,(27)221,257 POND ,(4)392 PONDEROSA ,( 4 ) 357, (12) 137,161,209,(14)129, (17)241,250. (23)133,

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(27)216-217,2 19,22 1-222,226,2U0.251,257 145,158, (15)24, (27)213-214,217, 219,221-223,232-233,250,257 S A N D ,(3)61, (4)334,394 S C O T C H ,(12) 135-137.152.158. (271 219,232,257 RED

,(4)337,339,343,(12)

seE

INDIVIDUAL SPECIES S H O R T L E A P ,( U ) 3 6 4 , 3 6 8 - 3 6 9 , 3 7 3 , 3 7 5 , 3 8 0 ,

(12) 175,177 ,1271 221-222.226.230-231 -251.257

S L A S H ,(u) 335;jgo; (12)176; (19i315,333;(27j42.213,222,2~1,251,257 SOUTHERY ,(27) 216,257 SIJGAR , (27)221,257 V I R G I N I A ,(27)105,217,221,226,230,257 WHITE ,(4)338-339,343,364, (23)123,128,(27) 214,219,221-222,

226,232-233.241.250.257

,

P I N E FOREST S O I L (17)342 P I N E REPRODUCTION Y E E V I L (24)242 P I N E A P P L E ,(15) 182, (16)42, (17)54, (22)287,293-294,304,30q,316,

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318-319, (24) 158, (25)306 roxIc FOLIAGE S P R A Y S , (11) 261 P I N E T U H OXALIDOSOH ,(13)21 P I N K ROLLWORM ,12'4)225-226

_____ P I N U S ,(15)82, (24)242 ----P I N U S -------AHISTATA , (17)242 PINUS ______--_ ~ A N K S I A N A ,( 3 ) 61, (I) 333, (27)257 -__-_ P I N U S CARIBAEA ---__-__ ,(4)335,330, (12)186 _____ P I N U S C E f i B R O I D E S ,(12)209 PLlrlS. G L Q E Q ,(3)6 1,

( 4 ) 334 P I N U S CONTORTA ,(27)257 V A R . L A T I P O L I A ,(17)2U2 P I N U S D C N S I P L O R A , (15)24 (4) 764, (12)175, (27)257 P I N r l S ECHINATA P I N U S E D U L I S ,(12)208, (17)241 P I N r l S E L L I O T T 1 1 ,(19) 315,333, (27)112,257 P I NIJS P L E X I L I S ,( 17) 242 P I N V S LAMBERTIANA , (27)257 P I N U S N I N T I C O L A ,(27)257 PLNU_S W N O P H Y L L A , (12)2Orj P I N U S gL(;Rd ( L A R I C I O ) , (19)339 P I N U S P A L I J S T R I S ,( 4 ) 385, (27)257 P I N U S PATULA , (19)399

-_--- -------- , _-_ _ -__ ____ _ ___ ___ _-_ -----------_-__ _----________

_____ _-_-_ -_ _ _ __ __ ____ ___ ___

prkgS_ PINRS'CER , (12)186-187, (19) 308,318 piN_uS PQaQERpSA ,(4)357,(17)241, (19)309, ( 2 7) 2 57

-_PINU - -S _-RADIAT?. -_-- , (12)186-197, ( 1 9 )9 4 S O I L A N D f l I N E R A L A E J U I R E I I 5 N T S ,(19)307- 353 P I N i J S ------_R E S I V O S A ,(4)337, (12)179,201, (27)257 P I N U S -RIG -___ I D A , (27)257 --_-P I N U S --S E R O T I N A ,(I) 392, (27)257 _____ P I N U S STROBUS , ( 3 ) 54, (4) 338-319, (12) 178. ( 2 3) 1 23, (27)257 -__-_ P I N U S __-_______ S Y L V E S T R I S , (19) 30q.322.331. (27)257 -_ - ,(3)56, (12)196, (19)309,331,333 ,(27)257 -_P I N '_J S_ TA?DA _____ P I N O S __________ V I R G I N I A B A , (27) 105,257 P I N Y O N P I N E ,(121203, (17)241 P I P S I S S E W A -1171 242

111

Advances in AGRONOMY, Volume 32

112

pIspl

ARVENSE

,(2)

101-102, (12)61,87

----PISON --SATIVOH ---- ,(2) 123, ( 8 ) *5,53,171 ,219, ( 1 9 ) 3 , 10,91,(22) 166,229. ,(23)32,(24)239, (25) 128, (28)98,137,(29)57 ----PISUH S P . ,(26)6,97, (29) 119 PLASIOCLASE ,( 3 ) 121 PLANOSOL ,(2) 185,189,192,194,197,(3) 12,31-37,79,81,294, (17)279,(21)267 PLANT ( S ) , ABSORPTION OF PHOSPHORUS BY ,(9) 108-1 10 ARRANGENENT ,( 1 5 ) 6 3 - 7 0 4SSOCIATION ,(29) 214-217 BREEDING ,(16) 281-327 ,(25) 156-160 APPLICATION OF S T A T I S T I C S TO ,(9) 201 -202 CASTORDEAN ,(10) 271-275 CROP YIELD ,(24) 97-146 EXOTIC VARIABILITY (16) 302-313 EXTRACHROHOSONAL INHERITANCE 1241 1-27 GENETICS OF PREDOHINANTLY SZLPLPOLLINATED POPULATIONS RUST RESISTANCE (10) 149-151 SAFFLOUER [ 10) 300-302 SxE CORN INPROVERENT (16) 282-285 VARIABILITY VARIETY VARIABILITY (16) 313-323 CARBOHYDRATE METABOLISN,ABSCISSION A N D ( 9 ) 73 -CLIRATE ZONE (16) 11-15 ZOHNUNITY, EQIJILIBRIUN ,(15) 39-45 INFLUENCE OF DENSITY (15) 9-17 COHPETITION (15) 1-118 CONPETITIVE ABILITY (15) 106-112 FACTOR INTERACTION (15) 103-106 GRASS A N D CLOVER , ( 1 5 ) 52-62,74-77,99 HEIGHT (15) 99-103 INDEX (15) 36-38 INTERSPECIFIC (15) 28-38 I N T R A S P E C I F I C (15) 46-62 LEAF AREA (15) 90-95 LEAF ARRANGEMENT ( 1 5 ) 95-99 LEAF CANOPY AND GROWTH , [ 1 5 ) 8 5 - 9 0 LIGHT ,(15)82-88,95-99.101,103-10U NATURE O F ,( 15) 2-9 NWTRIENTS ,15)70-77,103,105 PLANT ARRANGEMENT 115163-70 PLANT DENSITY ( 1 5 i 9-28 POPULATION VS. YIELD , ( 1 6 ) 1 0 6 - 1 0 8 WATER (15177-82 CYTOLOGY OF ZINC-DEFICIENT (9) 3 5 DENSITY (15)9-29 YIELD (21) 281-321 DISEASES ,(18199-100.301-305 D ISTRIBDTION, (6) 2 0 1 EDAPAIC FACTORS ENVIRONNENTAL FACTORS (6) 201-204 EVOLUTIOUART FACTOR (6) 202 HOLOCOENOTIC ENVIRONNENT (6) 203-204 GASEOUS TRANSFER (18) 78-86 GEBN PLASN (23)1-49 GROUTIi (16)42-47 ACID SULFATE S O I L S (25) 296-307 CATION ACTIVITY RATIOS (24) 380-385 GENETICS OF (25) 132-136 ROLE OF POTASSIUU (6) 254-260 S O I L AERATION (18) 61.67-68,88-90 TEMPERATURE EFFECTS (6) 223-225 ZERO-TILLAGE EFPECPS (25) 95- 103 HERBICIDE BEAAVIOR (24) 327-378

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SUBJECT INDEX FOR VOLUMES 1-30

113

H I G H E R , F U N C T I O N S OF Z I N C I N ,( 9 ) 39-43 H3RMONES , SEB &laAUXINS ,9)68 I N T R 3 D U C T I O N ,(7) 189-211 B E N E F I T S I N U. S. ,(7)209-211 FEDERAL P A R T I C I P A T I O N (7) 190-191 GARDENS (7) 200-205 I N S P E C T I O N HOUSE ,( 7 ) 195-197 ORGANIZATION OF SECTION (7)191-209 PROCUREMENT AND EXPLORATION (7)192-195.206 PROPAGATION AND T E S T I N G ,(7)200-209 QUARANTINE (7)197-199 REGULArIONS (7) 195-198 I R O N C H L O R O S I S I N , R E T A L S PRODUCING ,(9)44 NUTRIENT, E F F E C T O F A'IMONIA ON , ( ( 10) 342-343 NUTRITION, ZINC (24) 147-186 P L A N T - S O I L I N T E R P R E T A r I O N ,(30)280-284 P O P U L A T I O N VS. Y I E L D , (16) 106-108 PRODUCTIVITY (18)207-2 14 PROTEIN, GENETICS (21)171-194 RELATIVE Y I E L D (PRY) (26) 185 ROOT(S), (6)275 C A T I O N EXCHANGE C A P A C I T Y ION D I F F U S I O N (20) 146-148 NUTRIENT S I N K (20) 143-145 TEST, F E R T I L I Z E R REQUIREMENT ,lo) 74-77 TISSUE (6)293 TOXICITY, O F ALUMINUM ,(10)503-505 OF HANGANESE (10)504-505 HATER D E F I C I T , DEVELOPMENT O F , (28)164-166 Z I N C DEFICIENCY I N (9)31-55 AUXIN PRODUCTION A N D (9)39-41 CONTROL OF ,(9)56-6 1 E F F E C T ON ENZYHES (9)41-43 L I G H T AND (9)39-43 P R O T E I N S Y N T H E S I S AND ,( 9 ) 41 S P E C I E S SUSCEPTIBLE TO (9) 132 SYMPTOMS O F (9)32,34-35 Z I N C LEVELS DURING ,(9)38-39 L I N C NUTRITION OF (9) 35-39 ABSORPTION (9)35-36 DEFICIENCY LEVELS (9)38-39 DISEASE RESISTANCE A N D (9)43 TRANSLOCATION (9) 36-38 PLANTAIN-LEAF BUTTERCUP ,(15) 199 PLANTAZEH (17)124 PLANTHOPPER (14)91,(24) 197, (29)299 BROWN (29) 307-313,323,330 SMALL BROWN ,(29)296,315 WHITE-BACKED (29)314 PLANTING EQUIPMENT ,(11) 182-190 bIRPLANE (11) 189-190 G R A I N AUD S E E D D R I L L S (11) 187-189 H I L L - D R O P PLANTER ,(11) 18U S E E D P R E S S WHEEL (11)184-185 PLANTING POH-CROPS ,(11)183-187 PLASMOLYSIS (8)209 _PL&zlIQO C C I D E N T A L I S (2)328,335, (27)257 P L E I S T O C E N E SANDY S O I L S ,(11)340-344 &ElO_D)QS (17)21 3

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, ( 17) 2 13 ,(14)4, (23)81-84

fi4EUQPBBoS 4EI!ZLWI

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PLINTAITE PLOWING , ( 2 9 ) 1 3 0 - 1 3 1 , 1 4 3 , 1 4 8 - 1 5 0 , 1 ~ 3 , 1 5 5 - 1 5 6 ,

166,172-173,177

Advances in AGRONOMY, Volume 32

114

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PLJU-PLANT (14) 378-379 METHOD (11) 178-180 SOYBEAN (14) 378-379 PLUM ,(1 1) 222,346, (16) 157, ( 1 7 ) 296,307-310 C U R C U L I O I N S E C T (17) 308 P L U l E l k A M A C U L I P E N N I S ,(24) 23U PNEIJMATOPHORES (18)80 PQ& &PILA (8) 138,141, (17) 243 PQB MELA (8)56,141, (10) 3 9 7 P O 4 AHNUA ( 1 5 ) 188, (18)81,272,279,295,297-299,312, (27) 105,108 EQA A K l Z C B ( 1 7 ) 2 4 3 POA BDLBOSA (10) 3 9 5 PO_& EANBXl. ,( 1 0 ) 3 9 5 lu gQggf@SSh (4) 184, (5) 363, (17) 242, ( 1 8 ) 2 7 2 POA F E N D L E R I (17) 241 POA FENDLERIANC (17) 241 PO4 LEU6924 # (8) 1 3 8 POA LCXTEElANI ,( 1 7 ) 2 4 3 P O & NEHO_ULIS (13) 25 EO_A N E V A D E N S I S (8)46, (17) 241 PO& g_ATXBRSQNL ( 1 7 ) 2 4 3 P O g PR4TEgsl.S (2) 97,231,219,337,358, ( 3 ) 54,222, ( 4 ) lA1,240,244, 247, (5) 363 I (6) 30, (A) 56,138,lU 1.2 11, (10) 3SR-359, 391,(12)131,(13)221,(17)2U2,(18)268,(19)89.(20) 149 121) 55 R E F L E X & ,( 1 7 i i 4 3 ' R U P I C'QLA , (17) 243 SG4BRZLLA (8) 141 SP. (12) 96,139,113,116 STERILIS (13) 25 TRllZ&gz (4) 181, (18) 272,279,311 BLIGHT ( 1 4 ) 197,389, (26) 8 8 POD B O R E R (14) 167 P O D A G R I C A SP. (24) 229 PODLSTgXJA (17) 243 P O D I S T E R A EASTWOODAE (17) 243 P Q ~ ~ S E LEUEQTZTHIELIA Y A ~ ( 17) 290 P O D Z O L ,(3) 6,8,10,12-13,15,39,46,80,82,143, (7)146, (13) 1-56, ( 1 5 ) 134,137-138,386-387,(16)331-332,370, , (17)

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252-254,259,263,273,275-276.278,332,334,336-337,

342,346-347,349,358,363, (20) 7,19,38, (21) 145-148. 151,268,(29)85,97 B t l O R I Z O N S O F ,(9) 253-255 RED-YELLOW ,( 2 j j 1 7 1 3 RUSSIAN ( 9 ) 221PODZOLIC S O I L (11)342,34U, ( 1 3 ) 1-56.331. (18)9,(19) 317,320-321, 333, (22123.27-28. (27) 4 1 0 HORIZONS .f3)6-15 BROUN (9) 219.251-258 O C C U R R E N C E I N U.S. ,(9) 2 5 8 CHARACTERISTICS O F (13) 47-51 GEOGRAPHICAL VARIANTS (13) 30-33 GHAY-BROWN ( 9 ) 241,267-278 G E N E S I S O F , (9) 244 NOMENCLATURE ( 9 ) 273 O C C U R R E N C E ,(9) 274-275 NICROMORPHOLOGY (13) U6-47,49-51 flINERAL ANALYSIS (13) 38-46.49-51 RED-YELLOU (9) 278-281 S O D - F O R M I N G ,(13) 24-39 S O I L FORNATION (13) 2 - 1 1 S U B T Y P E S ,(13)23-21 PODZOLIZATION (4) 13, (7) 147,1S1-152,159,163-165,167,170-17~,182 P O G O N O B X E B E X B A R B A T U S , (12) 93 PQCgS_TElqN C4PLl.N (22) 287

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SUBJECTINDEX FOR VOLUMES 1-30

115

P O I S O N I V Y , ( 1 5 ) 165,192 POLAROGRAPHY ,( 1 6 ) 2 5 0 - 2 5 3 POLE BEAN (1U) 31U, (16) 8 1 HARVESTING EQUIPHENT (11) 212 POLLUTANT,RESPONSE TO A I R ,( 2 7 ) 8 9 - 1 2 1 P O L L U T I O N , M I N E S AND S P O I L ,( 2 5 ) 2 9 1 - 2 9 2 POLYCHLORINATED BIPHENYL (26) 166 pQLXG_Qma AVICOLARE ( 1 5 ) 187, ( 1 7 ) 2 4 3 P O L y g Q & l a B I S T Q g Z g I D E S (17) 243 eQLEpQNQd CONVOLVOLOS ,( 1 3 ) 1 7 6 EQhXEQLPI! PENEiUYANIClfl ( 1 2 ) 296 _PQLYGONUH T I V I P A R U H ,( 1 7 ) 2 4 3 POLYPHENOLOXIDASE (8) 393 POLYPLOIDY ,( 8 ) 135,138,158 I N SOYBEAN , ( 1 ) 1 2 1 POLYSACCHARIDES ,(7) 19-21.32.34 I N S O I L S (5) 158-160,173 PQLYS_POEA LLLI ,( 6 ) 161,164 POLYVINYL ALCOHOL ,f 18) 1 5 0 P O N D E R O S A PINE , ( 4 j j 5 7 ; ( 1 2 ) 137,161,209,(14) i29,(17)2U1,250, (23) 133 ,( 2 7 ) 216-217,219,221-222,226,2U0,251,257 POND P I N E , ( 4 ) 3 9 2 PONDUEED , ( 1 5 ) 2 0 7 P O P I L L I A JAPONICA ( 1 2 ) 9). ( 2 4 ) 1 9 4 POPLAR,HYBRID (27) 2 3 7 POPU L A T I ON, C H A R A C T E R I S T I C S O F , E S T I M A T I O N BY S A B P L I NG ,(9) 1 7 9 - 1 8 2 D E N S I T Y VERSIIS CEREAL Y I E L D , ( 2 8 ) 375-378.394 J E S C R I P T I O N A N D ANALYSIS OF EXISTENT 178- 183 ( 2 ) 328,335, ( 2 7 ) 2 5 7 POPULUS E E L T O I D E S POPULUS GRANDIDENTATA , ( 2 7 ) 2 5 8 P o e u L u s p ~ g p ~ ~ r p (g4 )s3 4 2 , ( 1 2 ) 208, ( 1 7 ) 242, ( 2 7 ) 2 58 PQpgLuS T ~ ~ ~ & Q ~X gp. f f DpE L~T O I D E S , ( 2 7 ) 2 5 8 PORE S I Z E D I S T R I B U T I O N ,( 2 ) 2 4 1 POPE S P A C E (71 149 W R ~ P O R A, ( i d , i o s - z i s AGFONOHY OF (30) 229-238 P O R 3 S I T Y ,( 7 ) 3.24 posr O A K ( 1 5 ) 1 9 5 P O r a a Q G E T Q Y F I L I F O R M I S ,( 2 9 ) 1 2 POTRMOGETON S P . (15) 237 POTASH (11)257,(1U)80,82,89,23~,(26)27,57,59,(27)1U6,308 FIXATION I N S O I L (11) 347 RESOURCES ,( 1 1) 2 8 8 - 2 8 9 P O T A S S I U H ,( 1 2 ) 178,277, ( 1 3 ) 163,183-184.333. ( 1 4 ) 29,71(,198, 257,336,353, ( 1 5 ) 74-75.77. ( 1 6 ) 59,146,15fl,213-214, 234-235,267-268,369,374-375, ( 1 7 ) 32% ( 1 8 ) 11.38,

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113,122,(19)112,120-121,125-126,229,231,238-243,

24 7,250,2 57- 258,32 1,324, 32 9- 3 30,332- 33 5,3 39,34 8 (20) l U 0 - 1 4 1 , 3 3 8 , ( 2 1 ) 5 6 , ( 2 2 ) 3 6 4 , (25) 171,178,181, 184.19U.235, ( 2 6 ) 57,60,73-74,189, (27) 110,114,

,

183-184,186,279,318,320-321~330,341-342,351,(28)96, 194-195.3 1 3 - 3 15,323, ( 2 9 ) 128,1U7,164,207-208 ABSOHPTION, BORON R E L A T I O N S H I P S ,( 6 ) 2 9 2 - 2 9 3 CALCIUM R E L A T I O N S H I P S ( 6 ) 297 SODIUH R E L A T I O N S H I P S , ( 6 ) 2 9 1 - 2 9 2 S O I L F E R T I L I T Y E F F E C T S ,(6) 2 8 8 - 2 9 8 ACCU3ULATION ,( 8 ) 3 9 0 - 3 4 1 E F F E C T O F F E R T I L I Z E R ON , ( 9 ) 2 0 6 I N S O I L ,( 9 ) 2 0 5 MAGNESIUN D E F I C I E N C Y AND ( 9 ) 209,216 R E S P O N S E TO SODIUM AND ,(9) 210,216 SUGAR BEET Y I E L D A N D , ( 9 ) 2 1 1 CATI3N ACTIVITY RATIOS ( 2 4 ) 384,386-388,393-408

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Advances in AGRONOMY, Volume 32

116

2OHPOUNDS OF AZIDE (26) 54 CHLORIDE (11)292-293,311, (17) 53-55 CYANATE , ( 1 ) 3 1 1 , ( 2 ) 1 4 9 -MAGNESIUH SULFATE (17) 56 HETAPHOSPHATE ,( 1 ) 4 8 - 4 9 , ( 1 7 ) 5 6 NITRATE (11) 312, (17) 55-56, (28) 9 5 PHOSPHATE (16) 94-96 SULFATE ( 1 1 ) 293, (17) 54-55 CONSUHPTION , ( 1 7 ) 2 - 1 1 . 4 9 CROP RESPONSE (10) 71-72.99-100 DEFICIRNCY ,( 4 ) 48-49, ( 6 ) 259 SYLIPTOiYS ( 6 ) 261-269,286,297 EFFECT ON CALCIUH A N D MAGNESIUM ,(10) 505-506 EROSION LOSSES ( 1 5 ) 311-312,31U EVALUATION , ( 1 4 ) 2 7 4 - 2 7 5 , 2 7 A , 3 1 2 - 3 1 3 FERTILIZERS 16) 257.259-260.281

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SOURCES (10 j 8 8 - 9 1 FIXATION ( 3 ) 127,135-1U1,151-153, ( 4 ) 9 5 , ( 1 0 ) 1 1 6 I N PLANT'NUTRITION ,I61 253-303 ACCUHULITION BY R d 3 T S (6) 269-270 CROP REQUIREHENTS ( 6 ) 270-281 DEFICIENCY SYNPTOHS ( 6 ) 261-269 ORGANIC HDLCHES (6) 287-288 PLANT CONTENT (6)275-277,286,288-289 ROLE I N PLANT GROWTH , ( 6 ) 2 5 4 - 2 6 0 S O I L AND C L I H A T I C FACTORS (6)281-287 UPTAKE ( 6 ) 269-274 IN S O I L OF OLD COTTON BELT , ( 9 ) 1 0 LEGUHE CROPS (25) 58 YATERIALS ,(17) 53-56 M I N I N G A N D PROCESSING ( 1 1 ) 290-292, (17) 52-53 NUTRIENT ABSORPTION ( 2 5 ) 97-98 BED CLOVER (12) 413 RELATION TO CALCIUH UPTAKE (10) 492 RELEASE BY HEATHERING (5) 294-295 REQUIREHENT FOR HIGH YIELDS (6)277-279 RESERVES A N D PRODUCTION (17) 49-52 RESOURCES ( 1 1) 288-290 RESPONSE TO L I N E (10) 1 2 3 S3IL (3) 113-164 DISTRIBUTION (25)93-94 SOYBEAN ( 1 2 ) 261-2$6,251, (14) 393,396-398 T I N E OF APPLICATION ,f 101 9 9 , 1 1 8

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U S E IN T H E NETHERLANDS, ( l 1 ) 3 6 1 POTATO ( 4 ) 95,117,121,125,127,137,139-1U1,151-153,241,250-252, 254-255,258,281,283, ( 6 ) 237,264-265,271,276,278, 289,291, ( 7 ) 65-66, ( 8 ) 2 1,56-58,212, ( 9 ) 69.21 2,

,

(1 1 ) 4 3 , 6 7 , 2 4 1,372,378, ( 12) 62, ( 13) 364, ( 1 4) 69,256,313-3 14, (15) 1 0,181, (16) 26,35,77,81,83, 164,187-188.274, ( 1 7 ) 5,10,5U, 117,237, (18) 99,111 (19) 26, ( 2 1 ) 189,304, (22) 364, (23) 8.15.122.321. (24)15.99. 158, ( 2 6 ) 294. (27) 294,308, (28) 99-100,107,109-110, 198, ( 2 9 ) 43, (30) 219 BREEDING AND IHPROVEHENT I l l 355-357 CHEHICAL WEED CONTROL ,ii j i s ? - 3 6 0 DESICCATION ,( 9 ) E3,88-89 . EFFECT OF EXCESS POTASSIUN ,( 1 1) 361 EFFECT OF HIGH PA I111 362 P E B T I L I Z E R PRACTICES ,'( 1) 360-377 HARVESTING EQUIPHENT ( 1 1 ) 215 I U THE NETEERLANDS ,(11) 3 4 3 - 3 4 4 , 3 4 6 - 3 4 7 , 3 5 0 , 3 6 3 - 3 6 6 KILLING V I N E S ,(1) 377-381 H I N O R ELEHENT REQUIRENEWTS ,(1) 371-372

