Holdings: Principles of plant nutrition

Principles of plant nutrition:

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Bibliographic Details
Format:	Book
Language:	English
Published:	Dordrecht [u.a.] Kluwer Acad. Publ. 2001
Edition:	5. ed.
Subjects:	Nutrição Plantas Plants > Nutrition Pflanzenernährung Einführung
Online Access:	Inhaltsverzeichnis
Physical Description:	XVI, 849 S. Ill., graph. Darst.
ISBN:	079237150X 1402000081

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Record in the Search Index

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adam_text	PRINCIPLES OF PLANT NUTRITION 5TH EDITION EDITED BY KONRAD MENGEL JUSTUS LIEBIG UNIVERSITY, GIESSEN, GERMANY AND ERNEST A. KIRKBY SCHOOL OF BIOLOGY, UNIVERSITY LEEDS, U.K. WITH THE SUPPORT OF HARALD KOSEGARTEN JUSTUS LIEBIG UNIVERSITY, GIESSEN, GERMANY AND THOMAS APPEL UNIVERSITY OF APPLIED SCIENCES, BINGEN, GERMANY TECHNISCHE UNIVERSITY DARMSTADT FACHBEREICH 10 * BIOLOGIE * B I B I I O T H E K * SCHNITTSPAHNSTRABE 10 D-6 4287 DARMSTADT INV.-NR. *IILPJ KLUWER ACADEMIC PUBLISHERS DORDRECHT / BOSTON / LONDON TABLE OF CONTENTS CHAPTER 1 PLANT NUTRIENTS 1 1.1 DEFINITION AND CLASSIFICATION 1 1.2 GENERAL FUNCTIONS 4 1.3 MINERAL CONCENTRATIONS IN PLANT MATERIAL 9 CHAPTER 2 THE SOIL AS A PLANT NUTRIENT MEDIUM 15 2.1 IMPORTANT PHYSICO-CHEMICAL PROPERTIES 15 2.1.1 GENERAL 15 2.1.2 CATION ADSORPTION AND EXCHANGE 15 2.1.3 THE GAPON EQUATION 22 2.1.4 ANION ADSORPTION 23 2.1.5 WATER ADSORPTION 26 2.1.6 COLLOIDAL SYSTEMS 27 2.2 IMPORTANT SOIL CHARACTERISTICS 29 2.2.1 SOIL TEXTURE AND CLAY MINERALS 29 2.2.2 SOIL ORGANIC MATTER 34 2.2.3 SOIL STRUCTURE 38 2.2.4 SOIL WATER 41 2.2.5 SOIL ATMOSPHERE 45 2.2.6 SOILPH 51 2.2.7 SALT AFFECTED SOILS 62 2.3 FACTORS RELATING TO NUTRIENT AVAILABILITY 64 2.3.1 GENERAL 64 2.3.2 INTERCEPTION AND CONTACT EXCHANGE 65 2.3.3 MASS-FLOW AND DIFFUSION 66 2.3.4 SOIL SOLUTION 71 2.3.5 INTENSITY, QUANTITY AND BUFFER POWER 74 2.3.6 ROOT GROWTH AND MORPHOLOGY 78 2.3.7 THE RHIZOSPHERE AND ROOT EXUDATION 84 2.3.8 MYCORRHIZA 88 2.4 DETERMINATION OF NUTRIENT AVAILABLITY 92 2.4.1 GENERAL 92 2.4.2 SOIL SAMPLING AND INTERPRETATION OF SOIL TESTS 93 2.4.3 ESTIMATION OF CATIONS 94 2.4.4 ESTIMATION OF PHOSPHATES 95 2.4.5 TRACER TECHNIQUES 96 VI 2.4.6 ELECTRO-ULTRAFILTRATION TECHNIQUE (EUF TECHNIQUE) 98 2.4.7 ESTIMATION OF AVAILABLE NITROGEN 100 2.4.8 LEAF ANALYSIS, PLANT ANALYSIS AND TISSUE