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LL h (22) SflL3V3 HQad I'IX3IUd 6 f Z (2) S B L Q l d 3HRSS3Hd Z 9 E - L 9 f (SZ) LS3L N O I t 3 I a 3 B d ELZ (9) O I + V H NOILQUOdQAPbLZ ( 9 ) ' X 3 0 N I SSXNaAILJZdd3

'

' '

06:-981 (Z) ' AHdQEWdOI 2 6 1 - 0 8 1 (2) U f l l O S do SSBNXJIHI 0 6 1 - 9 9 1 ( 2 ) ' SHOL3Vd DNIYHOd 110s s ~ L - ~ ~ L ! z ) saIBas ' L 6 l (2) SNOILVLOH zgz (6) ' HsIaaa8 S9L (2) ' SN!ZIHOH dO SBIJH3dOUd h9L ( Z ) fNXLNO3 SnHOIldSOHd 9LL-SLL (Z) STQIH3JQH LNBBYd LLL (2)' N O I L f l E I 8 , L ~ IH3LLVW ~ 3INVDtlC 1 6 1 (2) d Q l 3 do J N 3 U a A O Y L L L - 9 L L (Z) ' NOILIS:dY03 1Q31301QH3NIU ELL-LLL (2) N I D I H O ? Q 3 1 3 0 1 0 3 S 9$L-S6L (Z) S 3 I l I U Q d E O Z - Z O Z (Z) S + 3 3 d d 3 1QNOISOBa L6L-Y6LLL9L(2)' NOIJfltlIEJSIa E O Z - L ~ L ( I ) ' sa?311 d o u 2 SLL-fLL (Z) ' 3 3 N Q Y J I L W Y I l J 961-Z6L (2)' NOILW3IdISSY1S 6 5 1 (2)' S 3 I J S I U 3 J 3 Q E Y H 3 ZOZ-061 (Z) ' N O I J Q A l L l f l 3 H 3 0 N n SIIDNVHC h9L ( I ) ' LNBLNCS U n I 3 1 Q 3 CLL-L9L (Z) ' SHOZSQd S I 3 O I B 9 ~ L - Z 8 L (2)' 33w ZL ' b ( L ) L8'EL-ZL'69-L9'E9'Sf-f~'Lf'LZ-ZZ ( f ) ' E O Z - L S L ' Z 8 (Z!' S'XIOS 3IUIQHd naanu xazanod f f E ' 9 L l ( 9 Z ) ' f ~ 1 ( 6 1 )' 0 6 Z ( L L ) ' Z 8 f - L 8 € ' 9 i Z ( Z L ) h6L (R) ' SSVHD AAH3AOd SZ-hZ ( b ) ' J T 3 E NOLL03 0 1 0 N I NOIL3flaOEd Off (LZ) ' NOILISOdW03 ' Q L 3 8 3 X 3

LLE -CLf ( 1 ) ' N O I ~ I S O d U O SH3fInJ ZLL ( 6 ) ' S31IdOHd ILISN3Ci'SLNBUIHZdXP N O I I Q J O U 6 0 1 '901-hOL (8) ' Q I N O L U Q S30HQllHNV 0 1 3SNOdS3N hSf-ESf (1) 'S'fl N I NOILSfla08d LZ ( b ) ' L138 N O J J 0 3 010 N I NOILL3flaOHd 6 6 ( O h ) ' +NXUZlHIflO3H WflISSWLCd 69E-L9E (1 N O I J Q Z I l I L H 3 I UUISSQJOd LLf-99E ( 1 ) N O I J Q Z I T I L t l 3 J SnHOHdSOHd 6 f 'ZF (6) ' N I K J A Z I 3 1 d 3 0 SNIZ h f Z (0s) I Sfl8IA LEZ(fL) 1108 J Q 3 1

Stif - 1 8 f (1) ' 10UJNOS LJPSNI 9 S f (1) ' LA3118 5 f Z (hZ) ' a I H d Q 'sisQasIa 0NV SLSZ; I L L ( b ) ' 8Od 3 3 Q d S 81s 110s WIIUIJdO 0 9 f (1:) ' & N 3 U 3 E I f l O 3 H N330HJIN 9 9 f -59s (1) NOILQZI?I&E3d N Z 3 0 8 L I N

Advances in AGRONOMY, Volume 32

118

PROCHLORS

,(1) 3 1 1

ATION ,(3)271-272,299,310 PROFITS ,(11) 142-143.146-147.157 PROLINE (8) 3 4 6 PROHETRYNE ( 2 4 ) 347, (26) 30 PRONAnIDE ,124) 334-335 PROPACHLOR- ( 2 h ) 368-369 PROPANIL (23) 202,215, (24) 369-371 S O I L HYDROLYSIS ( 2 7 ) 54-55 (23) 343, (24) 361)-365, (25) 6 2 ERQPHAR (12) 67 N, I - D I -N-PROPYLTAIOLCARBARATE (EPTC) PROSOPIS (15) 195 PROSOPIS J I L I F L O R A ,( 6 ) 37, ( 1 2 ) 2 0 7 , (30) 109,118 PROTEASEISOIL ,(27) U9-51,74-75,157 PROTEIN DENATURATION (22) 209-212 PROTEIN NITROGEN ,(16) 18 PROTEIN SYNTHESIS (6)257, (27) 12-13 I N ZINC-DEFICIENT PLANTS (9) 41 PROTOCATECHUIC ACID (17) 3 3 4 PROrDPLAST RESEARCH,PROGRESS,PROBLEHS A N D PROSPECTS ( Z A ) 121-160 PROTOPLAST, PLANT CELL ,(29) 55-6 1 PROXIRPHAH (23) 171 PRUNE , ( 1 1 ) 2 2 2 HARVESTING EQUIPHENT ,(11) 218 PRUNUS ANERICALA (17) 296-297 PRUNUS ANYGDALUS ,(17) 313,322 PRgN_OS ANGUSTIFOLIA ,(17) 2 9 7 PRUNUS &R1EgIAG&, V A R . @NDSHURICA ( 1 7 ) 297 V A R . S I B I R I S & ( 1 7 ) 297 Bugus &vLufi (17) 296 ERuLps P E S S E G I , ( 1 7 ) 2 9 6 - 2 9 7 PRUNUS B R I G A g Z g A (17) 297 PRUNUS c_ERASgS ( 1 7 ) 2 9 6 PRUNUS mgHSrE& ( 1 7 ) 296-297 PRUNUS FEUTICOSA , (17) 296 PRUNUS IIRA (17)322 PRUNUS H U H E ( 1 7 ) 297 PRUNUS E_EA_sIE&(17)295, ( 2 4 ) 158 PRUNUS RINGSPOT (17) 311 PRUNUS S A L I C I N A ( 1 7 ) 296-297 PRUNUS SEROTINA ( 1 2 ) 178 PRUNIJS SPINOSA ( 1 7) 297 PRUNUS sqBCORDATA (17) 297 PRUNUS TOHENTOSA , (17) 296 PRUNDS IIHBELLATA (17) 297 PRUNUS V I R G I N I A N A HELANOCARPA (17) 241-242 PRUSSIC ACID (6)312-313 PS&L_LUS SERIATDS ,(2) 33-34 PSAflMENTS ,(17) 246,262,265 ESEVQ&rO_IO_SCELZS SERIATUS . ( 2 4 ) 2 2 9 , (30)141,151 P S E U D O U T I A UNIPUNCTA ,( 1 2 ) 9 0 PSEUDOHONAS ,(13) 2 0 2 PSEepQaQhAS AERUGINOSA ( 1 3 ) 209, (16) 235 _PSEOPQB~USDEHITBIFICBE (7) 238 PSEUDOBEh&s FLUORESEEN5 (4)234. (7) 18,238 PsHgpO_&%AS EaASEOLICOLA , (26) 69 PhEPQO_&h&SSQLANC3ARUH ( 2 6 ) 70 PSEUDO&;Jj S P . ,( 1 5 ) 365 PSEUDOMONAS STRIAPACIENS , (26) 332 PSEUDOlONAS T A B U Z ,( 2 9 ) 52 PHEUPQPEZLzA TRIPPLZ& * (12) 384 PSEUDOPLEA _ T R m L I I (12) 384 PsEPQQTSoGA M E N Z I E S S I I , ( 1 7 ) 241, (19) 333, (27) 258

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SUBJECT INDEX FOR VOLUMES 1-30

119

E S ~ U E Q T ~U CB~ I P Q ~,(41 358, (121 208, (17)24 1

-P S Q P H O C A R p g S ,(26) 10,94

,

TETRaGONOLOBUS (26)88,102 PTERIDIETUM (16)275 PUBESCENCE (30) 150-152 llgCCINIA &RACKIDIS (26)20.22 P U C C I N I A CARTHAHI (10)313 P U C C I N I A CORONATA ,( A ) 285 VAR. AVENAE (10)159 P U C C I N I A GLUHARUH (26)331 VAR. T!IT_IC_I (10) 143,150 P U C C I N I A G R A H I N I S ,(26)331 VAR. AVENAE (8)4 2 VAH. T R I T I C I (8)39, ( 1 0 ) 143,150,159, (25,1356 P U C C I N I A HELCANTKI ,(27) 1 1 1 P I I C Z I N I A POAE-NEMORALIS ,(12) 101 P U C c r N m PURPUREA (6) 3 1 1 P U C C I N I A RECONDITA ,(26)331 P U C C I N I A RUBIGO-VERA, V A R . T R I T I C I ,( 8 ) 39, ( 1 0 ) 1 5 9 PUERAitIA (25)307 PUERARIA PHASEOJ,PE ,(22)7.21 PUERARIA THUNBERGIANA (lo) 362,366, (12)8 7 PUERO ,(22)7,21 P U L S E , I N THE NETHERLANDS (11)343,366 NITROGEN REQUIREMENT , (1 1) 360 P U f i I C E ,(8)381, (26)218,221,225,236-237 P U f i P K I N ,(16)164, (28)76 P U R P L E S T A I N ,(14)389 PURPLE VETCH ,(12)84-85, (14)8 2 P U R S H I A T R I D E N T A T A ,(17)241

ESO_PHO_CARP!S

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,( 14)30 2

PYRAZON ,(23)205, (24)353-355 PYRENOPAORA BfIQfll ,(8)153 P Y R I C U L A R I A ORYZAE ,(29) 267 P Y R I T E S ,(2)323,326-327 P Y R I T I C S O I L S ,(25)265-326 P Y R O L U C I T E ,(4) 230-231, (15)125

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PYRDPHOSPHATE,HYDROLYSIS , (27)63 P Y R O P H Y L L I T E ,(3)132. (15)127

,302 52

Q QUACKGRASS ,(U) 313,(8) 154, (12)67,110.(15)181, (18)276-277, (210334 QUAKING ASPEN ,(17)242 QUARTZ ,(1) 162, (2) 185. (3)29,121, (14)8,10,13,41, (15)341-342,347,

349-35 1,354-355,357,360,383,

E X T I N C T I O N PUNCTION ,(5)245 I N F I N E C O L L O I D ,( 5 ) 26 1

(

16) 329,350,367

Advances in AGRONOMY, Volume 32

120

.I

. (27) 258

; ,(12)208

:A

V A R . PAGODAEPOLIA ,(27) 258 (171 241 PA . ( 2 7 ) 2 5 8

-.

R RABBITBRUSH ,(17) 240 RADAR (27) 284 RADIANT ENERGY ( 1 6) 3 8 CHARACTERIZATION (161 15 18 LIGHT A N D PHOTOSYNTHESIS (16) 18-25 RADIATION (16) 48-50 EFFECTS ON PLANTS (4) 28 - 2 9 1 FLUX (18) 197-199,212 S O I L ENZYCIES ,( 2 7 ) 68-69 RADIOACTIVE PHOSPHATES (1 1) 286-287 RADIOHETER8CALIBRATION A N D USE (26) 261-275 P A S S I V E NICROWAVE (27) 284-285 RADIOPHOSPHORUS ,(2) 17-18, (4) 196-197,285-287,292,294,(8) 326,340 RADISH ,(11)49,217-218,(15)24, (16) 164, (28)75,E4,96,99-100,107, 109, (30) 199 RAG1 (26)82 RAGWEED (7) 277,289, (15) 165,199 RAINDROP CHARACTERISTICS , ( 1 4 ) 1 1 4 - 1 1 8 RAINFALL , ( 1 9 ) 3 1 2 EROSION (14) 109-148 EQUATION (14) 138-144 INDEX (14) 124-125,138 MECEANICS OF (14) 1 1 3-123 TOOLS USED (14) 111-113 PRECIPITATION RAKES .(11) 199 RACIIE ,(22) 287-268.309-310 DEFOLIATION ( 9 ) 82 RANGE, BRUSH A N D WEED CONTROL (6) 37-46 CONDITION DETERMINATI3N (6)9-10 GRAZING EXPERINENTS ( 6 ) 6-8 GRAZING MANAGEMENT (6) 4-23 HERBICIDE SPRAYING (6) 41-43 IMPROVEMENT (6) 1-65 INSECT CONTROL (6) 59-60 LIVESTOCK F A C I L I T I E S ( 6 ) 19-23 LIVESTOCK SELECTION (6) 12-13 NANAGECIENT (6) 3-61 I I N E R A L SUPPLENENTS ( 6 ) 50-51 POISON PLANT CONTROL ( 6 ) 56-58 RESEEDING (6) 23-36 RODENT CONTROL (6) 58-59 ROTATIOII GRAZING (6) 13-16 S O I L GROUPING (30) 263-264 STOCKIIIG RATE (6) 5-12 SUPPLEMENTAL FEEDING ( 6 ) 46-55 TILLAGE ,(6) 55-56 USE OF F I R E . (6) 16-19 UATER SPREADING (6) 55-56 WEED CONTROL .16\60-61 WILDLIFE HANAGinENT (6) 60-61

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SUBJECT INDEX FOR VOLUMES 1-30 RANGELAND SWRVEY

,(27)297-298

RIB!BcL!LL!S SEELERRTUS ,(28) 137 RLgpgCgi.ls S P . ,(15)199

,

EAPE (3)120,123, (7)70-71, (11)363,378, (15)10, (24)357, (29)72, (30)199 RAPESEED (29)57 RAPllANUS (28)75,107 RAPID PLANT BUG ,(121 92.388 R A S P B E R R Y ,(ii)2ii,(15) i 9 0 RATOON CROPPING ,(22)285-330 RATTAIL FESCUE ( 8 ) 31 1 RATI'LEBOX (12)87 RAYON PRODUCTION I N U.S. (2)5 RECILZA B Y ~ S B L I S (29)298 RECLAHATION (3)271 OF COAL FIINE S P O I L S ,(2)335-34U 3 F SALT LAND ,(16) 164-171 RED CEDAR (4)365,368,381-383 EASTERN (27)233,257 RED CLOVER ,(2)353, (3)79,120,123, (4)8.35.42-43,52,69,90-91,95,

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181,1R3,185.189,191-194,196,200,212,215,257,(5)359, 364, (6)206,226,232,276-277, (7)60-61163-6U ,71, ( 8 ) 30, 44-45,47,51,164, 167,198,212,227,294, (10)360-361, 370,377,381,3137,389, (11)161,346, (12)44,48,50-51, 59,365-436, (l4)313,348,(15)U8,109,193, (17)170, 172,178,(19)25,114, (21322.34.65. (22)126,132,342 CULTURE ,(12)412-4215 DISEASES ,(12)96,381-386 F E R T I L I Z A T I O N ,(12)60-6 1 GENETICS ,(12)391-410 INSECTS ,(12)89.91-94,387-390 YORPHOLOGY , (12)371-373 NEMATODES ,(12)386-387 O R I G I N ,(12)369-370 PnYSIOLOGY AND ECOLOGY ,(12)373-380 POLLINATION ,(12)73,79-80 SALT TOLERANCE ,(1)8 SEEDING RATE ,(12)57 SEED WEEVIL ,(12) 389 TAXONOMY ,(12)370-371 TYPES ,(12)402-405 U S E S ,ii2)410-u12 VARIETAL HANTENANCE ,(12)52-54 VEIN-HOSAIC 1171 215 UEED CONTROL- ;( 12) 67,390-391 Z I N C DEFICIENCY IN ,(9)32 REDDISH BROUN S O I L S ,(3)27-30,32,44 L A T E R I T I C ,(3)15 REDDISn CHESTNUT S O I L ,(3)22-23,2527.32, (21)145-146 REDDISH DESERT S O I L S ,(3)27,44 REDDISA PRAIRIE S O I L S (2)192,194,197, (3)22-23,2527 RED FESCUE ,(4) 186-187.214, (7)61, (8) 129,133,145, (12)44,59,63-64, 90,100,104. (13)221, (18)261,273-274,279,281,283, 285,295,313 RED FLOUR BEETLE ,(14)84 RED G O U ,(U)381-382 RED HARVESTER ANT ,(12)93.95 RED LEAF ,(13)219 RED-LEGGED EARTH R I T E ,(13)105 RED3X E Q n I L I B R I A (PE) ,(24)39-45 RED P I N E ,(4)337,339,343, (12)145,158, (15)24 RED RICE ,(7)284,286, (14)85 RED-SHOULDERED PLANT BUG ,(12)92 RED SPRUCE ,(4)339,346 REDSTEU ,(14)85 BED-THREAD DISEASE ,(12)104 REDTOP ,(2)218-219,353, (4) 181,194,211,21U, (5)363, (6)278,281,(10) 358-359, (12)UU,92,108, (15)30, (18)112,276

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Advances in AGRONOMY, Volume 32

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RED-YELLOW P O D Z O L I C S O I L S (3) 15- 18,21,32,36,39,91,52,55-56,65, REED CANARYGRASS (2) 218,354,356,359, (5) 362-363, (8) 155, (10) 359,395, ( 1 6 ) 265, (27) 3U5 REEDGRASS (c&AMAGROSTIS C A N A D E N S I S ) (17) 242 REED P E A T (11)349,351 REG3SDL (3) 46, ( 17) 246-2O7,249,255-256,261-262,264-265,269, 275-279, (21) 149,153, (27) 178 R E L A T I V E GROUTH RATE (15) 23-25 R E L A T I V E H U N I D I T P , E F F E C T ON GROUTH ( 1 1) 62 RELATIVE TURGIDITY (11) 66-67 RELATIVE YIELD TOTAL ( R I P ) (26) lfl6.193,195-196,199-20U RENDZINA (27) 67-68.178 R E R h D I A T I O N (18) 173-174,184,192 RESCUEGRASS (4 ) 9, (10) 365,367-368 RESIDUAL S O D I U N CARBONATE ,(16) 142 R E S O R C I N O L (17) 334 RESPIRATION (11)60,(15)59,fl6-87 H E T E R O S I S I N ,(27) 159- 163 HATER D E F I C I T (28) 178-179 REXORO R I C E (14) 97,99,103 RHALINUS S P . (10) 1 6 0 RHENANIA-TYPE PHOSPHATES ( 1 1) 284 RHIZOBIAL SYMBIOSIS (26) 27,42 ,(1)247,273,(2)92,(7)214,(8)170,176,182,192,198,(12), 275, (13) 74-76, (14) 407, (23) 208.210, (26) 75, (28) 150, (29)29,32,72,131 RHLLQ@LPl J&eQpLcgg I (1) 105-136, (14) 170,391, (26) 8 4 MZ~BSPI (17) 170 R H I L Q U P I TRIEQUZ (12) 409.417, (13) 7 2 EHIBQTmHIA , ( 1 2 ) 2 1 6 , ( 1 7 ) 2 1 1 , (18)278,302,(26)54 IYZLQTTQLU BATATIcoLB ( 2 6 ) 23,53,115 E ~ U Q G W ~ Z A LEEUILNIEOLA (121384 BNLzQcEQpLA S Q L u & (7) 1 12, (8) 3 16, ( 101 3 17, ( 12) 385, ( 1 3) 104, ( 15) 182 (18) 264, (26) 52,209. (29) 275 RE&ZOPHORA (25) 275-277 R H I Z O P R P R A MANGLE (29) 12 RHIZOPLIINR (1) 246,265-266,268,271 IYIZQP!E (13) 188 ~~~~P~~ H I G R a A L s ,(7) 18, (26) 23 RHIZ3?i%ER?-;(l) 243-282, ( 3 ) 153, (4) 237, (5) 174, (7) 27,75,83,160,174, 184.243.306.309.3 15.325.365.370.403. I151 146. 151-152; ( 2 0 i 147; (22i3811385; ( 2 3 j 9 3 , i j 3 B A C T E R I A L FLORA , ( 1 ) 2 7 1 - 2 7 4 DEFINITION (1) 244 FUNGAL FLORA (1) 271 GROWTH S U B S T A N C E S I N ( 1 ) 260 N I C R O B I A L COUNTS ,(1) 266-268 S O I L AGGREGATION (1) 263-264 RHODESGRASS ,(2)356,(3)230,(4) 9.53, ( 6 ) 3 1 , ( 1 0 ) 3 6 5 , ( 1 2 ) 9 4 , ( 1 6 ) 158,161,(1B) 237, (22)5,13,45-46.54-55.57, (24)208 SCALE ,(24) 207-208

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SUBJECT INDEX FOR VOLUMES 1-30 R I C E ,(3)56,(6)271-272,283, ( 7 ) 3 2 0 - 3 2 1 , (8)79,1C6-109, (9) 1 3 - 1 4 , ( 1 1 ) 4 5 , 204,370, ( 1 5 ) 64,107,287,358, ( 1 6 ) 15 161,263,297,(18)78,80,87, ( 1 9 ) 111-114,116-117, 119,122-123,127,129-13U, (21) 179,187, (22)279,287, 292.30 1,320, ( 2 3 ) 8,18,28,43-411,202,319,333,338, 3 5 1,357.36 1,364,366,373-374, (24) 287, (25) 266, 29 8-30 3,30 6,30 9, ( 26) 63,75,8 1,93,180,187,202, (27) 2 1, 180.188-189,195,296, ( 2 8 ) 290.374-375,380,389-390, 398.(29)43,45-47,51,72, ( 3 0 ) 196,200 A V A I L A B I L I T Y OF NITROGEN AND PHOSPHOROS ,(20) 3 2 3 - 3 5 9 B E L L E PATNA (1U)99 BLAST ,( 2 9 ) 267-275,322-323 BLUE ROSE ( 1 4 ) 99 BOTANY OF ,(14) 92-96 BREEDING (14)96-104 CADANG CADANG ( 2 9 ) 288 C R O P Y I E L D ,( 2 4 ) 1 0 5 - 1 0 8 , 1 1 3 , 1 1 7 , 1 2 7 - 1 2 8 , 1 3 4 , 1 ~ 0 COLTURE (14) 68-84 DELPHACID (29) 3 1 4 - 3 1 5 D E S I C C A T I O N O F ,( 9 ) 87 D I S E A S E AND I N S E C T R E S I S T A N C E ,( 2 9 ) 2 6 5 - 3 4 1 DISEASES (14) 88-89 DRYING A N D S T O R I N G (14) 83-84 DUARF ,( 2 9 ) 288,298 G R A I N Y I E L D PHYSIOLOGY ( 28) 30 3,3 O 5 - 3 N I 3 0 9 , 3 11,3 15-3 16,3 18-3 19,

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324-327,333-334,337,339-341,343,345-349 H A R V E S T I N G ,( 1 4 ) 8 3

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HERBICIDES (24)333,355,364,369-370 HISTORY OF (14) 62-68 INSECTS AND DISEASES ( 1 4 ) 69-92 DUARF V I R U S , ( 1 4 ) 8 9 INSECT RESISTANCE (14) 195-198 LEAF FOLDER ,( 1 4 ) 9 2 LEAP HINER (14)91 YOTH ,( 1 4 ) 8 4 PLANT S K I P P E R (24) 1 9 6 STALK BORER (14) 93-91 S T E H BORER (24) 195-197 STEM MAGGOT ,( 2 4 ) 1 9 6 - 1 9 7 ROT ,[ 1 4 ) 88- 89 S T I N K B U G ,( 1 4 ) 9 0 STRIPE VIRUS ( 1 4 ) 98 WATER B E E T L E ,( 1 4 ) 9 1 RATER WEEVIL , ( 1 4 ) 9 1 , ( 2 4 ) 1 9 8 YEEVIL ( 1 4 ) 84, ( 2 4 ) 198.214-215.218 I N UNITED S T A T E S ,(14) 6 1 - 1 0 8 HILLING ( 1 4 ) 84-85 N I R A ,( 1 4 ) 9 7 NITROGEN F I X A T I O N , ( 2 3 ) 9 - 1 0 . 1 3 . 2 7 PHYSIOLOGY ,(23) 241-315 P L A N T I N G BY A I R P L A N E , ( 1 1 ) 189 RED , ( 1 4 ) 8 5 R E S P O N S E T O ANHYDROUS AHMONIA , (8) 1 0 6 - 1 0 9 R E K B O R O ,( 1 4 ) 97,99,103 SOIL (24) 32.38.51.55-57,G 1,63,66,70-71 r 3 R O ,(14) 99.103-104 rJSES ,( 1 4 ) 6 1 - 6 2 UEED CONTROL , ( 7 ) 2 8 4 - 2 8 6 , ( 1 5 ) lfi9,173,176-177,180 UEEDS ( 1 4 ) 85-88 R I C E G R A S S ,( 1 7 ) 2 4 1 R I C I N ,( 1 9 ) 2 7 5 - 2 7 6 RICININE (10) 275-276 R I C I N U S CGHMUNIS ( 1 0 ) 258,261, ( 1 2 ) 2 2 3 RIDGE SEEDER ( 6 ) 12U

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R I D G E SYSTEH (29) 145,149-150,155,159,167,174,177 R I L L EROSION 114) 110 RING POX , ( i 7 i j i i . R I N G BOT (8)58

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RIPSUT GRASS ,(13) 221 R I V E R CLAY ,(11)340,346-347,364-366 L I H E CONTENT ,( 1 1) 362 PHOSPHATE REQUIRENENT , ( 1 1 ) 3 6 1 POTASSIUH R E Q U I R E B E N T ,( 1 1) 361 WBINLh ESeyBQ&AE&A # (2) 335, (4) 3348 ( 1 2 ) 182, ( 2 7 ) 258 ROCK PHOSPHATE ,(2) 19, ( 8 ) 357 ROCKEFELLER FOUNDATION , ( 6 ) 133,112-113,116,119 BOGOR ,( 2 6 ) 40,51 R O N G A I LABLAB (22)7,20,33 ROOT BORER , ( 1 2 ) 3 7 6 ROOT-CROP H A R V E S T I N G EQUIPUENT ,( 1 1 ) 2 1 4 - 2 1 8 ROOT C U R C U L I O ,( 1 2 ) 376 ROOT (S), C A L C I U H R E Q U I R E H E N T ,( 1 0 ) 491-492 DISTRIBUTION ,( 6 ) 62-81 EFFECT OF A U N O N I A ON ,( 1 3 ) 344 OF SULFUR ON , ( 1 0 ) 4 1 2 EFFICIENCY ,(13)501-532 EXCHANGE CAPACITY ,(10) 501-502 EXCRETIONS 8 (7) 325,343 EXUDATES ,(22) 382. (24) 1 5 2 E X U D A T I O N ,(23) 89-109 F E R T I L I Z E R EFFECT , ( 1 3 ) 7 2 , 8 1 , 8 9 , 1 2 4 , 1 2 9 G R O V T H ,(11)43-51, (19) 1-43 CEREAL ,( 2 8 ) 310-313 EFFECT OF N I N O R ELENENTS ,(11) 48 EFFECT O F NITROGEN ,( 1 1 ) 3 7 0 - 3 7 2 HETEROSIS I N ,(27)U5-147 INFLUENCE OF CULTIVATION ,(1 1 ) 50 NECHANICAL INPEDANCF ,(11) 46-47 HAIRS ,(22) 178-181 INTERFACE IITH SOIL , ( 7 ) 7 5 I O N ABSORPTION (25) 163-207 HEIBRANES ( 7 ) 7 5 HOISTURE EXTRACTION ( 1 4) 252-2511 NODULES ,(4)5 1 FORHATION ,(18) 7.9 NUTRIENT USE ,(28) 313-315 PERHEABILITY ( 7 ) 76 RESPIRATION ( 1 ) 2 5 6 , (18) 86-88 ROOT-TOP RATIO ,( 1 1) 47 (14)75. l'EIPERATURE YATER-SUPPLYING CAPABILITY ,(30) 99-128 ROOT KNOT 1121 387 ROOT KNOT N&!lATODE , ( 1 4 ) 8 9 , ( 1 7 ) 3 0 2 , ( 2 6 ) 8 4 , 1 1 7 ROOT ROT , ( 1 7 ) 2 1 2 - 2 1 3 , ( 2 9 ) 3 5 1 3F WHEAT , ( 1 3 ) 1 7 7 ROOT MEEVILS (12) 09-90 ROOrIOEK.NORTHERN ,(29) 169 ROSE CLOVER ,(10) 399, (12) 82. (13) 6 0 , (25) 56 ROSES,DEFOLIATION ,(9) 8 2 ROSETTE VIRUS , ( 2 6 ) 2 1 , 2 3 ROTARY HOE ,( 7 ) 253-254 ROTATING V A N E SANPLER ,(14) 111 ROTATION G R A Z I N G ,(6) 13-16 ROT3TILLER .16) 122 ~ I L E N C H L I S ~ ~ P U I W R N ~ ~( 2 6 ) 3 9 ROUGH PEA (101367, (12) 07 EOUSH STALKED BEADOU GRASS (4) 1018200,214 EOUGHIGE ,121 275.280.293.307-309

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SUBJECT INDEX FOR VOLUMES 1-30

125

,( 1 1 1 8 2 , ( l 4 ) 3 3 6 , 3 4 0 , 3 4 5 , 3 U 7 , ( 2 4 ) 2 7 0 , 2 7 U - 2 7 5 , 2 9 7 , 3 0 8 , (27) 321 R U B I S APHID ,( 2 4 ) 231 R U B I S SP. ( 2 4 ) 231-232 RUBROZENS ,( 9 ) 245,264-267 EUBOS_ r ( q ) 6 9 R U N E & CRISPVS ,(15) 191 RUN-OFF (3)274-275,285-290,29U, (11) 8 , 1 1 , 1 5 , 1 1 3 , 1 1 5 - 1 1 8 EROSION ( 1 4 ) 12 1 D A T A INTERPRETATION , ( ' I S ) 313-315 SANPLING NETHODS ,(15) 305-306 RUSHES ,( 1 7 ) 242-243. ( 2 6 ) 1 4 4 , 1 6 8 RUSSIA, PODZOLS OF (9) 221 Z I N C CONTENT IN SOILS 3 P (9) 45 RUSSIAN P I G U E E D (16) 218 RUSSIAN THISTLE , ( 1 3 ) 176, ( 1 5 ) 1 6 5 , ( 1 7 ) 2 U l RUSSIAN U I L D R Y E ( 6 ) 30, ( 1 0 ) 374-376 GRASS ,( 1 2 ) 5 8 R U T A B A G A ,( 8 ) 109 R Y E ,( 2 ) 9 3 , ( 4 ) 8 U , 8 7 , 8 9 , 2 4 3 , 2 U 8 , ( 6 ) 8 3 , 2 1 0 , ~ 3 2 , 2 7 8 , 2 ~ 1 , ( 7 ) 5 1 , ( 8 ) 4 2 - 4 3 , 45,154,215, (13) 154,221,226,254,355, ( 1 4 ) 312, (19191, 11 1 , l l 4 , 1 2 3 , 1 3 0 , 1 3 5 , ( 2 0 ) 144. ( 2 1 ) 179,188, (22) 3 3 2 , 342, ( 2 3 ) 22,28, ( 2 4 ) 205-206,343, (26) 180,187,285, 316,322,328,339, ( 2 8 ) 2 8 9 , 3 0 4 . 3 C 7 , 3 1 1 . 3 2 7 , 3 3 4 , ( 3 0 ) 8 6 , 199 ACREAGE I N CANADA (5) 3 3 8 RUSSIAN WILD (28) 24 RYE3RASS ,( 2 ) 218-219, (10) 3 6 6 , 3 6 8 , 3 9 1 , 3 9 8 , ( 1 1 ) 371,380,392, (12)U5, $8, ( 1 3 ) 8 7 , 9 5 , 2 2 1 , 2 6 3 , (1U) 133.245, (15) 1 3 , 3 8 , 4 0 , 61,10U,112, ( 1 6 ) 2 0 , 2 6 , 2 1 9 , ( 1 8 ) 73,223,232,275,279, 285, ( 1 9 ) 11u, 130,138, ( 2 0 ) 247, (22) 279,341-343.347. 350, ( 2 3 ) 29,353,362,365-367, ( 2 4 ) 102,112,128, (25161 (26) 181, ( 2 8 ) 85,95-97, ( 2 9 ) 9 , ( 3 0 ) 75,107,199 ANNUAL ( 2 8 ) 16- 18.20-21 CONTROL OF Z I N C D E F I C I E N C Y I N (9) 60 I N THE NETHERLANDS (11) 3U3,3U6,350,363,366 ITALIAN (4)8 , (2R) 5 (21) 7,17-18,20-24.30,U3,U7,54-5~,~5-66, NUTRITIVE VALUE 70,89,93 PERENNIAL (4)0.3U. 3 6 , 4 2 - 4 3 , 5 0 , 5 2 , 2 4 3 , ( 2 8 ) 174, 194 YINNERR ( 4 ) 1 2 , 5 2 , 5 5 , ( 1 0 ) 398 Z I N C UPTAKE BY (9) 36 RUBIDIUN

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Z C C H A R n N OFFICII(4jQq I ( 8 ) 104. (22) 388, (24) 111, (28) 141 SACCHARUB SP. ,(29) 57 SACcqAEg! gPONTANEUN (2R) 141 SAFFLOWER (12122U. ( 1 4 ) 7 1 , 8 6 , ( 2 8 ) 9 7 ACREAGE A N D PRODUCTION - 1101 . . 290-293 BOTANY ( 1 0 ) 296-300 CYTO-TAXONOMY (10) 303-307 DESICCATION ( 9 ) 90 DISEASE RESISTANCE ,(10) 313-318 DISTRIBUTION ,(10) 290-293 GENETICS ,( i o j j o o - 3 0 3 INDUSTRIAL USES ( 1 0 ) 307-310 1OISTURE REQUIREHENTS (101 293-295 OIL CONTENT-, (10) 3 1 0 - 3 i i SOIL REUUIRENENTS (10) 295-296 VARIETIES (101 319 Z I N C DEPICiENCY I N ,(9) 32 SAGEBRUSH (12)206-237, (15) 195-196,200, ( 1 7 ) 241, (22)U17

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Ohz ( L L ) , s n L I Tnsrw ~ ~3 A sn ~ l o a3 ~ sv Ehl-Zhl ( L L ) ' NOZIIIOH 3 I B d V S L9E ( 1 1 ) S N Z U 3 B I f l O 3 8 UflISSV.LOd 09E (1 1 ) LN3HaBIflbZB ZLVHdSOtld Z9E ( 1 1 ) ' & N a U 3 B I n b a B a u 1 1 99t-tl9E'ShE-OhE'6L(LL) S'IIOS L U N V S EhZ'Lf!Z ( L L ' L L l O H a N V S h b - f h '6E -LE ' 8-L ( 9 ) I I S f l t l B Z 3 V S 0 N V S h6E'hCE ( h ) ' \ 9 ( F ) ' Z N I d O N V S 4 8 E - ~ 8 E 1 6 L E ' 9 L E ' Z Z ' L L ( 0 1 ) 'Lh-9h'EE ( 9 ) S S V U 3 3 A O 1 ONVS 6 6 (01 ~ 1 ' a m ~ d o ~ al Na v s z 6 t ( S L ) ' ~ L L( E L ) sBnea#vs 02!-6LL ( h l ) aNVS Z8L ( 6 ) ZILYU3LSAS Z8L-6LL (b) ' I E S S T L S I B Z L 3 Y U Q H 3 N O I J V ' I l l d O d do N O I & t U I L S B 9NIldUVS LtrZ-OhZ ( L L ) ' 9 ? Z ( Z L ) ' HSOEJ'IVS ~9 L - Z ~ L( 9 2 ) y v n a~svn SOL-COL ( L Z ) LBOdSNVBJ 6 2 (1) A L I S I d I S Z d S 6Z-OZ ( 1 ) H J l O B 3 , d O Z 3 V L S 0.L N O I & V ' I ; I B 6 - 5 (1) SISBB TV3130TOISAHd hS-ES ( 6 2 ) 'h91-BSL ( 9 1 ) ' a 3 N V B 3 ' I O L 08 ( L ) ' N O I J B I I d S 3 B

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.L-h9L ( 9 1 ) ' N O I & V U V T J Z B LLL-LLL (91) ' S a S I J S Y B d & N Z U 3 3 V N V R 961-Oh1 (91 ) ' B Z L V l N O I J V 3 I B B I 9SL-9hl (9L!' T I C S N O L39dd3 h9L-9SL ( 9 1 ) SdOB3 N O JSZddZ O B L - 6 E l (91) NOILV3IBBI NI ZSE 'BhE ( 6 1 ) '01 L ( L Z ) ' A & I N I ' I V S OSL ( 9 1 ) ' STIOS 3 I a O S - Z N I 1 v S 95 1-ZS 1 ' O S L - 6 h l (91) ' 6 h ( L L ) ' Z Z ( 8 ) '6LZ-8LZ ( 9 ) ' C S E ' Z S E (2) ' 6 L - L L ' S ~ L ) ' STIOS 8 N I ' I V S ~ 0 ~ ' 8 8 z ' z 8 z ' t 9 z( 8 1) ' E E Z - Z E Z (E) ' S S V B W I N I ~ S ~ B ~ZNIVS V EEL'821'9ZL-SZL'EZL-OZL (6Z)'hE'ZZ(LZ)' NIOdNIVS

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127

SUBJECT INDEX FOR VOLUMES 1-30

,(18)278,302

R I C I N I ,(10)277-278 S A T I V A .(17)213 SCLEROTIOROR ,(12)96,385 SP. (12) 98

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RIPO OLIO ROB

,(21213. (7)62, (12)3 7 7 , 3 8 5 - 3 8 6 , 3 9 2 , ( 1 7 ) 2 1 3 ,

(25)54.63

S C L E R O T I N I A WILT , (12)9 6 SCL!$ROTIU8 BATATIGQLA , (12)385, (26)20 sc_L!$RoTLuq QRXGB (14)88 SGLgRgTIIJfl R O L P S I I (81316. (12)385,(15) 182,(26)20,22,54,69, (27173 SCOTCA P I N E ,(12)135-137,152,159 SCRIPOPHAGA NIVELLA ( 2 4 ) 219 SCROB OAK ,(121208, (17)241 SEA CLAY ,(11)340.352-359,364-366 L I H E CONTENT ( 1 1) 362 NITROGEN CONTENT (11)3 6 0 P O T A S S I U H REQUIRENENT (11)361 S E B A C I C ACID . 110) 259 , SEEALE GBRgALE (2)93, ( 8 ) 9 1,215, (19)91, (20)149, (21)179, (22)332,342,

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,(26)318, (28)270,277-278,289,308

SECALE RONTANOB ,(26)318 SEDGE ,(15)190, (171242-243 SEED I S ) CERTIFICArION (8) 129-130, (12)47-51 CLASSES OF (12)4 6 - 4 9 I S O L A T I O N I N VARIETAL P U R I T Y (12)49-50 COATED (2)144 D I S I N F E C T A N T S FOR (1) 10R-109 PELLRTED (2) 143-146 G E R N I N A T I O N ,(12)111-115,266-270, ( 1 3 ) 6 6 - 6 7 , ( 1 8 ) 2 2 - 2 4 , 3 5 , R 5 , 2 4 0 SALINE CONDITIONS (1)20-24 MIITAGENESIS, I N STORED (19)91-94 PRESERVATION ,191 87-106 PRODUCTION, (10)282-286 CASTORBEAN I N SWEDEN ,(7)71-72 OF GRASS ,(lo) 18,UU TESTING (12) 107-118 I N SWEDEN ,(7)71-72 STORAGE, NATIONAL LABORATORY ,(19) 101-105 STORAGE P R O T E I N S (21)178-180 SEEDBED F I N I S H I N G TOOLS (11)182 SEEDBED PREPARATION (29)130-131 SEED-FLAX IMPROVEMENT ,(6) 143-182 S E E D L I N G GROUTH,LEGUN% ,(29) 119-139 S E G A L m o x r G R A V E L L Y S A N D Y LOAM .,(9) . 262 SELENITE (30)31.36 S E L E N I U R ,(23)2 3 8 , 2 4 4 , 2 4 6 , 2 U 8 , 2 5 0 , 2 6 2 - 2 6 6 , (21)59-60, (24)270,274, 18-320, 276,286-290,297-298,307-308,(27)314-315.3

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346,353-354

T O X I C I T Y ,( 8 ) 314 S E L F - D I F F U S I O N C O E F F I C I E N T ,(14)332,334 ..336 -----S E N E C I O JACOBEA ,(13)87 S E N E C I O SERRA (17)242 (17)2 4 3 S E N E C I O SOLDANELLA S E N E C I O TARAXACOIDES , (17)243 V A R . RONDANI ,(24)216 SEPTORIA P A S S E R I N I I (25)356 S E P T O R I A T R I T I C I ,(26)333 SEQEQIg SEMPERVIRENS ,(27) 258 S E R I C E A LESPEDEZA ,(3)0 1, (10)362 ,367-36 8 , 3 8 6 ,

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BREEDING ,( 9 ) 142-163 CHAPACTERS,INHERITSD

,(9) 151- 152

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Advances in AGRONOMY, Volume 32

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C R O P P I N G S Y S T E X S FOR ( 9 ) 124 D I S E A S E S OF ,(9)141 BSTABLISHHENT OF (9) 137 F E E D I N G VALDE ( 9 ) 134- 136,142 HAY AND S E E D PRODUCTION I91 137-138 HETEHOSIS I N (9)152-153- . IflPRDVEHENT OF P A L A T A B I L I T Y ( 9 ) 150-151 I N T R O D U C T I O N OP ,(9)144-145 flINERAL CONTENT (9) 136 M O D E OF REPRODUCTION (9) 146-147 NATURAL C R O S S I N G I N (9)147 RESPONSE TO S O I L TREATXENT (9)129 WSAGE FOR E R O S I O N CONTROL ,,(9)130,142 SERICITE (4)71 S E R I C I T I Z A T I O N ,I51 225 S E R I C O T H R I P S QzcGPT&&s (26)50 SERPENTINE (1)46 SERVICEBERRY 1171 241 S E S ( S O D I U H 2;i-DICHLOROPHENOXYETHYL SULFATE) (7)274,282 SESAflE (12)224 S E S A I I A TNFERENS (29) 301 SESAIUI INDICUI (12) 224 S E S B A N I A EXALTATA (1U) 85 S E S B A N I A IACROCARPA ( 7 ) 284 S E S J N E (2,4-DfCHLOROPHENOXYiil?THYL SULFATE). .,I151 . . . . 183,186-188. . 190, ( 2 3 ) 172,194 SETARIA ( 2 O ) S l . (22)57-58, (24)200, (28) 308,332 SETARIA ITALICA (12) '48, (13) 234, (28) 318 112) 296 S E T A R I A LUTESCENS SETLBlA SCHEBLEI (24)208 SETARIA S P . , ( 1 5 ) 4 9 S E T A R I A SPHACELATA (22)6-7,49,58,63 S E T A R I A VIRIDIS (13) 176 SEWAGE (24) 268-269.280.292.306 EFFLUENT (15) 145 SHALE ( 1 5 ) 122-123, (17) 355-356 SHEATH BLIGHT (29) 275-277 SHEEP (27) 3 5 1 IERINO ( 4 ) 5,8 SKEET EROSION , ( l U ) 110,119,122 SHELTER BELTS (3) 302-304,317 SHEPHERDIA (22)U17 SHEPEBDIA C A N A D E N S I S ( 1 7 ) 242 SHEPHERD'S P U R S E 171 287 S H J N N E R Y O A K (i5j i95 SHOOT GROWTH (19)1-43 SHORTLEAF P I N E (41364,368-369,373,375,380, (12)175,177 SHORT-TONGUED BUHBLEBEE (12)79 SEORT-PAVE BALANCE HETER ,(26)269 SHRUBBY C I N Q U E P O I L (17)242

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SIBBBkDI-A PRPGUBEXS ,( 17) 243 S I B E R I A N ALFALFA , I121 76

SIBERIAN SIDEDATS SIDERITE S ~ E ~ ~ SIEROZEH

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Etn (12j i54. GRAHA (6) 36,227, (10)17,22,379,38U-385,399, IBb 394 ~ ~ E ~ ~ ' D E (19) C U 124 H B E ~ ~

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, ( 3 ) 27,44,154,(15)386 SOIL (21)146-147 S I G N A L G R A S S ,(22)U5.56 SILCIGE (23279-294, (17)179-180, (22)140,379 A C I D S P R E S E N T ,(2)283 A D D I T I O N O F A C I D S ,(2)287-288 A.I.V. P R O C E S S ,(2)287 C A A R A C T E R I S T I C S ,(2)280 CROPPER ,(11)200-202

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(12)55-56,208

SUBJECT INDEX FOR VOLUMES 1-30

129

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COLD PERHENTATION PROCESS (2) 286-287 CONTROLLED PERMENTATION ( 2 ) 284-290 PERMENTATION L O S S E S ( 2 ) 290-291 F E F M E N T A T I O N P R O C E S S , ( 2 ) 284-290 I N O C U L A T I O N ,(2) 291-292 L A D I N O CLOVER , (2) 227 YAKING ( 2 ) 280 MOLDY (2) 281-282 S T E R I L I Z A T I O N ,(2) 288-289 W A R M PERMENTATION P R O C E S S , (2) 286-287 S I L E N E ACUALIS (171243 S I L I C A ,( 1 4 ) 3.7-8.10.27-28,31,.34,37,45,55, (16)340,346,350-351, 353,350,366,372-374, (21) 1 0 - i i . 6 0 - 6 i . ~ 5 7 C I I E R I S T R Y O F ,(15) 353-359 DEPOSITION OF I N S O I L (15) 377-384 E F F E C T S OF A P P L I E D 1271 200-201 I N S O I L , PLANT, ILNInAL (19) 107-149 K I N D S OF S O I L S ,(15) 384-389 NATURE AND OCCURRENCE I N S O I L ( 1 6 ) 329-331 3 P A L I N E ,( 2 6 ) 213-214.233-234 O R I G I N OF I N S O I L (16) 367-368 S O L I D FORMS ,( 1 5 ) 3 4 0 - 3 5 3 S O L U T I O N FORMS ,(15) 360-377 S I L I C A T E S ,(15) 122,128 (30) 32 S I L l C I C ACID 1301 39 SILICON ,(23) 304-305, (210 79-90,196-197 s I L r ,(15) 2 5 7 D E P O S I T ,(1 1) 75 P A N S , ( 3 ) 36 S I L V E R ,(24)270,274,276,297,303,308,(27) 315,324 S I L V E R L E A F DESHODIUH ,(22) 9,14, 16,23-24, 28-30,32,36,4 1,64 SILVERTOP ( 1 2 ) 96,100 SILVEX (15) 199,206, ( 2 2 ) 1 3 3 S I H A Z I N E ,(14)385, (15) 186, 190-191,194, (17) 25, (22) 139, (23) 153,219, 344, ( 2 4 ) 342,3$7,349 S I H M O N D S I A C H I N E N S I S ,(28) 196 SINAPSIS a_LgA (3) 148. (4) 246,254 SINOX ( 1) 299,307,358,378-38 1 SIRATRO (22) R-9,12-13,2U,29-30,32,36,38-39,41,51 S I S A L ,(30) 2 0 8 SlXhU% JUBATUH , (8) 136 S I T E INDEX, FOREST (4) 331,340-342,345-3U6,353-355,357,359, 36 1.365.368-369.37U-375.377.380-383.385,389,392-393 . . . . . C U R V E S ,(27) 2 1 2 - 2 1 9 E S T I H A T I N G HETBODS ,(27) 212-254 H E N S U R A T I O N A L HETtlODS , (27) 223-224 PLANT I N D I C I L T O R S (27) 224-228 S O I L - S I T E EVALUATION (27) 2 2 9 - 2 4 9 S O I L SURVEY (27) 249-254 SYNECOLOGICAL COORDINATES (27) 228-229 S I T E Q U A L I T Y ,(U)331,359,361,363,392 SZ'€PN_R TXLIB!28EQLLIS ,(12)89, (17) 171.215 VAR. P A g R A E U S (24) 191 srrZlE !%PLLCKu (12) 90 S I T 3 l E aqAflS_CEgl ( 1 2 ) 89,390 SIT3NA ~ ~ S P I D U L, A(12189.390 S I T L~I N E A L ~ (121 89 S€T2ek!IL!E O_AYZAE ,( 2 4 ) 198,214,218 SIZSPHZLOS Z E W I S ,( 2 4 1 2 1 8 SLSARILM (71 9 0 SKELETON WEED (15) 76 SLASH P I N E ,(4)335,390, (12) 176 S L E N D E R WHEATGRASS (5) 363, (6)30, ( 8 ) U7.56 S H A L L G R L I N S , R E S P O N S E T O ANHYDROUS A H l O U I A ( 8 ) 91-110 SHARTUEED ,( 1 2 ) 296, (15) r(9