ANALYSIS 103 2.4.9 MICROBIOLOGICAL METHODS 110 CHAPTER 3 NUTRIENT UPTAKE AND ASSIMILATION 111 3.1 ION UPTAKE AND IONIC STATUS OF PLANTS 111 3.1.1 GENERAL 111 3.1.2 THE PLANT CELL 112 3.1.3 MEMBRANES 114 3.1.4 ION PUMPS, ELECTROCHEMICAL POTENTIALS, AND ION CHANNELS 118 3.1.5 MECHANISMS OF MEMBRANE TRANSPORT 126 3.1.6 COMPARTMENTATION OF IONS IN PLANT CELLS 128 3.1.7 CATION/ANION BALANCE AND ION ANTAGONISM 130 3.1.8 RELATIONSHIP BETWEEN UPTAKE RATE AND THE ION CONCENTRATION IN THE NUTRIENT SOLUTION 135 3.2 PHOTOSYNTHESIS AND CO 2 ASSIMILATION 136 3.2.1 GENERAL 136 3.2.2 LIGHT ABSORPTION AND ELECTRON FLOW 137 3.2.3 PHOTOPHOSPHORYLATION 145 3.2.4 CO 2 ASSIMILATION AND THE CALVIN CYCLE 147 3.2.5 PHOTORESPIRATION AND THE GLYCOLLATE PATHWAY 150 3.2.6 C 4 PATHWAY 153 3.2.7 CRASSULACEAN ACID METABOLISM 160 3.3 NITROGEN AND SULPHUR ASSIMILATION 161 3.3.1 GENERAL 161 3.3.2 NITRATE AND NITRITE REDUCTION 162 3.3.3 NITROGEN FIXATION 168 3.3.4 AMMONIA ASSIMILATION 173 3.3.5 AMINO ACIDS AND AMIDES 175 3.3.6 SULPHUR ASSIMILATION 177 CHAPTER 4 PLANT WATER RELATIONSHIPS 181 4.1 BASIC PROCESSES IN PLANT WATER RELATIONSHIPS 181 4.1.1 GENERAL 181 4.1.2 WATER POTENTIAL 181 4.1.3 OSMOSIS 185 4.1.4 BULK FLOW OF WATER 189 4.2 WATER BALANCE 189 VLL 4.2.1 GENERAL 189 4.2.2 SOIL-PLANT-WATER RELATIONSHIPS 190 4.2.3 WATER AND SOLUTE UPTAKE BY ROOTS AND THEIR CENTRIPETAL MOVEMENT 191 4.2.4 WATER RELEASE INTO THE XYLEM VESSELS 196 4.2.5 ROOT PRESSURE 199 4.2.6 TRANSPIRATION AND WATER MOVEMENT IN THE XYLEM 199 4.2.7 STOMATAL OPENING AND CLOSURE 203 4.3 LONG DISTANCE TRANSPORT OF MINERAL NUTRIENTS 206 4.3.1 GENERAL 206 4.3.2 XYLEM TRANSPORT 207 4.3.3 CYCLING AND RECYCLING OF MINERAL NUTRIENTS BETWEEN PHLOEM AND XYLEM TRANSPORT 210 4.3.4 REDISTRIBUTION OF MINERAL NUTRIENTS IN THE PHLOEM 214 4.4. PHYSIOLOGICAL ASPECTS OF DROUGHT STRESS 215 4.4.1 GENERAL 215 4.4.2 INTERDEPENDENCE OF THE PARAMETER OF LEAF WATER POTENTIAL 218 4.4.3 PHYSIOLOGICAL PROCESSES AND PARAMETERS AFFECTED BY DROUGHT STRESS IN PLANTS 218 4.5 PRACTICAL ASPECTS OF DROUGHT STRESS 229 4.5.1 WATER POTENTIAL VALUES AND IRRIGATION - 229 4.5.2 TRANSPIRAION AND CROP YEALD 230 4.6 SALINITY 232 4.6.1 GENERAL 232 4.6.2 WATER AND SALT STRESS EFFECTS OF SALINITY IN CROP PLANTS 234 4.6.3 SALT TOLERANCE 237 4.6.4 CROP PRODUCTION 240 CHAPTER 5 PLANT GROWTH AND CROP PRODUCTION 243 5.1 PHYSIOLOGICAL SOURCE AND SINK RELATIONSHIPS 243 5.1.1 GENERAL 