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Advances in AGRONOMY, Volume 32

, , ,(27)90

SHDC (15)186 (6)32, 115) 196 SHILOGRASS StlOG

,(8) 47.56, (12)44,49,56,58, (131221, (1U)2$7 -248,255, (16)160

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SNAKEWEED (12)207 SNAP BEANS ,(14)257 SNAPDRAGON (16)219,265 SNEBZEWEED (17)243 SNOY-BRUSH (19)333 SNOWBERRY ,(17)242 SOD S E E D BEDS ,(6) 136-138 SODIC S O I L S (16)150-156,161,170 SODIUH (14)29,7U,255, (16)141-143,145-146,150-151,153-158,161-162,

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170,176,2 14.22 1,234,267-268,369, (18)122, (19)112, 121,125,2U2-243,(21)55,(27)320-321,328-329, (28)97 4 D S O P P T I O N R A T I O ,(16)141,154-156,170

COHPODNDS (1)293,295,303, (4)318-319,323 ARSENIIE ABSORPTION BY OATS ,(9)88 C H L O R A T E ,( 3 ) 109, (4)3ii,3i9-320 2.4-DICHLOROPHENOXYHETHYL SULFATE, SESONE HYPOCHLORITE ,(14)77 N-HETHYLDITHIOCAEBANATE (15)186 NITRATE (8)63,89,97,104,357, (11)373,380,(14)300, (17)28-29 TRICHLOROACETATS (4) 313-314 REQUIREMENTS (2)15-17 T.HRIP I N J U R Y ,(2)32-33 VERTICILLIUH YILT (2)29-30 s o n BROHEGRASS (18)7 SOFT C H E S S 122) 342

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ACID,AMHONIA APPLICATION (10)333,338-339 F E R T I L I Z E R L P P L I C A T I O N ,(10)106,108,122 A C I D I P I C A T I O N OF (9)205,214-215 A C I D SULFBTE, G E N E S I S AND HANAGEHENT O F (25)265-326 ( 3 ) 155, (6)281-283, (8)333, (1 1)45-46, (14)342,347-348, AERATION

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(18)57-106,294

PLATINUH MICROELECTRODE HEASUREHENT ,(22)235-283 AGGREGATES ,(6)139, (8)72, (11) 46 S T A B I L I T Y OF ,(7)4 S T A B I L I Z A T I O N OF (7)10-12 (1)198,263-264, (5)38U-390,399.U01,403, (7)1-37 AGGREGATION

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,(18)69-71,137-169

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CAUSED BY SOYBEANS (1) 137 CHURB FORHATION ( 7 ) 8-9 DEFINLLION (7)3-4 E F F E C T O F NICROBIAL S P E C I E S (7)18-1 9 E F F E C T OF ORGANIC R E S I D U E S (7) 12-16 FLOCCULATION ,(7)1 1 PORtlATION OF AGGREGATES (7)3-9 INFLUENCE O F EXCHANGEABLE C A T I O N S ,(7)30-33 I R O N AND ALIIMINON O K I D E S ,(7)11-12 HECHANISHS INVOLVED ,(7)5-9 ORGANIC S O I L BINDING SUBSTANCES (7)18-22 ROLE O F CLAY ,(7)6-7 ROLE OF MICROORGANISHS (1)198, (7)2 S Y N T H E T I C S O I L C O N D I T I O N E R S ,(7)22-30 WATER PENETRATION ,(7)33-34 WATER-STABLE AGGnEGATES (7)2

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SUBJECT INDEX FOR VOLUMES 1-30

131

ALPALFA-SICK ,( 3 ) 244 ALKALI (1) 1 9 - 2 0 BLACK , ( 1 ) 9 ALLOPHANE ,(29) 229-264 AHMONIUH F I X A T I O N (3) 151-153 AHORPHOUS CLAY (26) 211-260, (30) 1-50 A N A L Y S I S , INSTRUNENTAL NETHODS (27) 324-327 ANION ADSORPTION ,(30) 1-50 AUSTRALIAN ( 1 0 ) 173-230 BASIC ENTITIES (20) 3 1 - 4 2 B I N D I N G SUBSTANCES (7) 12-13,18-22,3U, ( 1 8 ) 150-158 BIOASSAY TECHNIQUES ,( 2 7 ) 322-323 B L E I S A N D ,(13) 11-19 BLOWING. CONTROL ,( 5 ) 39-40 B O R O N AVAILABILITY -,(I) 327 BULK DENSITY,BEASUREMENT O F (9) 159-160,163-171 CALCAREOUS.FERTILIZ1NG O F 110) 78.88.105 CLASSIFICATION OF ,(6) 238,i40,(9) i79;219-220, (20) 4-6,13,15,i8,39-42. (2 1) 265-269, S T A T I S T I C A L METHODS (28) 37-70 CLAY HINERALS D I S T R I B V T I O N (1) 177-179 C O L L O I D S A N D MINERAL N U T R I T I O N ( U ) 67-99 AGRONONIC A P P L I C A T I O N S (U)93-96 CALCIUN COUTENTS OF PLANTS ,( 4 ) 77-93 I O N A C T I V I T Y ,( 4 ) 75-77 I O N EXCHANGE ,(4)7 0 - 7 5 (29) 159-162.254-256 COHPACTION , (3) 155-156, (6) 283, (16) 181-196.263, CAUSES O F ,(16) 181-182 EFFECTS OF ,(9) 159 ON P R O D U C T I V I T Y (16) 182-185 EXPERIMENTAL D I F F I C U L T I E S (16) 191-192 HEASUREHENTS OF ,(9) 159-175 N E C H A N I S T I C STUDY J N E F F E C T S ON PLANT GROHTH ,( 1 6 ) 192-194 PLANT RESPONSE T O , (16) 185-191 C O M P O S I T I O N NONTTORIN'J . ,(27) . . 316-323 CONCEPT OF ( 2 0 ) 1-47 C O N D I T I O N E R S , ( 5 ) 4 0 2 - 9 0 4 , ( 7 ) 11.22-28, (11) 305-356 CONSERVATION D I S T R I C T S _131 . 281 LAU ,( 3 ) 269 CONSERVATION S E R V I C E ,( 3 ) 268-269,271-272,275276,280 CONSERVATION, S O I L AND WATER ,( 3 ) 265-322 CONTOUR F A R M I N G ( 3 ) 281-285 CROP R E S I D U E HANAGEHENT ( 3 ) 290-294 CROPPING SYSTEMS ( 3 ) 277-281 ECONONIC PROBLENS ,( 3 ) 304-309.317 EDUCATION ,( 3 ) 267-273 E F F E C T I V E N E S S OF LRSPEDEZAS I N ( 9 ) 13d- 139,142 GRASSED WATERHAYS ( 3 ) 285-286 GRASSES AND LEGUMES FOR (10) 349-U06 CENTRAL GREAT P L A I N S REGION ,(10) 377-381 NORTHEASTERN REGION ,(10) 356-362 NORTHERN GREAT P L A I N S REGION ( 1 0 ) 372-377 SOUTHEASTERN REGION (10) 362-370 SOUTHERN GREAT P L A I N S REGION (10)382-387 K'ESTERN REGION ,( 1 0 ) 387-401 I N F I L T R R T I O N ,( 3 ) 286-290 LAND C L A S S I F I C A T I O N PROBLENS , ( 3 ) 2 7 5 - 2 7 7 LAND USE ,( 3 ) 294-296 PASTURES ( 3 ) 297-330 RESEARCH ( 3 ) 273-311,313 SHELTER B E L T S ,1 3 ) 302-33U S O C I A L PROBLENS',.(3) 309-311.318 S O I L L O S S E S ,(3) 294-296 S O L U T I O N , PHOSPHORUS (29) 90-95 S T A B I L I Z A T I O N ,(29) 260 STATISTICS (3) 272

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S T R I P C R O P P I N G ,(3)300-302 T E R R A C I N G ,(3)281-285 THERMAL CONDOCTIVITY ,(29)238-241 VOLCANIC ASH , VOLCANIC ASH ,(29)229 WATER L O S S E S ,(3)268 C R U S T I N G ,(18)72 DARK-COLORED BORDERING T H E S T E P P E S ,(9)226,250,258-267 DEFORHATION ,(19)1-43 D E N S I T Y I141 342-346 BIlLK,-HEASUREHENT 3 F ,(9)159-160.163-171 D I S T R I B U T I O N O F CLAY MINERALS (1)177-179 E F F E C T O F WATER ,(11)35-37 E F F E C T ON ROOT GROWTH (11)43-51 ELECTRON H I C R O P R O B E ANALYZER ,(20)153-198 ENZYHES ,(27)25-87 E R O D I B I L I T Y ,(14)125-126 EROSION 161 123.181 25. I121 322-324 333 PREVENTION ,j29j 166-169 CONTROL (6) 131,136-140,287, (2 1138-140 FOLLOWING SOYBEANS , (1)137-140 U N I V E R S A L S O I L LOSS EQUATION , 14) 138-143, (25)5 EROSION S E R V I C E (3)268 EXCHANGE C A P A C I T Y ,(13)476-481 FAUNA ,(8) 74 F E R T I L I T Y , F O R E S T N U R S E R I E S ,(12)128-170 FORMATION (6)238-240 F E A G I P A N S ,(21)237-279 F U H I G A N T S (3)245 DIFFUSION (3)256 FUMIGATION ,(3)248-261 ECONOMICS ,(3)259-26 1 EFFECTIVENBSS (3)256-259 EQUIPMENT ,(3)253-255 U A T E R I A L S (3)251-253 RETHODS (3)253-255 P R E C A U T I O N S (3)253 P R I N C I P L E S (3)248-251 F-VALUES ,(10)486 GROUP D E S C R I P T I O N S ,(21)145-153 HORIZONS (21)240-2112 NOMENCLATURE ,(31 4-5 I L L U V I A L ,(13)19-23 I N O C O L A T I O N ,(1)274, ( 7 ) 243 I N T E R R E L A T I O N . SOIL-PLANT-UATER . ,I.l l 1. 77-98 EFFECT OF CLIHATE ,(11)91-94 I O N C A P A C I T Y ,(20) 104-106,111-115,129-130 I O N D I F F U S I O N C O E F F I C I E N T ,(20) 106-110, 115-118,129 I O N I C A C T I V I T Y ,(27)320-322 LOSS, FACTORS A F F E C T I N G ,(14)123-136 P R E D I C T I O N ,(14)137- 144 UNIVERSAL EQUATION FOR, BY E R O S I O N ,(14)138-143, (25)5 HACROELEHENT HONITORING (27)327-343 HANAGEHENT (25)265-326 CORN B E L T (6)121-142 FOR CONSERVATION (5) 383-405 F 3 R STRUCTURE HAINTENANCE ,(5)390-3911 IWTENSIVE (5)304-306 NITROGEN F E R T I L I Z E R S ,(6)125-131 MANGANESE (4)221-277 AVAILABLE ,(4)228-232 DETERUIBATION (4)224-228 M I C R O B I A L TRANSFORUATIONS (4)234-239 H A P P I N G (20)20.39-42, (25)293-296, (27)298-299 UAPS, LAND USE C l P A B I L I T Y (3)276 S O I L (3)275-276

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SUBJECTINDEX FOR VOLUMES 1-30 HICRObIOLOGY, CENSUS S T U D I E S ,( 7 ) U 0 2 I O N ACCUHULATION ( 7 ) 83-86 PLACE IN S O I L S C I E N C E (7) 399-U10 H I C R O E L E H E N T NONITORING (27) 343-358 HICROFLORA ,(22) 395-409,4lU-U16 f i I C R O N U T R I E N T ELENENTS I N ,(15) 119-159 5 I C R O O R G A N I S H S ,(3) 2113-2114. 12) 317-319, ( 1 3 ) 165-169 P O T A S S I U H F I X A T I O N ,( 3 ) 153-155 (9) 206-211,216 MINERAL N U T R I E N T ICCUYOLATION I N E F F E C T O F F E R T I L I Z E R A P P L I C A T I O N ON ( 9 ) 207 T E S T I N G FOR (91, 209 HOISTURE (4)U l , ( 6 ) 283,285-286, ( 1 1 ) 8-9,35-42,44, ( 1 3 ) 1UU-150, (14)324-325.(16)7.125)87-91 AIR POLLUTANT INTERACTION ,i 2 3 ) 231 -232 A V A I L A B I L I T Y T O PLANTS ,(11) 13,77-94 CONSTANTS ,(2) 2 4 3 F R E E Z I N G P O I N T HETHOD (2) 2 3 9 VAPOR P R E S S U R E I E T I I O D ,(2) 2 3 9 DETERMINATION , ( 4 ) 55 E F F E C T ON C O H P A C T I 3 N (11) 37 E F F E C T ON F E R T I L I T Y ,( 1 1) UU, 80-84 ENERGY OF RETENTION ( 1 1) 39.90 HOVERENT ( 1 1 ) U 1,79-80,82 SEASONAL CHANGES I N D I S T R I B U T I O N (1 1) 4 2 VAPOR TRANSFER (11) U1 YATER STORAGE C A P A C I T Y ( 1 1) 9 STRESS (6)78-80,82,84-85, (11) 40,55,68,77-94, ( 2 3 ) 105 EFFECT OF S A L I N I T Y (6) 79-00 E F F E C T ON Y I E L D (11)85-87,89,91 TENSION (11) U0,79-80,82, (14)230,23U MONITORING FOR ENVIRONMENTAL Q U A L I T Y (27) 305-374 NORPHOLOGY AND G E N E S I S (23) 51-88 HULCU THEORY , ( 5 ) 2 2 NEHATODES, CONTROL (3) 244-264 N I T R I F Y I N G CAPACITY ( 2 ) 86 N I T R 3 G E N ,( 2 ) 81-109, (6) 125, (8)26U-266 A D S O R P r I O N BY CLAYS (2) 87-88 BALANCE ,(7) 213-247,321-330 ANMONIA L O S S E S ,( 7 ) 2 3 5 2 3 6 , 3 5 7 BACTEkIAL D E N I T R I F I C A T I O N (7) 238-239,246.356-357 F I E L D EXPERIMENI'S ( 7 ) 225-232 G A I N S FROH ATHOSPHERE ,(7) 240-246 GREENHOllSE E X P E R I H E N T S (7) 232-235 I N U. S . CROPPED S O I L S , ( 7 ) 2 1 4 - 2 6 0 L O S S E S BY V O L A T I L I Z A T I O N (7) 235-290,357 L Y S I I E T E R E X P E R I N E N T S ,( 7 ) 216-225.360 N I T R I C OXIDE LOSSES (7) 236 NITROGEN GAS L O S S E S ,( 7 ) 236-237 BARNYARD HANURE (2) 100-101 CHEHISTRY O F (2) 87-89 C L I M A T I C FACTORS (2) 83-87 CROPPING P R A C T I C E S (2) 9 4 - 9 8 C R O P REMOVAL L O S S E S (2) 9U,96 EROSIONAL L O S S E S ,(2) 47-100 GREEN I A N U R I N G ,(2) 101-1OU I N I R R I G A T E D AREAS (2) 108-109 I N RIDUEST S O I L S ( 2 ) 107-108 I N SOUTHEAST S O I L S (2) 106-107 I N TEHPERATE S O I L S ,(2)83-84 I N THE GREAT P L A I N S (2) 1 0 0 I N TROPICAL S O I L S (2) 85-66 LOSSES, BY LEACHING (2)97, (7) 21U,216,2U6,306 BY V O L A T I L I Z A T I O N ,(7) 2 1 U,216-217,219-220,222-223,225,229,231, 235-240.246,357 TRENDS I N U. S. ,(2) 104-109 CONTENT (2) 8 2

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134

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OF OLD COTTON BELT (9) 10-11 EROSION (9) 11-12 FERTILITY ( 9 ) 10-11 OF GREAT PLAINS ,(1011-8 ORDINATION O F ( 2 8 ) 54-59 ORGANIC F E R T I L I Z E R RECOMHENDATION FOR CROPS GROWN ON (9) 211-212 NUTRIENT ACCUHULATION I N - 1 9 ) 208.216 ORGANIC HATTER (5) 153-181, (i5).82-88,94 CHEHICAL OXIDATION (5) 167 COHPOSITION (5) 158-165. (6) 1 2 9 CONSTANTS (7) 147-148 CONTRIBUTION TO PLANT NUTRITION (5) 176-180 DETERHINATION (5) 174-176 DISTRIBUTION , ( 5 ) 1 5 5 - 1 5 8 EFFECTS OF CLIHATE (5) 155-157 EXCRANGE PROPERTIES (5) 1 6 8 - 1 7 1 PORIATION (5) 154-155 INFLUENCE ON STRUCTURE (5) 172-174 INTERACTION YITH CLAY MINERALS ,(5) 171 LIGNIN-DERIVED (5) 161-162 HAINTENANCE (6) 124,126.128-130.139, (7) 143 NITROGEN FRACTION (5) 162-164 PAPSIOCHEHICAL PROPERTIES ( 5 ) 165- 167 POLYSACCHARIDES (5) 158-160 ORTSTEIN (13) 11-19 OXYGEN CHARACTERIZATION (16) 249-280 BIOLOGICAL RESPONSE TO DIFFUSION RATES ( 1 6 ) 258-272 FIELD MEASUREHENT RESULTS (16) 272-275 PLATINUI BICROELECTRODE, PROELEHS ASSOCIATED UITH ,(16) 2 5 3 - 2 5 8 POLAROGRAPHY ( 1 6 ) 250-253 PARASITES ,(3) 244 PENETRABILITY,EPFECT OF COVER CROP O N (9) 161-162 HEASUREMENT OF (9) 159-160,163 MOISTURE A N D (9) 161-162 PERMANENT ELECTRICAL CHARGE (10) U78-C81 ( 2 ) 246-258, (3)276,332, ( 4 ) 334-335 PERMEABILITY SATURATED S O I L (2) 247-249 UNSATURATED S O I L ( 2 ) 24'4-253 PESTICIDES (23) 147-240 PETROLEUH CONTABINATION (13) 197-216 PH ,(11) 362,389-393, (17) 132-133 HEASUREHENT OF (10) 487-490 PHOSPHATE REACTIONS (30) 166-183 PHOSPHORUS (8) 260-262, ( 2 5 ) 7 - 1 4 F I X A T I 3 N I N ACID S O I L ,(9) 97-104,110 I N ALKALINE S O I L (9) 104-106.110 I N CALCAREOUS S O I L (9) 104-106.110 ORGANIC (3) 14,20,25-26,30 PHYSICS, AERATION (14) 347-348 DENSITY (16) 342-346 ISOTOPE nETAODS I N (14) 321-358 PARTICLE MOVEMENT (14) 348-350 PROFILE FORHATIOU (14) 352 RADIOACTIVE YASTE ,( 1 4 ) 353-354 STRUCTURE (14) 3U6-347 TEHPERATURE (14) 348 TRANSFORHATION OF 'IATERIALS (14) 350-352 HATER (14) 322-342 PLANT GROWTH HEDIUN (20)2-10 PODZOL ,(13) 1-56 POLLUTION SOURCES ,(27) 307-315 POLYSACCHARIDES ( 2 1 ) 195-235 POTASH FIXATION ,( 3 ) 153-155 POTASSIUN ,(3) 113-164 CLAY MINERAL FORilS ,(3) 131 EFFECT OF AERATION (3) 155-156

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SUBJECT INDEX FOR VOLUMES 1-30

135

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EFFECT O F L I M I N G ( 3 ) 143-149 EXCHANGEABLE ( 3 ) 116-119 FORMS ,(3) 114-143 I N CALCAREOUS S O I L S (3) 150-151 MICROBIAL F I X A T I O N (3) 153-155 MOVENENT I N P R O F I L E ,( 3 ) 156-158 NON-EXCHANGEABLE ,(3) 119-131 PRINARY MINERAL FORMS ( 3 ) 119-131 SOLUBLE (3) 115- 116 POTENTIALLY ARABLE (21) 109-170 PROFILE (8) 273, ( 1 4 ) 352 RECLAMATION (11) 343.349 REDOX P O T E N T I A L S (20) 326-330 R E L A T I O N S BETYEEN PLANTS,PHOSPHORUS AND (9) 108-1 10 ROT FUNGUS .(15) 182 S A L I N E ,(1)5;11-19 SAMPLING ( 8 ) 252-257 ERRORS ( 8 ) 252-253 TOOLS ,( 8 ) 255 SEE ILsQ HUNIC SUBSTANCES SE& &_LS_OL A T E R I T E SEE 4LsQ flOUNTAIN S O I L S E E BLSQ ORGANIC S O I L 5 SERIES ( 2 0 ) 26 SILICA I N (15) 339-396 S I T E EVALUATION ( 2 7 ) 229-249 SOLONETZ ,( 3 ) 31-34,69 S O L U T I O N , CONCENTRATION (11) 16,36 PHOSPH3RUS , (29) 9 0 - 9 5 STABILIZATION (29) 263 S T E R I L A N T S ,(1)294-294,305,307-308 STERILIZATION (10 317-318 STRUCTURE ,( 5 ) i8.3-394, ( 6 ) 123, (7) 3,145,1U9,161-163,166,175-177, (8)72, (14) 346-347, ( 2 5 ) 80-81.84-87 COLlPACTION E F F E C T S ( 5 ) 386-387.392 C U L T I V A T I O N EFFECTS (5) 384-387 DETERIORATION (5) 385-386,391-392 ORGANIC MATTER E F F E C T S ( 5 ) 387-390 SUBMERGED,CHEIiISTRY O F (24) 29-96 S U B S O I L , SEE S U B S O I L ( 1 4 ) 327 SUCTION SULFUR CONTENT ,(10) 415-418 SURVEY, ( 3 ) 277,330, (21) 123-130 I N CANADA ,(5)3 4 9 - 3 5 1 INTERPRFTATION (30) 247-289 RECONNAISSANCE (3) 275 TEMPERATIJRE ,(1 3 ) 150-154 T E S T I N G OF ,(10) 73-77, (11) 164-166 FOR L I M E AND F E R T I L I Z E R REQOIREHENTS, AREA SUMMARIES , ( 8 ) 2 7 4 - 2 7 8 RASE SATURATION , (8) 262 CALIBRATION ( 8 ) 2 4 4 - 2 5 2 CATION EXCHANGE CAPACITY ,(8) 2 b 2 CHEPIICAL PROCEDURES ( 8 ) 257-259 FIELD STUDIES ( 8 ) 245-246,248-253 FIJTIIRE TRENDS ,( 8 ) 278-280 I N T E R P R E T A T I O N ,( 8 ) 269-271 L I Y E REQUIREMENT ( 8 ) 259-260.272 NINOR ELEflENTS ,( 8 ) 266-267 NUTRIENT I N D E X ,(8) 277-278 O B J E C T I V E S ,( 8 ) 2 4 3 PH DETERflINATIOY , (8) 258-259 PHOSPHORUS REQUIREMENT ,( 8 ) 260-262,272,387-3A8 POTASSIUH REQUIREMENT ,( 8 ) 262-263,272,387-388 PECOMNENDATIONS , (8) 271-273 SAHPLES ANALYZED (9) 243-244 S A f l P L I N G METHODS (8) 252-257

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Advances in AGRONOMY, Volume 32

136

TEXTURE, (11)37 EFFECT OF BOISTURE EFFECT ON WATER I N F I L T R A T I O N (1 1 ) 3 9 EFFECT ON WATER RETENTION (11)9,13 PHERHAL C3NDUCTIVITY (29) 238-241 T I L L E D A N D UNTILLED COHPARED (25) 80-95 TILTH (6) 12U,131,138-1UO TRACE HETALS ,(24) 268-277 TYPES (20) 26-27 I N THE NETHERLANDS (111339-359,365 USE (21) 112-122,156-163 VOLCANIC A S H (29) 229 WATER (2) 234-269, (6)67-94.131 AVAILABILITY (6) 78-84 ROOT DISTRIBUTION ,( 6 ) 82-84 BEHAVI3R ,(181327-370 CAPACITY i i o ) i x CONSERVATION (6) 131 CONSUHPTIVE USE (6) 70-78,92 DIFFUSION ( 2 ) 256-258 HANAGEHENT, TRICKLE-DRIP (29) 229 IRRIGATION (29) 343-393 TRICKLE-DRIP IRRIGATION 29) 343-393 REQUIREHENT AND AVAILABILITY (6)67-94 WATERLOGGED (20) 323-359 UIESENBODEN 8 (3) 8.79 WOODLAND, GROUPING (30) 261-263,282-284 ZINC I N ( 9 ) 44-45, (24) 147-157 AVAILABILITY,PACTORS AFFECTING ,(9)U5-53 T E S T S FOR , ( 9 ) 5 4 - 5 6 DEFICIENCY I N (9) 33 CONTROL OF (9) 56-62 ZONES I N SUBMERGED , - (20) . . 320-326 Sq4qa4cgAB ,(16) 203 SOLANU@ (24) 235-236, (29)45, (30)209-213 SOLANUB AVICULARE ,(30) 209-215,217,226,229-238 au18gB E&oLIm8sx # t7) 2898 (15) 192 SOL&lUM CYANANTHUH ,(30) 219 9 e 4 z m (1) 356 SOLANUg DULCAMARA (30) 217,220 u & g Q l KHASIANIJB (30) 215-216.238 SLINgg LAEg/Inmfi ,(30)209-215,217,223,226,229-238 WAN94 !U&EQXUG??(21) 6 5 SOLANUq !BLONGENA (2) 132-133,(28)75 X&l8!U! HSEL!!! I(28) 126 SQJrMY4 EENELLII * (24)235 =&Nag lgBB&!sOI (1) 353, (8) 106,212, (19126, (24) 15,99,158, (28) 99, 107 s9LM!B IUTA-QQEEoU * (30) 223 SOLARIRETER (26) 2 6 9 SOLASODIBE-BEARING S P E C I E S (30) 210-212 SOLASODINE PRODUCTION (30) 207-244 SOL BRUN ACIDE (9) 226,245-250, (17) 253-25U8276,278-279 G E N E S I S OF I(9) 244 OCCURRENCE (9) 249 WITH PRAGIPAN (9) 246-247 SOLODIC S O I L (22) 23,27 SOLONCAAK (16) 149, (17) 279 SOLONETZ ,(3)31-34,69,(16) 150,(17)279,(19) 315,(23)65 SOLOBIZATION ,(4) 1 3 SOOTY BLOTCA (12) 384 m @ A S T R U M NOTANS (10) 379 SORGEUM ,(3)120,151,(4)35, (6)84,217,276. (10) 11,20.41, 43,US. (11) 43,S6890,107811U,302, (12) 110,219-220, 226, ( 13) 134,174, ( 14)7 1186,2 13,238,25 1 2 54 ( 15) 78,

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SUBJECTINDEX FOR VOLUMES 1-30

137

81,175,192,27U.281,291, ( 1 6 ) 2 6 , 4 7 , 1 9 9 , 3 2 1 , (19) 100, 267-305, ( 2 1 ) 179,187, (22) 195,279,287-28R,298, 301-303.308-309,311,316,318, (23) 8,22,26-27,323, 354, ( 2 4 ) 3 4 5 , 3 4 8 , 3 5 0 , ( 2 6 ) 4 5 , 5 9 , 7 8 , 8 2 , 9 2 , 2 8 3 , 2 9 4 (27) 130-131,134-136,141 ,lU3,1U6-150.15U-155, 188,297, ( 2 8 ) 9 7 , 1 7 5 - 176,187,190,291,376,380-381, 385,393, ( 2 9 ) 7 1 A C R E A G E I N U.S. ( 6 ) 306 B O T A N I C A L CLASSIFICATION (6) 329-330 B R E E D I N G flETHODS ,(6) 324-328 CHARCOAL ROT RESISTANCE (6) 343 C H I N C H BUG RESISTANCE (6) 343-344 CYTOLOGY ( 6 ) 329-330 DESICCATION ( 9 ) A6 ENASCOLATION ( 6 ) 326-328 ENDOSPERM CHARACTERS ( 6 ) 340-342 F A R N PRACTICES (6) 315-317 FLORAL INITIATION (19) 267-305 GENETIC CONTROL OF (25) 125-162 GENETICS ,(61 330-345 G L U N E COLOR (6) 333-335 G R A I N Y I E L D PHYSIOLOGY (28) 3 0 U, 3 0 7 , 3 1 5 , 3 1 8 - 3 19 ,3 2 U - 3 2 5 ,3 2 7 , 329-330.333- 337.340.349 IiETEROSIS ( 6 ) 346-350 HYBRID VIGOR ( 6 ) 345-351 IHPROVENENTS ,( 6 ) 305-359 C O L C H I C I N E VARIANTS ( 6 ) 328 HYBRIDIZATION ( 6 ) 324-325 VARIETY Y I E L D TRIALS ( 6 ) 318-322 I N H E R I T A N C E ,( 6 ) 330-345 INSECT RESISTANCE ,(24) 213,216-218 INTRODUCTION (6) 322-324 HALE-STERILE (61351-354. ( 2 4 ) 13-14 SATURITY GENES OF ,(19) 267-305 MILO DISEASE RESISTANCE (6) 342 N I T R O G E N FIXATION , ( 2 9 ) 8 - 9 , 1 9 , 2 6 - 2 7 , 2 9 - 3 0 PHOTOPERIODIC RESPONSE (6) 337-340 PLANT CHARACTERISTICS ,(6) 319-322 PRODUCTION I N OLD COTTON BELT ( 9 ) 21 PRODUCTION O F HYBRIDS (6) 351-357 RESPONSE TO ANHYDROUS A M f l O N I A , (8) 104 SEED COLOR (6) 331-333 SELF POLLINATION ( 6 ) 325-326 SILAGE PR3DUCTION ,(6) 3 2 1 Z I N C DEFICIENCY I N (9) 32 SORSHUB ALHlJkj (22)49-51,54,57-59,65 SQRG__HgflB I C O L O R ( 1 9 ) 2 6 8 , ( 2 5 ) 110,126, ( 2 8 ) 9 7 , 3 0 6 , 3 1 1 - 3 1 2 SQ!GN!Jfl G A l E N R l J l l ( 6 ) 329 V A R . &@OFOSCOfi ( 1 9 ) 269 SQ&!!L!fl _CS!!PAU!!! t (6)340 3QRZE18 2QS!iN& (6) 329 ( 2 5 ) 125-162 SOA;KO!4,GENETIC CONTROL 3F SQRGHgfl EALEPENSE (3) 220, (6) 43,330. ( 1 0 ) 365, ( 1 2 ) 114,217. (15) 172, ( 1 9 ) 89, ( 2 2 ) 49, (24) 348 S O R G K U f l STEM BORER ,1241 2 1 7 S O B S H U N SOBGLABRASCEUS ( 2 4 ) 218 V A R . LATUR , ( 1 9 ) 269 SORSHUH-SHOOT-FLY 1241 216

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SOUTHERN BLIGHT (12) 3 8 5 FUNGUS , ( 1 5 ) 182

Advances in AGRONOMY, Volume 32

,

SOUTHERN CORN LEAF B L I G H r (27)280.294 SOUl'HERN CORN ROOTUORN (24)193 SOUTHERN L E h P B L I G H T (24)12,15,23, (28)293 SOUTHWEST (12)197-227 AGRONOHY (12)197-227 CLIHATE (12)198-200 F I E L D CROPS (12)218-225 F R U I T AND VEGETABLE C R O P S ,(12)225-226 LAND USE (12)209-210 N A T I V E VEGETATION (12)206-209 PHYSIOGRAPHY (12)200-20 1 SOIL (12)2011205,210-213 WATER RESOURCES (12)205-206,213-214 SOUTHWESTERN B R I S T L E G R A S S (24)208 SOUTHYESTERN CORN BORER (24)214 SOUTHWESTERN STALK BORER (16)128 SOYBEAN (2)96,101-102, (3)120,155,287, (4)77,83-84,88-89,91-92,

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95,24 8-249,252,255,257,264 ,26 7,270, (6)229,231, (7)68, 24 1,263-264,276-277,281,291,295-296,298, 209-210,215,265,(8) 164,(9)212,(11)61,204, (12)87, 224,22 9-3 10, (1 3) 13 8.2 10,33 4,337,343,355, (15)13,17,24,46,49,152, (16) 12-13,26,29,219-220, (18)97,111, (19)91, (20)141, 247, (21)180,188,316,318, (23)8,130,329, (24)109-110, 112,127,194-195, (25)110, (26)2,U-6,10-11,83-85,87, 93,95,97,101,166,194,283,290,303,(27)5,13,91,95,97,

107,292-293,363, (28)98, (29)43,57-58,60,92,108, (30)101,105,110,124 ACREAGE I N 0. S. ,(1)81-83 B A C T E R I A L B L I G H T ,(1)146-147 BHOUN STEM ROT ,(1)144-145 BREEDING ,(14)199-218 CALCIUN R E Q U I R E H E N T S ,(1)93-95, (12)245-248,253,255 C L I H A T I C ADAPTION ,(14)365-372 CRACKIUG O F S E E D ,(11)206 C Y S T NEHATODE ,14) 170 D I S E A S E S ,(1)143-148 D E S I C C A T I O N ,(9)86 E F F E C T ON S O I L S ,(1)136-143 E R O S I O N CONTROL ,(14)385-386 FLORAL I N I T I A T I O N ,(1)85-90 FLOWERING ,(12)286-291 G E N E T I C S ,(1)115,123,(14) 157-158 GROYTH A N A L Y S I S ,(12)231 GROUTH REGULATORS ,(14)903-404 R A I L DANAGE ,(1)99-101 HARVESTING ,(14)404-406 H E R B I C I D E S ,(24)331,337.34 1,343,355, 360,364,366,368 H Y B R I D I Z A T I O N ,(1)123-125 I N CANADA ,(5)361,365 I N S E C T DANAGE ,(1)149 I N T E R S P E C I P I C C R O S S E S , (1)121 NANAGENENT ,(14)359-412 NEAL ,(14)364 N I C E O N U T R I E N T R E Q U I R E f l E N T S ,(1)95-97 HINERAL N U T R I T I O N , . 112) . . 229-261 l l O S A I C ,(26)84 NITROGEN F I X A T I O N ,[ 1)9 1 NITROGEN N U T R I T I O N ,(1) 90-92 N3DULATION ,(1)91,109,(12) 273-277 NUTRIENT REQUIREHENT ,(14)390-401 3 I L ,(1) 85, (14) 187-191,19C-197,210,36U,377 O R I G I N ,(14)151-152 P H O T O P E R I 3 D ,(14)369-371 P L A N T I N G NETHODS ,( 1 4 ) 378-383

SUBJECT INDEX FOR VOLUMES 1-30

139

,

PLANTING RATE A N D SPACING (1)111-113 PLANTING F I H E (14)372-378 PRODUCTION ,(14)360-365 I N OLD COTTON BELT ,(9)20-21.25 REPRODUCTION ,(14) 152-157 R E S P O N S E ro FERTILIZERS ,(1)102-10s RESPONSE TO PHOTOPERI3D ,(1)86-88 ROOT GROWTH (12)270-273 ROOTING VOLUHE ,(30) 116-118 ROTATION PRACTICE ,(14)383-385 SEED COMPOSITION (1)97-99 SEED DEVELOPMENT (12)292-301 SEED GERMINATION ,(12)266-270 SEED INOCULATION (1)105-107 SEED QUALITY ,(14)389-390 SEED STORAGE (14)406-407 SEED V I A B I L I T Y (1) 107 S I H P L Y I N A E R I T E D CHARACTERS (1)116-117 TAXONdRY (14) 150-151 TILLAGE-PLANTING SYSTERS A N D YIELD (29)141-182 r I n E OF PLANTING ,(1)1 1 0 r o p VEGETATIVE GROWTH (12) 277-2136 U T I L I Z A T I O N I N 0.5. (1)83-85 VARIETY IMPROVEHENT (1)123-136 VIRIIS D I S E A S E S (1) 145,147 YATEH REQUIREHENTS (14)401-403 WEED CONTROL ,(7)276-278, (14)386-389, (15)164, 171,175,178,181 Y I L D ,(12)271 YORLD PRODUCTION (1)80 Z I N C DEFICIENCY I N ( 9 ) 32 S P A R T I N 4 LLTERNIFLORA (29)12 SPARTIN4 PECTINATA (5)354 -SPARTINA TOYNSENDII (26) 144 SPEARCRASS ,(22)44.52 SPECTROGRAPHIC ANALYSIS ,(27)326 SPECTROHETRY, E H I S S I O N (28)233-235 NASS ,(28)231-233 SPERGON .1141392

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----S P H A G N--U H ,(17)121,i25,ijo-i3i,i39-i42,i46,155-156 SPHENOCLEL ZEYANICA , (14)8 5 SPBENOPTERA ------- SP. ,(26)51 Z H E N O S T Y L I S ,(26)9.93 -S P Y k L Q ~ ~ P LSTENOCARP_A ~s ,(26)10-11.89.102 SE€GLRIB ELESANS ,(8) 393

S P I D E R H I F E ,(12)215,389, (24)228-229,235 S P I K E FESCUE ,(17)242 SPIKERUSH ,(14)85-86 SPIKESEDGE (17)244 SPINACE& OLERACEA ( 2 ) 1248(2R) 75,107 SPINACH ,(2)124,147-149,(9)212, (11)213,(13)334 NITRATE ACCUMULATION B Y , ( 2 8 ) 7 5 , 8 1 , 8 3 - 8 5 . R 8 - 8 9 , q ~ - 9 6 , 9 9 - 1 0 3

,

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107-108,113

SPINIFEX ( 4 ) 35 SPINY PIGYEED (15)192 S P I R I L L U U LIPOFERUM (29)6,8, 10-13,15-28,31-32,71 ECOLOGICAL D I S T R I B U T I 3 N (29)22-24 PHYSIOLOGY ,(29)17-22 SPIRODELA O_J=.IGORRHIZA (29)94,108 S P I S S I S T ~ L gF ~E S T I N U S (12)9 2 SPLASH EROSION ,(14)119,121

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140

SPOI'TED ALFALFA APHID ,(12)91,215,222, (17)218, (24)188-191.193 SPOTTED CUCUHBEH BEETLE ,(24) 237 SPRAYING EQUIPHENT (11) 193-196 SPRAYS,PRE-ENERGEACE ,(2) 142.146-147 SPRING BLACK STEH ,( 1 2 ) 3 8 4 SPRING OATS , ( 1 6 ) 1 2 SPRING YHEAT (14) 249,251, (15) 170-171 SPRUCE ,(181212, (27)225,257 BLACK ,(27) 226,233,257 ENGELHANN ,(27) 241,257 NORWAY (27) 219,233,257 RED ,(27) 224,257 SITKA ,(27) 222,257, (30) 111 YHITE ,(27) 216,224,233,257 SPRUCE-FIR (27) 226 SQUASH ,(2) 133-134, (28) 107,109 SUHHER (28)7 5 S Q O A S H BUG- (2U) 237 SQUASH VINE BOREE ,(24) 238 SWQNQSPGBA ,(17) 214 STALK ROT, CORN (16) 118 STARCH FORHATIOA.CORN .120)292-299.308-317 STARGRASS (22) 5;23,46;53,63 STARTER F E R T I L I Z E R (8) 355-356,358,360 S T A T I S T I C A L HETRODS,SOIL C L A S S I F I C A T I O N , ( 2 8 ) 3 7 - 7 0 STATISTICS, APPLICATIOA T O AGRONOMY ,(9) 177-203 ST. AUCUSTINEGRASS ,(3) 232-233, ( 1 0) 365 STEARTC ACID (7)22 STHLLhBIB H E O U ,(7)287,(12)390, (15) 188 STEH BLIGHT8 SOYBEAN ,(14) 197,389, (26) 53 STEH BORER (19) 133,(24) 197, (29) 301-306 STEH CANKER , 17) 2 14 STEH POT , ( 1 4 ) 8 8 - 8 9 , ( 1 7 ) 2 1 3 - 2 1 4 , ( 1 9 ) 132 S T E 3 RUST ,(5) 7.12-16.54.58-59.65-66.72-73 ,75,77-78.82,93 ,121-123, 56, (26) 331, (29) 3 3 1

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8) 282 D A R K COLORED SOILS,BORDERING THE STEREOTROPISH ,(18) 7 1 S T I F F H A I R UHEATGRASS (6) 30 STINKBUG ,(12) 92.95.215

,(9) 22'6,250,258-267

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STOHATAL C O A D O C T A ~ C E(28) ~ 175-176, STOHATAL OPENING (11) 53,69

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79 185, 194, 199

SUBJECT INDEX FOR VOLUMES 1-30

,

141

STOSATAL P E S I S T A N C E ( 2 7 ) 112 3ZONE EFFECT CORRELATION (27) 113-115 S T O M A T E , A I R POLLUTANT I N T E R A C T I O N ( 2 7 ) 111-116 S T O M A T E S , P H O T O S Y N T B E S I S ,( 2 4 ) 114-115,129 STOVE O I L ( 1 ) 308-309 STRAIGHTBEAD (1U) 88-89 STRAW ,(18)22U-225,230,235 DECOHPOSITION (25) 82-83 I I J L C H ,( 7 ) 334-335, (141 1 1 9 S T R E N G T H ,( 2 5 ) 21U-215,228-229 STRAUBERRY ,( 1 1 ) 2 2 2 , ( 1 5 ) 8 9 , 1 8 7 - 1 8 8 , 1 9 2 , ( 1 6 ) 157,275,(22)221 STRAUBERRY CLOVER ,(2)354, ( U ) 10,12,22,35,49,52, (8)54,(12)82, ,(22) 30-31 STRAUBERRY H I T E (12) 94, ( 2 4 ) 228,232 STRINGITE (19) 179, (30) 162 STREPTOJXcCs HQBIEs ,(1) 357. (8) 5 0 STRESS-RESISTANCE (29) 53-55 STRESS,NITROGEN (28) 1-35 UATER ,(28)22,161-217,309,326 S T R I A T E L E S P E D E Z A ,( 1 0 ) 362,368 STRIGA EESNERIOIQES (26) 5 3 S T R I P CROPPING ( A ) 17, (13) 60, (14) 134-135, ( 15) 289-291 FARMING (11) 116 S T R I P D I S F A S E ,(29) 296-298 S T R I P E R U S T ,( 5 ) 124, (26) 331-332 S T R I P E D BLISTEE BEETLE (2U) 195 S T R I P E D CUCUNBER B E E T L E ,(2U) 2 3 8 STRONTIIJM ,(1U)353, ( 2 4 ) 2 7 0 , 2 7 + 2 7 U, 2 7 6 , 2 9 4 , 2 9 7 , 3 0 f l , (27)321 S T U B B L E BULCH (5) 40-42, ( 8 ) 17,23,26,99, ( 1 3 ) 125-193 C H E l I C A L E F F E C T S ,(13) 159-165 CROP YIELD (13) 179-187 DEFINITION (13) 126-127 IHPLENENTS (5) U2-43 I N F I L T R A T I O N ,(13) 1 3 5 - 1 3 8 INSECTS (13) 177 MICROBIAL A C T I V I T Y (13) 165-169 BOISTURE CONSERVATION (13) 1UU-150 MULCHING , ( 1 1 ) 1 0 8 , ( 1 5 ) 2 7 7 BULCH B A I N T E N A N C E (13) 187-191 PLANT D I S E A S E S (13) 177-178 S O I L STRUCTWRE ( 1 3 ) 154-159 S O I L TEMPERATURE ,(13) 150-159 T I L L A G E E Q U I P H E N T ,( 1 3 ) 170-175, 188-190 WATER E R O S I O N (13) 138-1UU HEED P R O B L E H S ( 1 3 ) 175-177 H I N D E R O S I O N ,(13) 132-135 STUNT D I S E A S E (29) 288 STYLO .f221 7.9-12

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MOSAIC i 1 7 j 215 SUB-SURFACE T I L L A G E (3) 290-293,316 SUBSIDENCE ( 1 1) 35 1 SUBSOIL (3) 1-92, ( 8 ) 273-274 B B O R I Z O N S ,( 3 ) 5 - 3 0 C AND D H O R I Z O N S (3)U6-48 C O H P A C T I O N ,(3) 76-63 CONCEPT (3)U-5 DRAINAGE 131 60-61 EXPOSED , ( 3 ) 67-73 F E R T I L I T Y PROBLEBS (3) 7 2 - 7 3 FERTILIZATION 13) 83-81( L A Y E R S , N A T U R E - ~ N DPROPERTIES (3) 5-30

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(lU)71,

Advances in AGRONOMY, Volume 32

142

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LIHING (3) 83-84 MANAGEMENT ,(3) 74-86 NUTRIENT RESERVES (3) 84-86 NUTRIENT SUPPLY (3) 62-61 PAN LAYERS (3) 31-45 P E R C O L A T I O N RATE (3)79 PERNEABILITY ( 3 ) 58-60,78 PLANT GROUTH ( 3 ) 53-73 ROOT P E N E T R A T I O N (3)54-58 TEHPERATURE (3) 46-51 TEXTURAL RANGE (3) 5-6 UNEKPOSEO (3) 5 4 - 6 4 SUBSOILING (3177, (5) 32-33 SUBSTRATUM ,(3) 4 SUBSORFACE I R R I G A T I O N ( 4 ) 333,336,396 SUBSURFACE T I L L A G E ( 3 ) 290-293.316, (5)UO-U3, (6) 284 SOBl'EBRANEAN CLOVER (1()9,11-12,22,26-27,29-30,34,Ul ,46-50,52-53, 55,196, (6)34,206, ( 8 ) 47,5U,164,167,192-193,198, (10) 202-203,21U,396,399, (11)207, (12) 82, (13)57-117, (15) 9, 17,19-22,25,51,87,90-92, 100, ( 1 6 ) 29,219, (18) 4-6, 8,10-11,13-1U,19~21,25,31,36-37,39,42, (21)61-62, 69,293, (23) 318, ( 2 4 ) 168, (26) 1 8 7 AGROTECHNOLOGY (13) 90-103 D I S E A S E S AND P E S T S (13) 103-105 MOSAIC (17) 215 STUNT ,(13) 104 ECOLOGY (13) 77-90 ESTROGEN PROBLEN (13) 105-107 GROWTH ON C O P P E R - D E F I C I E N T S O I L S (9) 56 HISTORY (13)58-61 NITROGEN F I X A T I O N (13) 72-77 PHYSIOLOGICAL VARIATION (13) 66-72 P O T E N T I A L USAGE ,(13) 113-117 TAXONOMY (13)61-66 V A R I E T I E S ,(13) 107-113 S U B T I L L E R S.~ 1 6 ) 12U (3) 120,201,230,L33-235,286, SUDANGRASZ i ,(2) 93,101,295,36R, 49,329-330, (8) 56,129,154, ( 0 ) 122.183-184.267.1151 i l i ) 3 9 i . ( 1 2 ) US:UA.71.110.156.223 , - ( i u ) 24i; ( 1 5 ) 71,281,(16) 5 8 , (i q67.231, ( 1 9 ) 301 ( 2 4 ) 14,216,348, (26)59, ( 2 8 ) 9 7 ACREAGE I N U.S. ,( 6 ) 306 EFFECT OF COPPER ON ( 9 ) 214 A Y B R I D VIGOR (6) 3 5 0 - 3 5 1 IPIDROVERENT (6)313 INTRODUCTION ( 6 ) 323 OPTIMUM S O I L A I R S P A C E FOR .,19) . . 173 SUDAN S O I L , ( 2 7 ) 4 U SUGARBEET (4) 1 1 6 - 1 1 8 ~ 1 2 0 - 1 2 1 ~ 1 2 5 , 1 2 7 - 1 2 8 , 1 3 1 , 1 3 3 - 1 3 5 , 1 3 7 , 1 3 9 - 1 U 1 , 15 5,242,2U 0 , 250,25 5-2 56, (6) 26 U ,27 1.2 76,27 A, 292,295.29A.f8)2l.f11) 19.82.192.372. ( 1 2 ) 62,222,224, (lu{2U6,256-257, i15)87,16S,176, (16) 20, 22,24,42,159,18A189,203-20U,206,21~,217.220, 262,272, ( 1 7 ) 5.10, (18) 67, (19)91, (20)207, (23) 321,326,351 ,(24)99,103,109,121,160,245-246,353,(25)112 (26) 280, ( 2 7 ) 162,291,29U.308, (28)5,96,9R,175,195,330 ACRE Y I E L D S .171115 AUTOTETRAPLO~D (7) 129 B L A C K Koor (7) 9 8 , i o o , i i i - i i u BLACK ROOT R E S I S T A N C E , ( 7 ) 1 1 1 - 1 1 4 BOLTING (7) 127-128 B E E E O I N G FOR D I S E A S E R E S I S T A N C E ,(7) 100-117 CURLY T O P ,( 7 ) 99-134.114, 132 CURLY T O P R E S I S T A N C E ,(7)100-104,111,114,122 DISEASES (7) 97-100