243 5.1.2 ASSIMILATE PRODUCTION AND CELLULAR PARTITONING IN THE PHYSIOLOGICAL SOURCE 243 5.1.3 ASSIMILATE TRANSPORT AND PHLOEM LOADING IN THE PHYSIOLOGICAL SOURCE 247 5.1.4 PHLOEM TISSUE 250 5.1.5 MECHANISM OF PHLOEM TRANSPORT 253 5.1.6 PHLOEM UNLOADING AND ASSIMILATE MOVEMENT INTO THE PHYSIOLOGICAL SINK 254 5.1.7 STORAGE PROCESSES IN PHYSIOLOGICAL SINKS 256 5.1.8 ASSIMILATE PARTITIONING BETWEEN PHYSIOLOGICAL SOURCE AND SINK 259 5.2 ESSENTIAL GROWTH STAGES AND YIELD COMPONENTS 263 5.2.1 GENERAL 263 5.2.2 PHYTOHORMONES 265 VLLL 5.2.3 GROWTH RATE AND NUTRIENT SUPPLY 276 5.2.4 GRAIN CROPS 278 5.2.5 ROOT CROPS 286 5.2.6 FRUIT CROPS 291 5.2.7 GROWTH REGULATORS 293 5.3 NUTRITION AND YIELD RESPONSE 296 5.3.1 GENERAL 296 5.3.2 NET ASSIMILATIO RATE AND LEAF AREA INDEX 297 5.3.3 CARBON DIOXIDE ASSIMIALTION, CO 2 CONCENTRATION, AND LIGHT INTENSITY 300 5.3.4 YIELD CURVES 305 5.3.5 MODELLING SOIL/PLANT RELATIONSHIPS AND CROP PRODUCTION PROCESSES 312 5.4 NUTRITION AND PLANT QUALITY 317 5.4:1 GENERAL 317 5.4.2 ROOT CROPS 318 5.4.3 GRAIN CROPS 320 5.4.4 OIL CROPS 324 5.4.5 FORAGE CROPS 325 5.4.6 VEGETABLES AND FRUITS 329 CHAPTER 6 FERTILIZER APPLICATION 337 6.1 NUTRIENT CYCLING 337 6.1.1 GENERAL 337 6.1.2 NUTRIENT REMOVAL BY CROPS 339 6.1.3 NUTRIENT REMOVOL BY LEACHING 342 6.1.4 VOLATILIZATION AND DENITRIFICATION 347 6.1.5 EROSION 351 6.1.6 NUTRIENT SUPPLY BY PRECIPITATION AND ATMOSPHERE 352 6.2 MINERAL FERTILIZERS, MANURES AND FERTILIZATION TECHNIQUES 354 6.2.1 MINERAL FERTILIZERS 354 6.2.2 ORGANIC MANURES AND CROP RESIDUES 355 6.2.3 LIQUID FERTILIZERS 362 6.2.4 CONTROLLED-RELEASE FERTILIZERS 364 6.2.5 TECHNIQUES OF APPLICATION , 366 6.2.6 FOLIAR APPLICATION 367 6.2.7 NUTRIENT RATIOS AND RECOMMENDATIONS 369 6.2.8 HYDROPONICS SOILLESS CULTIVATION AND FERTIGATION 373 6.3 GENERAL ASPECTS OF FERTILIZER APPLICATION 378 6.3.1 FERTILIZER USE AND AGRICULTURAL PRODUCTION 378 6.3.2 FERTILIZER APPLICATION AND ENERGY CONSUMPTION 382 6.3.3 FERTILIZER APPLICATION AND THE ENVIRONMENT 383 IX CHAPTER 7 NITROGEN 397 7.1 NITROGEN IN THE SOIL AND ITS AVAILABILITY 397 7.1.1 GENERAL ASPECTS 397 7.1.2 BIOLOGICAL NITROGEN FIXATION 397 7.1.3 THE AGRONOMIC IMPORTANCE OF BIOLOGICAL DINITROGEN FIXATION 406 7.1.4 AMMONIFICATION AND NITRIFICATION 408 7.1.5 NITRIFICATION INHIBITORS 414 7.1.6 AMMONIUM FIXATION 416 7.1.7 NITROGEN OF THE SOIL SOLUTION 418 7.2 NITROGEN IN PHYSIOLOGY 418 7.2.1 GENERAL 418 