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TRAINS ,

SUBJECTINDEX FOR VOLUMES 1-30

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D I S T R I B U T I O N I N U. 5 . (7)96-97 DOWNY HILDEY R E S I S T A N C F (7)108-110 EARLY HISTORY ,(7) 90-97 S E U E T I C P O S S I B I L I T I E S , (7) 117-134 HARVESTING EQUIPMENT (11)216 HETEROSIS (7)120-122 INPROVBNENT (7)90-139 I N SYEDEN ,(7)66-68 I N THE NETHERLANDS (11)339,343,347,350,363-366 L E A F S P O T R E S I S T A N C E ,(7) 104-108,112.114 NALE S T E R I L I T Y ,(7)122- 125,134 MONOGERM S E E D ,(7) 125-127 NEflATODES ,(7)116 N I T R J G E N REQUIREMENT (11)360 POLYCROSS BREEDING , (7) 118-119 POLYPLOIDY ,(7) 128-131.135 P O T A S S I U H REQUIREHENT , (11)361 R O O T A P H I D ,(24)2U5 RUST R E S I S T A N C E (7) 110 S P E C I A L PLANTER ,(11) 190 SUGAR CONTENT ,(7)92-03.95, (11) A6 V I R U S YELLOWS , (7) 117,135 Y I E L D U N D E R IRRIGATION ,(11)9 3 SUGARCANE , (6)277-278.285, (A) 104, (11)65-66,(1U)345,

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l16lUU.lU4.1A3. 117) 117. 1191120. i20i 24j, (22)2B?;292, 29h,.29b-298,301-302,306-309, 3 11,3 1 U - 3 16, (23)323-324. (2U)111,2 18-219.348-349. (251300. (27)132,lR8,296, (28) 133,137, (29)6,13,43,57 B E E T L E ,( 1 4 ) 91 BORER ,(24)218-219 AARVESTING EQUIPMENT ,(11) 223 RESPONSE T O ANHYDROUS AHHONIA ,( 8 ) 104 SUGAR CONTENT ,(ll)86 WEED CONTROL ,(7)278-28 1 SUGAR MAPLE , ( U ) 341 SOLFATE ,(16) 145-146,158, (19)242, (20) 327.329 ADSORPTION ,( 3 0 ) 15,17,19,22,36-38 SULFATE OF POTASH-MAGNESIA ,(11)293,295 S U L F I D E ,(15) 121 PORNATION OF ,(25)267-278 OXIDATION O F ,(25)278-290 SULFIIR , (A)332,342,353,395 ,(11)295,257-299. ( 1 2 ) 6 1 - 6 2 , 9 5 , 2 5 1 - 2 ~ 2 , U 1 3 - U 1 U ,(14)334,398-400, (15)74, (17)27-28,73-7U,76.176 ,(18) 12, (19)253,257-258, (20)139-140. (21)52,59 ,(22)23, (23) 102, (24)74-76. 85, (26)28,71, (27)201, 27q,31Y-?20,3U2-3U3.353, (28J96. (29)85,105,204, 237, ( 3 3 ) 182 ADSORPTION ,(10)416-418 AHINO ACID S Y N T H E S I S A N D ,(lo)410-011 ANINAL N U T R I T I O N A N D ,( 1 0 ) 409-410 Z R O P REQUIREHENTS ,(10)413-415 CYCLE ,(10)423 S O I L ENZYNES ,(27)6U D E F I C I E N C Y ,(1] 4 3 , (U)79,(A)175,10)413-415 KNOWN AREAS O F ,(10)424-433 SYflPTOMS O F ,(10)411-U12 D I O X I D E ,(23)112,119,123,126,1%9,133 EROSION L O S S E S ,(15)304,313 R A I N F A L L A N D I R R I G A T I O N HATER CCNTENT , (10)418-419 REflOVAL F R O 3 S O I L ,(10)421-423 ROLE I N CROP PRODUCTION ,(9)212-213 I N PLANT METABOLISll ,(10)4C8-412 I N S O I L F E H T I L I T Y ,(10)407-434 S O I L CONTENT ,(10)415-41fl UPTAKE A N D TRANSLOCATION , (10)415 UPTAKE OF ATMOSPHEHIC ,(10)420

143

Advances in AGRONOMY, Volume 32

144

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SULLA ( 12) 85 SUMAC ,(12)208, ( 1 7 ) 2 4 1 SUU!iER FALLOW I141 70 P R A C T I C E O F - ;(16)24,5!3 R E L E A S E O F SULFUR DURING (10) 416 SUNFLOWER (3)57,155, ( 4 ) 119,155,267,(11) 46,64,384 ,(13)357, (15)288,(16) 164,264,274,(19) 19,111,116 ,(27) 4-5,13, (28) 172,175,181.1 @7,189,329, (30) 101, 125 DESICCATION ( 9 ) 90 SILVER (28) 184 Z I N C D E F I C I E N C Y I N . 19) . . 32.39 . SUPERCOOLING ( 8 ) 208 (1) 366-367,392-393,399-U00, (2) 19,145,(4) 27,29,47 SIlPERPH3SPHATE ( 8 ) 167,174-175,182,185-186,1S0,192,327,332,335, 357. I 11) 278-278.295.37037 2.377- 378.387-388. 3911j92',(14) 244;394; (15) 310; (16) 60~66-71,73176, 78,80,83-85,89, (17) 39-U2,60,62-64,72, (18) 19 ,(19) 172,237,243,333-335,343,345, (29)97 LREIONIATBD (1) 5 1 CONCENTRATED (1)41-42,44 EVALOATION (14) 267,274,279,283,286-287,290,300 TRIPLE ( 1 1) 276-278.31 1 SUPERPIIOSPHORIC ACID (17) 37-38,41,44,68, (18) 9, (19) 172,237,243, 333,335,343,345, (29) 97 SURFACE CRUSTS (5) 229 NULCH (5) 193 SURFACE I O N I Z A T I O N ( 4 ) 73 SURFACTANTS I N F E R T I L I Z E R S ( 1 1) 305 SUSPENSION EFFECT (10) 487-488 SVALOF (7)49-51,53-5U.58 SWEAT BEE ,(12) 82 SWEDEN, C R O P PRODOCTION I N (7) 39-74 SWEDES (7) 66 SWEEP C U L T I V A T I O N (7) 255 SWEETCLOVER ( 3 ) 26,54,57,73,77,79-80,83,120,279, (4) 181,190, 252-253,258, ( 5 ) 360,364. (6) 3Y857,82,227,229,232, 275,277,(8)21,26,47,54,20~,227,294,10)377,381,386, (12)44,82,109,(13) 169,184, (14)313,(17) 163-232, (21) 65,69,156, (29) 139. ( 3 0 ) 7 0 A P H I D ,(17) 218-219, (24) 192 BREEDING (17) 191-197 COUlARIN ( 1 7) 177,197-21 1 ZULTORE (17) 170-175 DISEASES (17) 211-215 OENETICS A N D CYTOGENETICS (17) 183-191 INSECTS (12)90-92, (17) 215-220 MORPHOLOGY AND BEPRODUCTIOA (17) 167-169 P O L L 1 NATION (12) 76-78 ROOT BORER , ( 1 7 ) 2 1 9 r A X O N O N I AND D I S T R I B U T I O N ,(17) 164-165 UTILIZATION (17) 175-183 HEEVIL (12)89-90, (17) 171,215-218. (24) 191-192 WHITE ,(2)336,(29) 122,124,133 YELLOW (2)336, (29) 124,133 SWEET CORN ,(2) 115,119-120,122,128,147-148,1508 (14)257, (16)81, (22) 221, (23) 3 5 1 HARVESTER I l l ) 213 SHEETGUM (27)221;236,250,257 SWEET MELON (28) 107,109 SHEET POTATO (8) 105, (1 1) 215.241, (23) 17, (24) 109, (26) 87, (281 98.100.102-103. -I291 . 23 PLEA BEETLE (24) 235 SWEETVETCH (12) 85 SWEP (24) 364, (27) 55 W I N E (27) 3 5 1 SUISS CRARD ( 2 ) 9 3

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SUBJECT INDEX FOR VOLUMES 1-30

145

, (6)27,36, ( 8 )

133,135,137. ( 1 0 ) 1 7 , 2 2 , 3 5 9 , 3 7 6 , 3 7 8 - 3 7 9 , 384-385,. 1. 1 2). 49.55-56 .

SYIPCHGRASS

,

SYLVITR (17)U9.52-53 S Y ? I B I O T I S I ( ,(1)2U7 SYNECOLOGICAL COORDINATES ,(27)228-229 S Y N T H E T I C POLYELECTROLYTZS (7)23-26 E F F E C T ON M I C R O B I A L A C T I V I T Y ,(7)2 8 E F F E C T ON PLANT GR OW T H , (7)26-28 PERSISTENCE I N S O I L (7)25,3U S Y N T H E T I C V A R I E T I E S , A L F A L P A , (1)229

,

, SXRINGQPLU~PILIPQYIE ,(29)12

SXSTENA ELQNGAX4

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(24)237

T

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,(1)380-3A1,(15) 191, 195-197.199.206. (23)150,165,194 IUER 2,4,5-TRICHLOROPHENOXYACETIC A C I D ,(14)91-92

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TADPOLE S H R I R P

2AELIIXBEE94 aSPEBurt I ( 18) 7,3R rAB!!&QTYnrES SdQSrEGI 8 (26)

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TAKE-ALL D I S E A S E (12) 101 TALZ ,(3)132, (13)305, (15)127 T A L I 2 S P . ,(18)3U TALL FESCUE ,(2)337,354,359, (3)202,223,236-237, (4) 183,185,194, 21 1, ( 8 ) 47.54, 137,140, (12)UU,U8,63-66,70-71,105,

,(18)73,82,275-277,

(21)17- 18,29,63, (22)353

k D A P T A T I O N ,(8) 287 BREEDING ,(8) 303-309 ZYTOLOGY ( 8 ) 295-298 DISEASES (8) 315-316 ESTABLISHflENT (8)292-293 F E R T I L I Z A T I O N , (8) 293-294 F U T U R E ( 8 ) 316-jie GENETIC VARIABILITY ( 8 ) 305-309 GENETICS 18) 295-298 I N T R O D U C T I O N ' ,( 8 ) 283-284,299 NANAGZMENT (8)295 P A L A T A B I L I T Y ,(8)289-291.308-309,318 PRODUCTION (A) 286-291 REPRODUCTION (8) 303-305 S E E D PRODUCTION (8) 286,302,310-313 STOCK P O I S O N I N G ,(8)313-315 UTILIZATION (8)286-29 1 V A R I E T I E S ,(8)298-303 TALL OATGRASS (4) 181,194, (8) 56,1U3,313 TALL WHEATCRASS (6)3 0 , (8)5 6 TAflA S I L T L O R M (2)159,162-164,202 TANDEX (24)367 TANSIERPEA (12)87 TANNIN ,(17)329 uRAE&Tn!! O P F I C I N A L E (17)2'42 TARGET S P O T (12)384 T A R N I S H E D PLANT BUG 1121 3R8.124 193,227,241.2U9 TARYEED (15) 199, (17ii43'

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TAYLOR GRAZING ACT (3) 271 TCA (4)313-314,319-321,326, (15) 72,175,194-195 TEDDING (2)295 TELLURIUR (24)270,274,276,294.297-298 TEMPERATURE ,(16)11-15,38-40,50-53,185,

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(28)278.309-310,313,337,

(29) 127- 128

A I R POLLUTANTS ,(23)127-128 C R O P PRODUCTION- ;(16) 25 E F F E C T ON G E O Y T H (14)365-368, (29)195-199.213 E F F I C I E N C Y INDEX 161 222 F L O R A L INITIATION;(is) 273-277,295,301 H A R D I N E S S ROLE ,(30)67-68,72,76

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Advances in AGRONOMY, Volume 32

146

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HEAT-UNIT (16)35-36 I O D I N E NUHBER, SOYBEAN (14)377 I O N ABSORPTION (25) 165 LEGUHE G E R N I N A T I O N (29) 122-123 LODGING AND (25)232-233 NAXINUH R E G I H E S ,(16)29-31 NINERALIZATION (29) 102-103 N I T R A T E ACCUHULATION (28)64-85 3 I L FORMATION. SOYBEAN ,(14)368 3PTIMUN REGINES (16)26-29 P H O T O P E R I J D AND ,(25)137-138 ROOT, R I C E ,(14)75 S E E D STORAGE (19)95-97 S O I L ,(14)348 S O I L ENZYMES (27)66-68 S O I L LOSS (14)123 T H E B M O P E R I O D I C I T Y ,(16)33-35 T I L L A G E S Y S T E M AND S O I L (29)158-159 TEMPORARY L E Y S (7)42-43,59-65 TENDIPEDIDAE (14)92 T E N N E S S E E VALLEY AUTHORIl'P (3)268,270 TENSIOMETER (2)261 T E O S I N T E ,(19)68 T E R B A C I L ,(23) 205 TEHBUTOL ,(24)367 T E R Y I T E S ,(13) 169 TERRACES,CHANNEL T Y P E ( 3 ) 282 LEVEL ( 3 ) 282,284-285 VERTICAL SPACING (3)283 TERRACING ( 3 ) 271,27U,278,282-285,314, (14)135-136 TERRA ROSSA S O I L (3) 15-16, (21) 151-152 TESSERA (20)36 TETRACBLOROAZOBENZENE 127)55 2,3,5,6-TETRACHLOROTETRAPHTHALIC ACID ACID ,(15)190 190

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TETRALONIA ,(12)81,84 TETRALOPHA SCORTEALIS ,(12)90 TETRANYCHVS ATLANTICUS ,(12)94 TETRANYCHOS SINRAI (24)205 TETRANYCHVS SP. (12) 389 TETRANYCHOS TELARINUS ,(12)94 TETRANYCHUS TIINIDUS ,(24)193 132 TETRANYCHUS TVRKESTANI (24)228,232 235 TETRANYCHOS URTICAE ,(24) 228,230,235 TETRAPLOID CORN ,(16) 133-134 TETRASTICHUS (17)220 TETRAZOLIUM T E S T (12) 115-117 THALASSIA TESTODINLlN (291 12 TBALICTRUM ALPINUH (17)243 TBALICTRUfl PENDLERI (17)242 THALLIUM ,(24)270,276,297,308

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M B C U A T A ,(12191,222,(17)218,(24) 188

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2 U E I O A P H I S TRIPQLIL (121 91, (17)218, (243189 THERNAL I N F R A R E D SCANNERS ,(27)284 THERMAL NEUTRONS (1'4)210 THERNAL RADIATION 118) 176-178 THERMISTORS ,(2)23;)' T H E R H O P E R I O D I C I T Y ,(16)33

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T B I A N I N E - 1 8 ) 347 ~ & ~ & & V I O k BASICOLA I S , (16) 271-277, (19)248 THIGFIOTROPISH (18) 7 1 THINNING EQUIPNENT (11)192-193 T H I O B A C I L L O S ,(30) 182 T H I O B A C I L L U S E E l J T R I F I C A N S ,(7)236 THI3CARBA9ATES (15)173

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SUBJECTINDEX FOR VOLUMES 1-30

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THIODAN (26)51-52 2-THIOURACIL (26)70 T H I 3 U R E A ,(23)345,348,357-358 TRBEAD L E A F S E D G E ,(13)190 THREE-CORNERED ALFALFA HOPPER TliRrP ,(12)9U-95,24)193,(26)52

147

,

m x ~ EUSTAZQR u T A Y H I D I N E ,(26) 7 0

,(12)92

(12)9 2

T I C K BEAN ,(19)21,25 T I L L A G E ,(11) 173-182, (25)236-237 D E E P .13)76-78 I M P L E f i E N T S ,(6) 122-124 I N A R I D REGIONS (11)180-182 f l I N I H U f l ,(11) 178-180 MULCH ,(11) 176-178,180-182 O P E R A T I O N S ,(6)123-124 PRACTICES (6)283-284 S Y S T E M S O F T I L L A G E - P L A N T I N G , (29)146,149-150,167,185,177 Y I E L D AND ENERGY REQUIREMENT (29) 141-182 ZERO (25)77-123 E F F E C T S ON PLANT GHOYTH (25)95-103 TILLERING (19)297-298, (25)143, (28)347-348,382 I N GRASSES (22)30 1-39 3 TILLERS (23)266-267.269-270 TL~,ETIA.BREVAPICIEOS ,(9) 39

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Z U E T U CARIES

--TILLKEU

,(8)39.

(12)99

CONTRAVERSA ,(12)9 9 T I L f H EVALUATION (9) 173 T I M 3 T H Y ,(2)353,358, (3)126,226,237,

.

(4) 95,181,183-185,188-189, 191-193,214, (5) 360, (6)30,208,227-228,276,278,

281.(7)60.63,71,219,(8)47,52,128,134,136,151,

154-155.206. (10)357-358,394-396, (12)44.59.62. 92,108,116, (13)221, (14)235, (15)30,112, (17)242-243,(18)67,95, (22) 335,342,(30) 107,199 N U T R I T I V E VALlJE ,(21)16-17.29-30,55 TIMOTHY G R A S S ,(19)357-358.394-396 T I N ,(24)271,276,292.297-298.308, (27)315 T I S S U E T E S T S ,(8) 3UO-351 T I T A N I U M ,(14) 10, (24)2 7 1 , 2 7 4 , 2 7 6 , 2 9 4 , 2 9 7 - 2 9 8 , 3 0 8 T I T A N I U H O X I D E , I N S O I L ,(5) 290-291 TOBACCO ,(3) 54,58,118,155,305, (4)1 2 3 , 1 3 4 - 1 3 5 , 1 5 1 - 1 5 2 ,1 5 5 ,1 5 8 ,1 6 4 , 2U1.250.252, (6)217,265,271,277-278.297. (7) 283-284 ,(9)69, (11) 45.61 -62.1 91,24 1,384, ( 14) 313, (17)10, 54.56, (23)95,123-124,127-129,131,135-136,32U , (24) 10,243-245, (26)283,265-286,290,301,(27) 91, 95,107-109,111,113,115,350, (28)86,129,136,148, 175, (29)45-47,51,57,64,72 ACREAGE I N CANADA ,(5) 375-377 B O D Y O P M ,(24)223 C H L O R I D E T O X I C I T Y ,(1) 17 E F F E C T O F S O I L MOISTURE S T R E S S ,(11)6 0 F E R T I L I Z E R A P P L I C A T I O N S I N CANACA ,(5)379-380 F L E A B E E T L E ,(24)235-236 GROUTH AND N U T R I T I O N ,(19)211-265 H A P V E S T - A I D EQUIPMENT , (11)224 HOOKWORM , (24)236,244-245 Y O S A I C V I R U S ,(27)1 1 1 , (28)148-150 PPODUCTION I N OLD COTTON BELT ,(9)15.21 R I N G S P O T N17)215 V I R U S ,(14) 154,(26) 117 STREAK , (17)215 V A R I E T I E S I N CANADA ,( 5 ) 377-379 TOL'IENP: ,(15)146 T O M A T I D I N E ,( 3 0 ) 208,223 TONATO , (2)1 1 5,119 - 120,12 2,12 U- 125,127,129- 13 1,135- 139,lU 2- 143, 145.(3) 1~7,1U8-149,155,280, (U)68,11fl,155,158, 16 1-1 62,24 1,25U, 256,265- 26 7,27 1,282, (6)266.2 82,291,

Advances in AGRONOMY, Volume 32

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(8) 105, (9) 212, (11) U8,50,5U-55,60,62,213.261.345. 377,389,(12)226,(14)257,313, (15) 173, ( 1 8) 67,70,75, (19) 31,89,115-116,129, (22) 221, (23) 32,102, (24) 118,161,36U, (27) 5,110,147,153, (28) 85-86,97-98,100,107,109, (29) 13,U3,55,57,63, AVAILABILITY (6) 193-195 C L A S S I F I C A T I O N OF SALTS , ( 6 ) 1 8 7 - 1 8 9 ZONSUHPTION I N U.S. (6) 184 DESICCATION OF (9) fl9 DISEASE RESISTANCE (2) 124-126 EFFECT OF S O I L IOISTURE STRESS (11)61,86 F E R T I L I Z E R HIXIURES (6) 190-193 PHYSICAL-CHEIICAL PROPERTIES (6) 186-187 SOURCES (6) 185-187 WATER D E F I C I T (28) 170-171,178,181 Z I N C DEFICIENCY I N (9) 32,35,39-U2 Z I N C UPTAKE BY (9) 36 TONOPLAST (1 1) 382 TOR3 RICE ,(14) 99,103-101) TOTAL ORGANIC CONrENT f.T 3 C .) , 137-138.141 . (26) . TOUCH-NE-NOT (15) 24 TOURMALINE (1) 327-329, (15) 124 TOWNSVILLE LUCERNE 122) 6 TOYNSVILLE s r y L o ~Zj~~7,9-11,23-24,29-32,37.40-~1, 52,6i TOXAPHENE (2) 35.37-39, (11) 309, (12) 95, (1U) 90, (23) 166,176 m Q p z z & GRAHINIUH (13) 177, (24) 201,203 2.U.5-TP (17)312TRACE ELEHENT NUTRIENTS ( 1 1 ) 299-302 CYCLING (20) 235-274 FOLIAR SPRAYS (6) 188-189 INJECTION (6) 189 I N IULTINUTRIENT GLASSES (11) 299-302 2UANTITIES I N FERTILIZERS (6) 1 9 1 S O I L CONDITIONS (6) 19U-195 S O I L REQUIREMENTS (6) 184 S O I L TREATHENTS (6) 188-189 SOLUBILITY I N F E R T I L I Z E R S (6) 192-193 USAGE (6) 183-197 TRACE HETALS (211) 267-325 TRACTOR-PLANT OR PLOW-PLANT, SOYBEAN , ( l U ) 3 7 8 TRANSCINNAHIC ACID ,128) 1 3 1

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,

, ,

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TRANSLOCATION

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(30) 123

,

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,(8) 338,340,

[ 12) 234,23 9-240.24

U-2U5.25 1,256,282-283,

288,(23)267,287-291,(24) 119-121, (28) 329-335

WATER D E F I C I T AND ,(271 9-12. (28) 179-1 80 TRAWSPIRATION (11) 22~23,54-57;59,62,64-65, (16) 37-42, (18) 182.185. 192,19U-196,204-206,(19) 11U,116-121,13U,(22) 174, 183,(27)4,9,109, (28)313 EFFECT OF S O I L HOISTURE ,(11) 5 5 MODEL EQUATION (30) 100-101 RATIO ,(11)56-57 TRANSPORT O F I O U S (11) 382-383 TRASH CULTIVATORS (6) 12U TRASHY FALLOW (8) 23.25-26 TREE FRUIT ,(17)10 TREE NUT A N D P R O I T HARVESTING EQUIPMENT ,(11) 218-223 TREES, COUTROL OF Z I N C DEFICIENCY I N , ( 9 ) 5 8 FERTILIZATIOB (12) 127-190 TREFOIL , ( l o ) 357-358.390-396, (11)50 BIG (10)396, (29) 130 BIEDSFOOT (29) 120,122, 127,130, 133,137 BROADLEAP BIEDSPOOT ( 1 0 ) 361-362.389,392-393,396,UOO NILEROWLEAF BIRDSFOOT (10) 392, (29) 12U T~WOIL-GRASS (iu)-ri 8 (29) 72

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SUBJECT INDEX FOR VOLUMES 1-30 TRENCHING

149

,(16)168-170

Ez&LEg&_OggS&%Jr&L_ONtI ,(2U)229, (30)141

TRIAZINE ,(23)99,152-153,156,167,181,198,344-345,36839 2-TRIAZINES ,(22)99, (24)342-351 P & E U & H N B CALIPORNICA ,(10)399 TRICHLOROACETATE,SODIUH (TCA) , (3)110 TRICALOHACETIC ACID ,(1)310,358, ( 6 ) 43,169-172,174, (7)280-281, (8)31 1, (12)6 7 -SEE _-ALSO -- TCA, (4)313-314.319-321.326 2,3.6-TRICHLOROBENZOIC ACID ,(1)380-381, (2U)329-331 2.4, 5 - T R I C H L O R O P H E N O X Y A C Z T I C ACID (2,4,5-T) , (2)141, (U) 307,309. 31 1-312.319-320. (7)285,291-292,348, (12167,296, ( 1 5 ) 191,195-197,199,206 S E E ALSQ UNDER 2,4,5-T ALPHA-2,U,5-TRICHLOROPHENOXYPROPIONIC ACID ,(2)139 2-(2,G,5-TRICHLOROPHENOXY) PROPIONIC ACID ,(22) 133,124 SEH SILVEK TRICHODEagA ,(13)188, (16)117 TRLCHQQEAHA VIRIDE ,(1)262,(12)299,(18)99 IPILLEBPQQEPS CHRISXIEL ,(16)269 TBKHQPYXTQN ~ ~ E U C O C C U I,I(30)238 XELGYQPLYSU HI (24)234 TRLEHTBLIS HERQPEA ,( 13) 12 : ALPH A- ALPHA- ALPHA-TRIPLU3RO-2,6-DINITRO-~, l-DIPROPYL-~-TOLUIDINE (24)64 TRIPLUaALIN ,(23)203, (24)64,337-341, (26)30,63,(29) 163 p I p Q L & p l ,(17)164. (1812. 10, 17.32, (24)189 rnIPQLIP1 BL%XUrnUNV, !!( 12) 8 2 . ( 13)74 Z U E Q L L ~ E ~ a e ~ c u u,g(12182 B.L~QLIP~IA R X E N ~ E ,(18) 14 IPILIPOL€PE BALblSlE ,(‘041 =LEOLIP4 G A M E S T R E t (13)106, (1814,9 rnLP_QLrOB cg!!rru_on ,(18)9 a€Eg&&gflEBERILERI ,(29)123 NEQLIUS E Z L ~ Q L A X ~ E(19)4 TRIPOLIUfl DIPPUSUg , (12)400 iiizun-,(8)101,(12)82,(18)4,9 m.IfQLLg1 PRACIPERUa ,(4) 10,22,41, (12)82, (29) 133 TRIPQLIUB CLQBoSUn ,(13)106 XBLfQLLUE GLOBERATUU ,(41 10, (13)74,(1814,9,14,17 mP_QLulHIRTUH , (10)399, (12)82, (13)60, (25)56,(29)129 BIPQL&ufl HYBRIDUg ,(2)210,353, (3)79, (4) 181, (8)52,(12) 70,81, (29) 133 m/p-QL&ya INCARUATU4 ,(2)96, ( 4 ) 196, (6)34,(8)52,(10)369,(12)78 ,(13)74,(18)31, (19) 115, (25)U8,50, (291129 TaUQLZPfi ZSR4ELUZGPE ,(13)64,106 mXPQLLoH USeP4CAEU4 ,(12)8 2 IPILIEQLXUM ,(12182,369,400 ~ E O L L U Mfl&GROCEPHBLPa ,(18)4,12, (291 129 2EIEQLIP4 O ~ ! ! X X ! ! O p P o O ~ S ,(13)74 = X Q L L U H HATENSE ,( 2 ) 2 1 0 , 2 7 8 , 3 5 3 , ( 3 ) 7 9 , ( U ) 8 , 1 8 1 , ( 8 ) 4 4 , 2 1 2 , (12179- 80, 370, (13)73-74,106, (19)25,(21) 22, (22)126.U07, (29)133 ~ I P O L I UPROCUHBENS ~ ,(10)369, (12)82 ~ I P O L J U HREgEs ,(2)208-230,310,336,358,373, (3)79,(4)8,181,184, ( 7) 288 ,(8)52, (10)202-203,368-369,392, (12)48,80, (13)60, 70.73-74,106, (21)17, (22)21 ,407, (29)98,133 V A R . CJCANTEUH ,(12)81 VAR. ,(10)392 N P O L I U B RESUPINATUM ,(12)56.82 T R E O L I U B ----SCABRUfl ,(18)9 TRIPOLIUfl S E H I P I L O S U t (221 9.22.39 TRIPQLIgl SP. ,(12) 73.78-82,112 POLLIUATIOU ,(12173.78-82 TEPQL59M SUBTERRANEUR t (4)9,38,196, (6)34.207, ( 8 ) 47.5‘4.164, 18) 4-5, (10)202-203,396,(12)82, (13)58,61,(15)8,22, (l6)21 7-9,31-32,Ul,U6, (21)63, (2U) 168, (28)16, (29)97-98, 120,128,133

__

iHinn-&

Advances in AGRONOMY, Volume 32

150

,(4) 10. (18) 4 ,(18) 4. (29) 1 2 9 ,(8) 46, ( 18) 4 T R L P O L ~ IvES_I%OSOa ,(25) 4 9 TRIFOLIUH UORLIShOLDII ,(8) 46 TRIGONELLA ,(17) 16U8210,218-219, (2U) 189,191 TRISONELLA POENUN-GRAECUH ,(12) 87 TRIGONELLA SUAVISSIMA ,(4) 5 2,3,5-TRIIODOBENZOIC ACID ,(12) 289 TRILLIUM HANTSCAATICUN ,( 2 8 ) 139 T R I 3 P S LONGICAUDATUS ,( 1 4 ) 9 2 2.3.5-TRIPHENYLTETRAZOLIflN CHLORIDE ,(8) 208,229, TRIPAENYL T I N HYDROXIDE ,( 1 7 ) 319 TRIFOLIUH TOLIENTOSUN TRIFOL€UH TRU2EM'€ATLU!l TRIPOLXU I VARltEGATUH

(12) 1 1 5

T R I P L E SUPERPHOSPHATE ,( 1 1 ) 276-278,311 TRISETUN (17) 243 TRISETUM FLAVESCENS , (4)2 4 0 TRISETUN SPICATUH ,(17) 243 TRITICALE ( 2 9 ) 45 DEVELOPMENT OF ,126) 315-348 TRITICUH AESTIVUH (19) 3.09, (20) 231-202,205,209, (22) 165,332,342 (24) 11,332,336, ( 2 6 ) 2 9 4 , (28) 84,268-271.273-276, 278- 28 1,2 8 5 , 2 8 9 ~ 3 0 U (3 0) 10 7,124 TRITICUN ARARTICUH ( 2 8 ) 271,274,277 TRITICUN BOEOTICUH ,( 2 0 ) 201, (28) 270,273-275.277.289 . . TRITICUN COHPACTUH ( 2 3 ) 274,276,279-280 TRIrICUl! DICOCCQIDES (20) 200,2 04 205,209, (28) 27 1,27 3,276,280 TRITICUN DICOCCUH ,I201 2 0 1 . 2 6 1281 273 T R I T I CUE . . . . - . . TRITICUH NACHA (20) 209 TRITICULI NONOCOCCUH ,(26) 324, ( 2 8 ) 2 7 0 181 204 TRITICUN SATIVUH TRITICUH SECALOTRiCUh SARATOVIENSE ,126) . . . 316.344 . TRITICUN SECALUH (26) 345 TRITICUM SPELTA ,(28) 273,276,280,282,284 TRIT ICUH S P . ,(16) 133 ( 2 0 ) 2 0 1 , (28) 271,277 T R I I I C U N TINONOVU8 TRITICUM TIHOPHEEVI (20) 201-202,205-207,209-210,217, ( 2 6 ) 323 ,(28) 268-27U,276,280-281,2l34,287-288 TRIl'ICUR T R I T I C A L E (26) 3 4 4 TRITICON T O R G I D U H ,(26) 317-318 T R I T I C U N VAVILOVI (20) 209 T R I T I CUM VULGARE (8) 91, (12) 220, ( 1 5 ) 22, ( 2 0 ) 2 0 0 , (21) 179,187, (22) 388, (24) 99,333 TRITICUH ZHUKOVSKYI 120) 201. (281 271.277.284 TRITIUB ,(14)331,338~341;355~ . . . TROPICAL G R A I N LEGUNES ( 2 6 ) 1-132 KEY TO GENERA (26) 9-11 TROPICAL S O I L S (2)85-86, ( 2 1 ) 156-163 T R O P I C S , P E R T I L I Z E R S FOR ,(27) 175-2C8 TRUZK CROPS,IN OLD COTTON BELT ( 9 ) 15,25 TRUCK CROPS,RESPONSE TO ANHYDROUS ARNONIA , ( A ) 1 0 4 - 1 0 6 TRYPOPYZA INCERTALAS ( 2 4 ) 197, (29) 301,305 TRYPORYZA INOTATA (24) 195, ( 2 9 ) 3 0 1 TRYPTOPHAN (8) 346 TSUGA HETEXOPHYLLA ,( 2 7 ) 258 TUFTED HAIRGRASS ,( 8 ) 46, (17) 243 TULIP ,(11)345 TUNDRA (7) 1U6,165,316 SOILS (3)8,50 TONS ,( 1 1) 225 Z I N C DEFICIENCY IN (9) 32,43,48 CONTROL OF ,(9) 57 TUN3RO (29)288-294,322 TUNZSTEN ,(28) 9 7 TnNISGRASS ,( 6 ) 330 TUR (26) 32,35

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SUBJECTINDEX FOR VOLUMES 1-30 TURFGRASS HANAGEHENT ,( 1 8 ) 259-326 TURKESTAN BLUESTE3 (6) 2 TURNIP (U) 8 8 , ( 6 ) 2 7 8 , (7) 6 6 , ( 1 5 ) 2U, ( 1 6 ) 1 6 4 , 2 2 0 , ( 2 1 ) 3 1 0 , ( 2 8 ) 75 HARVESTING EQUIPHENT ( 1 1 ) 2 1 6 I N THE NETHERLANDS ( 1 1 ) 343-3U4 TURNIP HAGCOT (2U) 2 3 3 TURNIP RAPE ( 7 ) 70-71, ( 2 9 ) 4 5 TUSSILAGO PARPARUS (3) 198 TWO-SPOTTED NITE ,( 1 2 ) 9U TYCtlIUS STEPHENS1 ,( 1 2 ) 9 3 , 3 8 9 XXL4NCBPRBYICIUS S P . ,( 2 6 ) 3 9 (16) 269-270,277, (18) 99 TYLENCHULUS SENIPENETRANS (21329 TYPHA LATIPOLIA TYPHA SP. (15)205 TYROSINASE ( U ) 1 5 2 , 1 6 5

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U UDOLL ,( 1 7 ) 2Ub. 2 O 9 , 2 5 l r 2 5 3 , 2 5 9 , 2 6 2 , 2 6 8 - 2 6 9 , 2 7 4 - 2 7 5 , 2 7 7 ULNUS PUHILA 1271 2 5 8 ~ L T I S O L ( 1 5 ) 3 e s , l 2 0 ) 7-8. ( 2 1 1 2 4 5 , ( 2 7 ) 1 7 8 , 1 8 6 - 1 8 8 ULTRAVIOLET IRRADIATION (28) 133 RADIATION ( 2 6 ) 66 S O I L ENZYNES (27) 69 UNBRELLASEDGE ,(1U) 85 UNITED STATES, CONCEPT OF B R A U N E R D E I N THE ,( 9 ) 2U1-2UU UNIVERSAL SOIL LOSS E Q U A T I O N (1U) 138-143, ( 2 5 ) 5 URACIL ,( 2 6 ) 7 0 URANIIIN (20) 257 UREA , ( 2 ) 117-118,(6) 130,(A)63,329,33U-335,(10)100,(11)259-262, 311,377, (lU)81-82,255,275,300, ( 1 7 ) 17.19-21.23, 25,27,68, ( 1 8 ) 233,238,2UU,25O-i51,312, (19) 226, 229.233, ( 2 1 ) 2 6 , 3 6 , 5 1 - 5 3 , ( 2 3 ) 3 U 0 , 3 5 2 , 3 5 7 , 3 7 2 , 3 7 4 (27) 188,1Y0,192,196,198-199,202, ( 2 8 ) 9 5 , (30) 1 8 2 BIURET PORNATION ( 1 1) 2 6 1 DERIVATIVES ( 2 7 ) U6-48 HERBICIDES , I241 358-363 U R E A A C E T A L D E H Y D E ,.(23) 366 UREAFORN , ( 1 ) 5 1 , (11)261-262,(18)287,(23)358-361 OREAFORNALDEHYDE 1171. 2 6 UREASE (8) 3 3 5 D O I L ,( 2 7 ) 38-'48,65,68,72,7U-75 U R I C ACID,SOIL DECOMPOSITION ,( 2 7 ) 5 7 - 5 8 URICASE ( 2 7 ) 6 6 , 7 2 URINE ,(15)60 UROCHLOA SP. , ( 2 2 ) 7 , 5 0 UROZYSTIS AGROPYRI (12) 13 1 URONYCES APPENDICOLATUS ,( 2 6 ) 5 3 , 6 9 UROHYCES BETAE (7) 110 UROIYCES PHASEOLI ,( 2 6 ) 88, ( 2 7 ) 110 VAR. V I G N A E (26)54 URONYCES SP. ( 2 6 ) 39 URONYCES TRIPOLI1 ( 1 3) 1 0 3 V A A . PALLENS ,( 1 2 ) 3 8 4 URONIDES,DETERNINATION ,( 5 ) 1 5 9 I N SOILS ( 5 ) 159-160 USTILAGO NhYDIS ( 1 6 ) 12U USTILAGO N U D A ,( 2 5 ) 3 5 6 , 3 6 5 USTILAGO SPHAEROGENA (13) 364 USTILAGO SP. (26) 333 USTILAGO T R I T I C I , ( 8 ) 3 9 , ( 2 0 ) 2 2 6 UST3LLS ,( 1 7 ) 2 4 6 , 2 5 9 , 2 6 1 - 2 6 2 , 2 6 5 - 2 6 6 , 2 6 8 , 2 7 U - 2 7 5 UTAH, ZINC CONTENT O F SOILS I N ,( 9 ) 45 U V IRRADIATION, SOIL ENZYNES ,( 2 7 ) 6 9

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Advances in AGRONOMY, Volume 32

V

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SCOPARInfi (17) 242 (17) 242 SP. V A R A (VINYLACETATE A N D METHYL NALEATE) ( 7 ) 23-29,33 VANADIUM ( 1 2 ) 253, (20) 266-268, (24) 2 7 1 , 2 7 4 , 2 7 6 , 2 Y 2 - 2 9 3 , 2 9 5 , 2 9 7 - 2 9 8 ,

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VACCgLLgg

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308, (27) 114-315,319-320,356-358 VANADYL SULFATE -1281 9 8 VANILLIC ACID ,( i i ) 7 i VAP3R TRANSFER ,( 1 1 ) 3 3 7 - 3 3 8 VAPOR-PLOW ,( 1 1 ) 2 9 - 3 1 VARISCITE ,(30) 162 PASETGRASS ,(3) 203,202,237-239, ( 4 ) 191, (10) 365 VEGETABLE CHOPS ,( 6) 266-267.290-291 ACREAGE ,( 2 ) 114 CHANGES BY STATES ,(2) 114-115 DIRECT F I E L D SEEDING ,( 2 ) 142-146 F E R T I L I Z A T I O N ,(2) 116-120 F E R T I L I Z E R PLACEHENT ,( 2 ) 118 F R U I T SETTING ,(2) 137-141 FUTURE DEVELOPMENTS ,( 2 ) 151-152 GROWTA CONTROL TECHNIQUES ,(2) 135-141 HARVESTING HACHINERY ,( 2 ) 149-151, (11) 211-214 I N OLD COTTON BELT ,( 3 ) 21 HOLYBDENUH REQUIREflENP.5 ,( 2 ) 120 NEW V A R I E T I E S (2) 121-127 NITRATE CONCENTRATIONS I N , ( 2 8 ) 9 8 - 1 1 3 NITROGEN SPRAYS ,( 2 ) 118 PLOY-SOLE FERTILIZATION , ( 2 ) 119 PRODUCTION , ( 2 ) 114-152 I N OLD COTTON BELT ,(9) 21 SODIUM REQUIREtlENTS ,( 2 ) 120 STARTER SOLUTIONS ,( 2 ) 119-120 SULFUR REQUIREHENT ,( 1 0 ) 4 1 3 THINNING ,( 2 ) 1 4 3 TRACE ELEMENTS ,(2) 120-121 UTILIZATION OF AETEROSIS ,(2) 128-135 VEGETATION CONTROL ON INDUSTRIAL LANDS . I.4 1. 335-327 APPLICATION PRECAUTIONS , ( 4 ) 3 1 1 - 3 1 2 CHEMICALS USED ,(4)306-320 HIGHWAYS ,( 4 ) 322-323 RAILROADS ,( 4 ) 3 2 0 , 3 2 3 - 3 2 5 S P E C I A L PROBLEMS ,(4) 320-326 U T I L I T Y BIGATS-OF-WAY ,(4) 321-322 VEGETATION,SPECTRAL PROPERTIES ,(27) 277-282 OELVETBEAN (12) 8 7 VELVET LEAF ,(12) 296 VERATRINE ,( l U ) 2 1 2 VERNICULITE ,(3) 121-122,132-13U,lUO-142,152, (4195. (5) 235.266, ( 7 ) 371-372, (15) 127, (16)3UU,350, (18) 229, ( 2 2 ) 9 2 , 9 9 , (23) 150-151, ( 2 6 ) 2 3 3 , (30) 2 3 EXCHANGE CAPACITY ,(12) 21 I D E N T I F I C A T I O N OF ,(12) 19 O R I G I N O F ,(12) 13-15 STRUCTURE OF ,( 12) 5-7 VERNALIZATION ,(4) 133, (6) 232-23Ut ( 8 ) 205, (16) 32-33, (17) 174-175 (25) 54, ( 2 s ) 306-307. (30) 75 EERPllQllIB 412WUPlTLEB P (23) 3 5 PEEZLEILLIP4 e ( 12) 2 16 SE@TIELkLIUA U Q - A 2 U t l e ( 2 ) 29-30 UB'lZGULZYll EAHLIAE I (26) 20

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SUBJECT INDEX FOR VOLUMES 1-30

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V E R T I C I L L I U H WILT (11)50,91, (30) 142 V E R T I S O L ,(15)385, (27)173 VETCH ,(2)96,101-102, (U)257, (61278.291, (7)68,292, (8)29-30.45.

(9)33 ,(12)45,70,91, (13)154, (14)71,132,133. (15)28, (17)242 ,(21)25 C I C E R H I L K ,(29) 121,128,133 COCIHON ,(29)133 CROWN ,(29) 120-121,133,137 LANA ,(13)399-400 UOOLYPOD ,(29)123 VETCE BRUCHID ,(12)94 V I A B I L I T Y ASSAY ,( 3 0 ) 91-92 VZCLA ,(26) 8 ---V I C I A A H E R I C & E E ,(17)242 --V I C I A AHGPQTZEQLIA I (12)85 Z l C U ARTIEolATA # (12)8 5 USE4 ATRPPL!R_P_OE&A * (12)84, (14)92 XEGrg B l Q X C & p A ,(10)399-400. (12)85. (29) 123 vrc1g ZQ21.ZA ,(12)85 PABA ,(11)363, (12)R5, (14)82, (18)79,86. (19)20-21, (24)347, (26)6, 97, (28) 125 USLA_ B A N Q I P L O R A ,(12) 85 IlSLA EAJAQTAHL ,(2'3)137 Y K U rnZ&_ATRA ,(12)8 5 V I C I A SATIT4 ,(8)45,(12)94, (29)133 V I C I A SP. ,(12) 112, (15) 164 P O L L I N A T I O N ,f12h73.83-85

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VIRUS DISEASES (12)386 BARLEY YELLOW DWARF (26)333 COYPEA NOTTLE (26)116 COWPEA YELLOU N O S A I C ,(26)53-54,116 CUCUMBER H O S A I C (26)54,116 GREEN HOTTLE (26)53-54 R O S E T T E ,(26)21,23 S O I L R E T E N T I O N OF (26) 141-146 SOUTHERU BEAN N O S A I C (26)116 SOYBEAN N O S A I C (26)84 TOBACCO N O S A I C (29)47 TOBACCO R I N G S P O T (26)117 V I R U S YELLOW (7)117 WESTERN X - L I T T L E CHERRY (17)305 YELLOW BEAN N O S A I C , (26)54,84 YELLOW N O S A I C (26) 53 VIRUS,UPTAKE OF ,(28) 148-150 V I T A N I N A ,(2)279, (16)230-233 VITAHIN B (16)30 VITANIN C (2)297 V I T A H I N D ,(2) 291,297

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154

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SP. , ( 1 2 ) 2 2 5 VIVIINITE 181 39U VOANDZA ( i 6 )7 9 I W ! O Z E U ~ ( 2 6 )9 ~ 8 0 . 9 3

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PPINQZEIA Z!lBl3BRUB

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126) 10.79.99 VOLATILIZATION (15)303 VOLCANIC A S A (26) 218-219,223,225,233,235-239.247,2U9-251 S O I L ,(17)332,336,338,362

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WAD ,(16) 329 WALNUT ( 1 1 ) 2 1 8 , (17)313-315,319-321 BLACK a 127) 219.222.237.257 ~. BLIGHT- r i i ) 32i) H U S K PLY ( i 7 ) 320 Z I N C DEFICIENCY I N (9132 PREVENTION O F ( 9 ) 50 AUORPHELLIA (171219 WARFARIN (17) 208 YASP - 1 1 2 1 7 7 WASl'EiiTEk,LAND TREATNENP (26) 133-176 WATER ,(16)373,(19) 14-16,316-320,(21)2U,(26)201 ( 1 9 ) 22-23 "ACTIVE" UPTAKE ABSORPTION (11)64,7U A N D HUMIDITY (16) 37-47 AS A PLANT CONSTITUENT ,(1 1) 65-66 APPLICATION EFFICIENCT (11)99-104 AVAILABILITY, CEREAL YIELD ( 2 9 ) 378-382,38U BEHAVIOR, WATER-SOIL , ( 1 9 ) 327-370 BOUND (22) 212-215 COMPETITION FOR (15)~-6,18,29,47,77-82,10U-105 CONSERVATION , ( 3 ) 2 7 3 , ( 2 9 ) 165-166 CONSUMPTION, EFFECT OF CROP ,(11) 19-21,105 I N U. S. (11) 18 CONTENT, 3RGANIC S O I L S ,(17) 128-130 CONTROL (21) 130-135 COST ( 1 1) 99- 100 DEFICIT, A N D PLANT GROYTH [ 16) 42-U7 CEREAL CROP (27) 1-23 LEAF REFLECTANCE (27) 2 7 9 CROP (281 161-217 NITdATk ASSIflILATION ,(28) 86-08 POTENTIAL (28) 166-170 STRESS ,(2B) 22,161-217,309,326 USE EFFICIENCY ( 2 8 ) 195-202 I N PLANTS, CAUSE , ( 1 1 ) 6 3 - 6 5 EFFECT ON CELLULAR CROUTH ,(11) 6 1 EFFECT ON YIELD (11)62 MEASUREMENT (11) 65-69 I N THE GREAT PLAINS ,(11) 110 IN THE NETHERLANDS , j i i ) 339 EROSION ,(13)138-164,(1U) 119, (15) 303-316 LOSSES OF CALCIUM , ( i s 1 312 OF NITROGEN (l5<30?-309 OF JRCANIC HATTER (15) 306-307 OF PHOSPHORUS ( 1 5 ) 309-311 OF POTASSIUR (15) 311-312 SAHPLING METHODS ,( 1 5 ) 305-306 EXCESS ,(11)36-37,74177 . PLOY HODELING ,(29) 353-367

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SUBJECT INDEX FOR VOLUMES 1-30

155

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F R A G I P A N S AND S O I L YATER R E G I H E (21)254-256,258,264 GROWTH E F F E C T (29) 199-204 BOLDING C A P A C I T Y (5) 384 INFILTRATION (12)311-363 FACTORS I R F L U E N C I N G (12)312-321 HEASUREHENT (12)321-353 T H E O R E T I C A L C O N S I D E R A T I O N S ,(12)348,353-358 INTERCEPTED (14)328 I N T E R N A L PLANT STATUS (16)37-42 I O N I C S O L U T I O N S ,(13)277-284 I O N TRANSPORT ,(20) 145,149 LAND D I S P O S A L (26) 133-176 NEASURENENT OF S O I L (14)322-342 HOVEHENT (14)338-348 NATURE OF (13)269-277 N I T R A T E A S S I H I L A T I O N ,(28)86-88 PHOSPHORUS I N RUNOFF (25)1-45 P H Y S I C A L NATURE (11) 4-6 REQUIRENENT (14)227 OF CROPS ,(6)68-78,216 OF PLANTS ,(11)56 RESOURCES ,(1 1) 6-19 RETENTION (29)247-259 ROLE I N PLANTS (11)51-70 ROOT ROLE I N PLANTS ,(30)99-128 S A L I N I T Y OF ,(16)140-146 Spg CLAY -A BS ORB ED S O I L HOISTURE ,(25)87-9 1,96 SOIL-WATER BEHAVIOR .ria1 327-370 S O Y B E A N R E Q O I R E U E N T S - , . ( I ~ ) 401-403 S Y S T E N S ,(15)200-208 TABLE (1 1)45-46.75 TRACE NETALS ,(24)299-302 T R A N S H I S S I O N ,(29)250-252 TRICKLE-DRIP IRRIGATION . ,129) . . 343-393 UPTAKE (29)199-200 USE E F F I C I E N C Y (11)98-109.111, (141223-264 D E F I N I T I O N , 1141. 227-228 WATERERASS ,(14) 86 . UATER HICKORY , (17)319 YATERLOGGED S O I L , N I T R O G E Y A N D PHOSPHORUS ,(20)323-359 UATERLOGGING ,(7)234, (24)30-31,?8, (25)308-311 YATERNELON ,(2) 123, (12)226 R E S P C N S E TO I R R I G A T I O N , (11) q8,lOS YATER PLANTAIN (15)207 UATERS BED, AGRICULTURAL RUNOFF ,(25)25-31,39 F O R E S T RUNOFF (25)22-24 MANURED LAND (25)32-33 URBAN RUNOFF (25)33-36.43 W A U K O N S I L T LOAH , (9) 260-262 UAVELLITE (30) 162 WEATHERING (1)160, (3) 129 WEATHERING O F S O I L MINERALS (5)219-307 A G E N C I E S O F ,(5) 222 CAPACITY FACTORS ,(5) 249-252 CHENICAL ,(5)223-224 D E F I N I T I O N ,(5)221 DEPTH FUNCTION ,(5)246-249 DEUTERIC ALTERATIONS (5)224 FREQUENCY D I S T R I B U T I O N O F MINERALS (5)258-291 GEOCHEMICAL ,151226.229.242 H Y D R O T t i E R l 4 A L ~ A L T E R A T I O N S , (5) 225 INDEXES (5)236-238 I N T E N S I T Y FACTORS (5)250-257

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LATERITE AS END PRODUCT (5) 277-281 MEAN .(51250 PEDOCHENICAL (5)226-230,242 PHYSICAL (5)222-223 POTENTIAL (5)237 RATE OF CHEHICAL WEATHERING (5) 240-258 RELEASE OF CALCIUN A N D MAGNESIUM (5) 295-297 OF NUTRIENT ELEMENTS (5) 291-306 OF PHOSPHORUS (5) 296-297 OR POTASSIUH (5)294-295 ROLE OF ACIDITY (5) 253-254 OF B I O T I C FORCES (5) 254-255 OF OXIDATION A N D REDUCTION (5) 257-258 OF HATER (5) 252-253 SEQUENCE OF CLAY-SIZE PARTICLES (5)235-236 OF COARSE-GRAINED HINERALS ( 5 ) 233-235 OF HEAVY MINPRALS (5) 231-232 S I L I C A - S E S Q U I O X I D E RATIOS (5) 239 STAGES (5)238-240 TEMPERATURE INDEX (5) 250-252 TERHINOLOSY O F PRODUCTS .,(.5 .) 230-231 YEBWORH (12)90. (18)34

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, , H m L L n cu!oc_!! ,( 12) 1 10 HEED CONTROL ,(2)146-149. (4)305, (5)351-352,(6) 124,131,135,137, lUl,(10)20,26,(12)66-69 ,(13) 172,(15) 161-210, (25)62-63,104-106,118, ,(29)162-163 BY PLANING ,(11)192 CULTIVATED CROPS 115) ' 170-185 EQUIPHENT ,(5)2 12- . FOR HERBICIDE APPLICATION ,(11)192 FLAX ,(6)168-174 F R U I T S A N D TREE NUTS ,(15)185-192 I N LESPEDEZA STANDS ,(9)139-140 I N SOOTHERN U. S., CORN ,(7)273-276 COTTON ,(7)253-273 FOTORE PROSPECTS ,(7)292-294 NATURE O F PROBLEHS ,(7)252-253 PiSTrlRES ,(7)286-292 PEANUTS ,(7)281-283 RICE ,(7)284-286 SOYBEANS ,(7)276-278 SUGARCANE ,(7)278-28 1 TOBACCO ,(7)283-284 I N SHEDEN ,(7)72-73 PASTURES A N D RANGELANDS ,(15)192-200 RANGE-LAND ,(6)37-46 WATER SYST'EEIS ,(15)200-208 WEED KILLERS ,(7)73 HEEDICIDE ,(26)76 WEEDS,LOSSES CAUSED ,(15)163-165 HEEPING LOVEGRASS ,(6)2,28,32,46-47, (10)360,365,383 WESTERN RED CEDAR ,(16)182 YESTERN YHEATGRASS ,(4) 191, ( 6 m U 8 8 5 5 , (12)56,113 WESTERN I - L I T T L E CHERRY VIRUS ,(17)305 WET S I E V E ANALYSIS ,(7)4,30

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WETTING AGENTS, AS DEFOLIANTS ,(9)80 YHEAT ( 3 ) 77,126,137, (4)3U,55.91r93,

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117,121,125,127, 134.137, 139-14 1 r152,155,243,2U9,266, (6)83,200,210,232-234,

237.241.24U.271.278.285.289.291.11146-51-18]

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37-Uo. 45.9 1; 95-96. g i z i o i .I 5 i I i9i ioi .21 I . (11) 20,48,53,60,73, i06,iii,206,io6,i41,~ 372,377-379,384, (1 2) 101.22 0, (13)134,16 1,163,175,

SUBJECT INDEX FOR VOLUMES 1-30

157

179,184.2 10,254, 355, ( 14)62,7 1,235,246,251-253, 309,314,364,384,397, (15)1.7-8.13.17-18,27-28, 49-50,66-68,75,83,145,175,182.274,277,308,311, (18)6,67,79.85,87, ( 1 9 ) 3 , 8 9 , 9 1 , 1 1 6 - 1 1 7 , 1 2 2 - 1 2 4 .

130,133, (21)179,188,285.31 1, (22)165, 221,279,332,342,382. (23)8 , 1 1 , 1 8 - 1 9 , 2 3 , 2 7 - 2 8 , 3 2 1 , 354,367. (24) 108-109.120, (25)97-98,110.1 12, (26)164, 166,180,187.283,290.316,332-333,342, (27)13,19, 1 1 1,1U7,15 1- 155,162,29 1,296,323, (28)84 ,96,98, ,(29)43 ,US, 47,51,12,107- 108, (30)107,123,199,20 1 BARLEY YELLOU DWARF V I R U S ,(13) 219,221,224,226-227,240 BIOLOGICAL YIELD ,(28)36 4,366,370,372.3 76,379-380,382-384,386, 389,393,399-400 BREAD ,(26)340 BREEDING ,(17)85-114 FL3UR T E S T S ,(17)90-99 GENETICS A N D ,(17) 100-111 METHODS , ( 5 ) 112-118 NICDONILLING METAODS ,(17)99-100 HILLING A N D BAKING RESEARCH LABORATORIES ,(17)86-90 PROTEIN ,(17)86-88 TESTING FOR CONPARATIVE YIELDS ,(5) 117-118 CONTROL OF DISEASES (5) 121-133 CONTROL OF I N S E C T PESTS ,(5) 133-140 CROP ROTATIONS ,( 5 ) 46 ZULTURAL PRACTICES ,(5) 25-52 D U R U N , I N T R I T I C A L E DEVELOPMENT ,(26)31 8 D U R U M WHEAT INDUSTRY ,(5) 10-13 EARLY YEARS ,(5) 13-21 IMPROVED V A R I E T I E S ,(5)72-75 F E R T I L I Z E R D S E ,( 5 ) 26-27.29.47-48 FERTILIZING ,(ioj95,ioo, 129G R A I N YIELD PHYSIOLOGY ,(28)303-304.306-309.3 11-3 12,318-322, 326.329.33 1-337.339-340. 342-388 G R E A T PLAINS ,(16)9.i3 HERBICIDES ,(24)332-333.336.343.352.365 HYBRID ,(20) 199-233 INPEOVED V A R I E T I E S ,( 5 ) 72-75 IHPROVEMENT. I N MEXICb (6)106-107 I N U. 5. ,(5)1-140 ACREAGE ABANDONED ,(5) 6,15 ACREAGE EARVESTED (5) 4-13 I N CANADA, ACREAGE (5) 323,329 VARIETIES (5)327-328 I N THE NETHERLANDS (11)343-344,396-347,350,363-364,366 I N S E C T RESISTANCE ,(24) 198-203 LODGING I N ,125) 209-263 NALE-STERILB., (24)14 UECHANIZATION OF CULTURE (5)46-52 NILDEY . 1 5 ) 129 NOISTURE ‘REQUIREMENT , ( 11)1 1 i NOSAIC (5)131-132, (13)178 NITROGEN FIXATION (29) 10-11,13,23,27,32 NITROGEN STRESS (28)9-17,19,21,26 NUCLEO-CYTOPLASMIC RELATIONSHIP (28)267-300 OPTIMUN SOIL A I R SPACE FOR (9)173 PASTURE POISONING (22)332 PRODUCTION (5)4-13 I N OLD COTTON BELT (9)21 QUALITY MEASUREMENTS ,(5) 118-121 SCAB , ( 5 ) 129-131 SEASONAL WATER USE (11)20 SEEDING P R l C T I C E S (5)Y4-46

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SPRING (14) 249.253 S T E N RUST (10) 17,19,375,378,380 B I O T Y P E S O F RACE 158 (10) 154-156 CHERICAL CONTROL , ( l o ) 163 PERCENrAGE LOSS DOE TO , ( 1 0 ) 1 5 3 RACE 15B (10) 143-164 VIRULENCE OF ,110) 152-159 S T E U s A u F L r , ( 5 ) i 3 8 - i 3 9 , (24) 201-203 STRAU ,(13) 138,151, (15) 264 SULFUR REOUIRENENT 1101413-414 SUEDISH V ~ R I E T I E S 49-51 T E S T I N G FOR CONPARATIVE Y I E L D S ( 5 ) 117- 118 D I L L A G E I N P L E N E N T S (5) 25,27,38,39,42 ,4U T O X I C I T Y OF Z I N C S U L F R T E I N (9)44 VARIETIES, (5) 327-328 CANADIAN F O R EASTERN S T A T E S (5) 96-109 YESTERN S T A T E S ((5)83-96 HARD RED S P R I N G , ( 5 ) 5 3 - 7 2 HINTER (5175-83, (26) 294 IMPROVED, ROLE O F , ( 5 ) 5 2 SOFT RED WINTER (5189 WHITE S P R I N G ( 5 ) 88-89,95-96 WINTER ( 5 ) 86-88 SWEDISH (7) 4 9 - 5 1 WATER D E F I C I T ( 2 8 ) 171,175,179, 182,188-192,194,200 WATER REQOIRENENTS (10) 25 WINTER (1U) 130,239,249,251,257, (24) 99, (30) 69,72,75,77-80.84 WINTER HARDINESS ( 8 ) 204,207,21 1,213,217,219,222,228.230.230,232 Y I E L D S PER ACRE, U. S. , ( 5 ) 5 - 1 3 Z I N C NUTRITION, E F F E C T ON D I S E A S E R E S I S T A N C E (9) U3 WHEATGRASS , ( l o ) 391(,(12) 109-110, (17)240-242, ( 1 8 ) 1 1 0 CRESTED ,( 1 0 ) 17 , 2 0 - 2 1 , 2 4 , 3 7 4 , 3 7 6 , 3 8 0 , 3 9 7 , ( 2 6 ) 284, ( 2 8 ) 24 INTERHEDIATE ( 1 0 ) 374,380,389, (13)221,(28) 24 S E E ALSO I N T E R N E D I A T E WHEATGRASS PUBESCENT (10) 374,397 S I B E R I A N ,(10) 3 9 7 SLENDER ,( 1 0 ) 394 STREANBANK (10) 4 0 0 T A L L ,(10) 376,381,392 (10) 17.19.375.378.380, (28120 UESTERN WHIPTAIL ,(2) 1 2 0 - 1 2 1 , ( 8 ) 1 6 5 , 1 7 1 - 1 7 2 , 1 7 4 , 1 8 3 , 1 9 1 , 1 9 5 YHITE ASH , 1 4 1 364 UHITE CLOVER (2)358,364, ( U) 8 , 3 5 , 4 2 , 1 8 1 , 1 8 5 - 1 E 7 , 1 89 ,1 9 3 - 1 9 4 ,1 9 6 , 198-200,207,211,21U, (5) 360,363, (6)206, ( 7 ) 61, ( 8 ) 29, 47,52,167, (10) 203,368-369,381,387,392. (12)44,48, 80-81,93,(13)60, (15)53,61,101,109,196, (16)26, U8,64, (26) 190 2 16, ( 2 2 ) 2 1 -22.24 ,28-29,32, (28) 174,329, (29) 98,130,133 N U T R I T I V E VALUE (21) 17,U7,65 YHITE DUTCH CLOVER (3) 2~0,207,210,213,217,223 YHITE F I R , ( l 7 ) 2 4 2 YHITE FLY, BANDED WING (30) 141 YHITE GRUB ,(12) 90 YHITE MUSTARD (7) 70-7 1 U B I r E OAK ,(41 355.357 u i m E PERSICARIA (15) 10 UHITE P I N E (4)338-339,3U3,36U, (23) 123,128 UHITE SPRUCE 14b339 Y H I T E SUEETCLOVER (2) 336, (12) 76-78,107,109 UHITE T I P (14) 88-89 U H I T E - T I P P E D CLOVER (8) 4 6 YHITEFLY,BANDED-UING ,(30) 1 4 1 YIESENBODEN (2) 188-190.194, (3) 8.79

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SUBJECT INDEX FOR VOLUMES 1-30 11I D , (13) 176 BUCKWHEAT D A I S I E S ,(17) 24 1 GARLIC (15) 164,200 O N I O N ,(7) 286,289-290, ( 1 5 ) 16U.200 RYE I l O l UOO. 1171 242 CANADA ( i d ) 359-360 RY EGRASS, (12) 56 CANADIAN RUSSIAN (12) 5 6 SOYBEAN ,( 1 2 ) 271 VETCH (15) 16U WINTERPEA ,(12157 UILDFIRE DISEASE (29) 52 WILLOU (15) 284, (17) 2U2-243,250 YILLOUEED (17) 243 UILRAN LOVEGRASS (10) 399 U I L P I N G PERCENTAGE ,( 4 ) 333 UILPING POINT (2) 261-262, (4) 124 Y I L T I N G . S E E WATER D E F I C I T IN P L A N T S UIHNERA.~FEGRASS (4)12.52.55, (10) 3 9 8 UINDBREAKS (12) 129,135,(15) 283-291 W I N D EROSION (3)66,274,292.302, ( 9 ) 2 2 , ( 1 0 ) 56, (13) 132-135, (15) 182, 21 1-302 CONTROL ,(15) 270-291 CYCLE OF (15) 229-249 EQOATION ,(15) 291-296 E Q U I L I B R I U H FORCES (15) 222-229 S O I L PROPERTIES (15) 249-270 S U R F A C E U I N D ,(15) 2 1 6 - 2 2 2 U I N T E R BARLEY (8) 204 U I N r E R HARDINESS (6) 224, ( 7 ) U9, ( 1 5 ) 3 2 6 , ( 3 0 ) 5 1 - 9 8 AGRONOHIC S I G N I F I C A N C E ( 8 ) 20U A R T I F I C I A L HARDENING ( 8 ) 216-217,226-225 C O N D U C T I V I T Y HEASUREHENTS (8) 225-229 CRITERIA OF INJURY (8) 213-211) E F F E C T S OF F E R T I L I Z E R S (8) 211 F I E L D HARDENING (8) 217-218 FIELD TESTING (8) 210-214 G E N E T I C FACTORS ( 8 ) 204-206 I C E PORNATION , (8)208-209,230 LABORATORY T E S T I N G (8) 21U-224 R E F R I G E R A T I O N HACATNES ( 8 ) 214-224 SEED TESTING (8) 230-232 T E S T I N G HETHODS (8) 210-235 THEORIES ( 8 ) 208-210 WINTER OATS (8)205, (12) 419 YINTER RYE , ( 2 0 ) 149 U I N T E R UAEAT (1U) 130,239,249-251.2S7, (15) 279-280, (24) 99 UIREGRASS (3)209 YIREUORH (2U) 237, (30) 234 UOODLAND S O I L GROUPING ( 3 0 ) 261-263,282-28U UOODY PLANT CONTROL (10) 22 UOOLLY CLOVER (4) 10 YOOLLYPOD VETCH ,(10) 399 UORLD POPULATION (6) 199-200 YORN, WIRE ,( 3 0 ) 234 UYETHIA A H P L G I C A U L I S (17) 242-243

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X ~ ~ ~ f & f iPlALVACEARpfl Q ~ ~ S , ( 2 ) 30-31 uBzfiQaN&S ORYZAE ( 2 9 ) 2R0 &lK€L!GaQo-lLS PHBSEOLS t (26) 84 VAR. S Q J E l S u ,(14) 170

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XANTHOHONAS PRUNI (17) 399 XANTBOHONAS R I C I N I C O L A ,( l o ) 270,278 XANTHOMONAS TRQNSLQCENS , (26) 332 XANTHOHONAS TRANSTYCBNS QELZICPLA (29) 287 XANTHOHONAS VIGNICOLA ,(26) 53,116 XIPHINBNA AHERICANUN (16) 269 X-RAY IRRADIATION ,(28) 133 X-RAY TRANSHISSION, I N S O I L BULK DENSITY IEASUREHENTS (9) 166 X-RAYS f14) 154.209-212 XYLANASE;SOIL , i 2 7 ) 33 XYLOCOPA ,(12) 8 4

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Y R H ,(23) 17, (30) 208 YARROW ,(7) 289, (17) 242-203 YELLOW BERN HOSAIC , ( 1 7 ) 2 1 5 YELLOW CLOVER APHID ,(17) 218, (24) 1 8 9 YELLOW DWARF OF OATS ,(13) 219 YELLOY DWARF V I R U S (12) 220. (29) 2 8 8 YELLOW-FLOWERED ALFALFA (15) 317 YELLOW FOXTAIL ,(12) 296 YELLOYISH BROWN LATERITIC S O I L S ( 3 ) 15 YELLOY LEAF BLIGBT ,(24) 2.12 YELL3U LUPINE (10) 370 YELLOY NUTSEDGE ,(22) 132 YELLOW-ORANGE LEAF ,( 2 9 ) 2 8 8 YELLOY POPLAR ,(4)351,353,364,381-382. (27)221,236,250,257 YELLOW-STRIPED ARNTPORH ,(14) 9 2 YELL3W SWEETCLOVER ,(2) 336, (12) 76-78.109 YIELD , ( 1 1 ) 3 9 3 ANALYSIS FOR 2 OR NORE NUTRIENTS ,(11)187-157 COHPENSATION (28) 192-193 ECONOHIC AAALYSIS ,(11) 159-164 EFFECTS OF WEATHER (1 1) 163 HETEROSIS I N ,(27) 148-156 IHPROVING SOIL-HATER REGIHE (29) 346-348 YARGINAL ANALYSIS (11) 141-142 NITRATE-RITROGEN RELATION (28) 5 PLANT DENSITY ,(21) 281-321 REHOTE SENSIWG OF ,(27) 271-304 RESPONSE TO F E R T I L I Z E R S ,(11) 134-140 RESPONSE T O ROISTURE ,(11) 60,62,82-83,85-87,89-91,93 SINGLE-NUTRIENT ANALYSIS (11) 140-147 VARIATION, PHYSIOLOGICAL B A S I S OF ,(4)101,145 GROWTH ANALYSIS (4) 103-109 LEAF A R E A VARIATION ,(4) 125-138 NET ASSIMILATION RATE ,(4) 109-144 YIELD SURFACE EXPLORATION ,(9) 191-198 YUCCA SP. , ( 1 2 ) 2 0 7

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,(2) 122,128,

(3126, (4)2&6,25U,(7) 134, (8) 84,207,321, (12) 2 2 0 ,(15)22,68,(16) 102,(18)67,79,86,(19)45.68.298 (21)22,179, (22) 192,341, (24)2,109,121-122,158 ,(25) 126,133,146,(27) 130,133, (28)76,133,142,30U,(30) 107-108,114,118 I N THE NETUEBLANDS (11) 339 ZEIN (8) 346-347, (21) 179-187 ZEOLITES ,(1) 1 6 1 ZERO-TILLAGE (25) 77-123 EFFECTS ON PLAWT GROWTR ,(25) 95-103 ZIGZAG CLOVER (12) 82,369

ZEA HAYS

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SUBJECTINDEX FOR VOLUMES 1-30

ZIN,

161

,(8)332,342,351,354, (11) 299,301-302, ( 1 2 ) 61,257-258 ,( 1 3 ) 6 9 , 3 3 2 , ( 1 4 ) 8 2 , 1 9 8 , 2 5 7 , 2 R 7 , 3 9 8 , 4 0 0 , ( 1 7 )

75, 77, (18) 11, (19) 260,321,330,332.3UU-345, (20) 118, 141-142,236-239,2U5-2U6,250,252,268-270, (23) 303, (26) 157-162, (27) 313, 3 15-3 16,3 18- 32 1,324-325.3403 4 1,346- 347.360 ABSORPTION BY PLANTS ,( 9 ) 35-36 ADSORPTION OF (15) 126-128,132-133 AVAILABILITY ( 15) 143- 1 5 2 DEFICIENCY (U) 27-28.46-47. (8) 21,332,354 I N PLANTS ,(9) 31-U9,59,132 srnerons OF (9)34-35 Z I N C LEVELS I N (9) 38-39 I N S O I L S , AREAS AFFECTED BY (9)32-35 CONTROL O F ( 9 ) 56-61 DETERMINATION OF ( 9 ) 53-54 BY COLORIHETRIC PROCEDURES (9)53-5U BY POLAROGRAPBIC PR3CEDURES (9)5 4 BY SPECTROGRAPHIC PROCEDURES ( 9 ) 54 DISTRIBUTION I N S O I L ,(15) 136-140 FUNCTIONS I N HIGHER PLANTS ,( 9 ) 39-43 GEOCHEMISTRY OF , ( I S ) 121-124 I N SOILS (5) 299, ( 9 ) U U - 4 5 AREAS AFFECTED BY DEFICIENCY (9) 32-35 AVAILABILITY ,FACTORS AFPECTING ,( 9 ) US-53 TESTS FOR (9)54-56 ROLE I N TRYPTOPHAN FORMATION ,( 9 ) U l SALTS, USE I N Z I N C - D E F I C I E N T S O I L S A N D AS SPRAYS , ( 9 ) 5 6 - 5 7 S O I L NONITORINC (27) 349-35U S O I L S AND PLANT NUTRITION ,(24) 147-186 TOXICITY (8) 390,394 FOR PLANTS (9) 43-44 CALCIUN CARBONATE A N D (9) 44,46 PRACE METALS (24) 279,284,304-306 rRANSLOCATION U I T H I N PLANTS (9) 36-38 ZINC SOLFATE, EFFECT ON ARSENIC I N J U R Y I N PEACH TREES . ( 9 ) 5 7 (23) 206 ZIRAfl (2) 183, ( 5 ) 235,289 ZIRCON ZIRCONIUM ,(24) 271,27U,276,294,297-238,308 ZONALITY P R I N C I P L E ,(7) 146-148,151,153,16U,175,181 &Q!iPTE!!PS S P . , ( 2 6 ) 5 0 EosTE!!& ,(29) 12 ZOYSIA (12) 60 ZOYSIA G R A S S (31239. (18) 261,285-281,283,292,313 mpXsZh J4PQNgEA (3)239,(10)360, (18)280-281,303 ZQXSLA 14TRELLA , ( 1 8 ) 2 8 0 - 2 8 1 %QeXS€hTENPZEQLZ4 (3) 239, (18) 280-281

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