7.2.2 UPTAKE 419 7.2.3 NITROGEN FRACTIONS 424 7.2.4 TRANSLOCATION 425 7.2.5 NITROGEN DEFICIENCY SYMPTOMS 426 7.3 NITROGEN FERTILIZER APPLICATION AND CROP PRODUCTION 427 7.3.1 GENERAL 427 7.3.2 RESPONSE TO NITROGEN APPLICATION 427 7.3.3 NITROGEN FERTILIZER APPLICATION RATES 430 7.3.4 NITROGEN FERTILIZERS 431 CHAPTER 8 SULPHUR 435 8.1 SOIL SULPHUR 435 8.2 SULPHUR IN PHYSIOLOGY 438 8.2.1 UPTAKE AND TRANSLOCATION 438 8.2.2 METABOLIC FUNCTIONS OF SULPHUR 439 8.2.3 SULPHUR DEFICIENCY AND TOXICITY 447 8.3 SULPHUR IN CROP NUTRITION 448 8.3.1 SULPHUR BALANCE 448 8.3.2 SULPHUR APPLICATION 450 CHAPTER 9 PHOSPHORUS 453 9.1 SOIL PHOSPHORUS 453 9.1.1 PHOSPHORUS FRACTIONS AND PHOSPHATE MINERALS 453 9.1.2 PHOSPHORUS IN SOLUTION AND PLANT ROOT INTERACTIONS 460 9.2 PHOSPHORUS IN PHYSIOLOY 464 9.2.1 ABSORPTION AND TRANSLOCATION 464 9.2.2 PHOSPHATE FRACTIONS AND METABOLIC FUNCTIONS 465 9.2.3 PHOSPHORUS DEFICIENCY 469 9.3 PHOSPHORUS IN CROP NUTRITION 470 9.3.1 PHOSPHORUS AVAILABILITY AND CROP REQUIREMEUTS 470 9.3.2 PHOSPHATE FERTILIZERS 473 9.3.3 PHOSPHATE APPLICATION 477 CHAPTER 10 POTASSIUM . 481 10.1 SOIL POTASSIUM 481 10.1.1 POTASSIUM MINERALS AND POTASSIUM RELEASE 481 10.1.2 POTASSIUM FIXATION 484 10.1.3 POTASSIUM ADSORPTION AND MOBILITY 485 10.1.4 POTASSIUM FRACTIONS 486 10.2 POTASSIUM IN PHYSIOLOGY 489 10.2.1 UPTAKE AND TRANSLOCATION / 489 10.2.2 MERISTEMATIC GROWTH 493 10.2.3 WATER REGIME 494 10.2.4 PHOTOSYNTHESIS AND TRANSLOCATION OF PHOTOSYNTHATES 496 10.2.5 -ENZYME ACTIVATION 498 10.2.6 REPLACEMENT OF POTASSIUM BY SODIUM 501 10.2.7 POTASSIUM DEFICIENCY 503 10.3 POTASSIUM IN CROP NUTRITION 504 10.3.1 CROP REQUIREMENTS AND RESPONSE 504 10.3.2 DEFICIENT SOILS AND FIXATION 507 10.3.3 DISEASE 508 10.3.4 FERTILIZERS AND APPLICATION 509 CHAPTER 11 CALCIUM 513 11.1 SOIL CALCIUM 513 11.1.1 OCCURENCE IN SOILS, WEATHERING AND LEACHING 513 11.1.2 ECOLOGICAL ASPECTS 517 11.2 CALCIUM IN PHYSIOLOGY 519 11.2.1 UPTAKE AND TRANSLOCATION 519 11.2.2 CALCIUM FORMS AND CONTENTS 523 11.2.3 BIOCHEMICAL FUNCTIONS 527 11.2.4 CALCIUM DEFICIENCY AND DISORDERS 531 11.2.5 STRONTIUM 533 11.3 LIMING AND CALCIUM IN CROP NUTRITION 533 11.3.1 THE PH EFFECT AND THE CALCIUM EFFECT 533 XI 11.3.2 LIMING MATERIALS 537 11.3.3 LIME APPLICATION AND REACTION IN THE SOIL 538 CHAPTER 12 MAGNESIUM 541 12.1 SOIL MAGNESIUM 541 12.2 MAGNESIUM IN PHYSIOLOGY 542 12.2.1 UPTAKE AND TRANSLOCATION 542 12.2.2 BIOCHEMICAL FUNCTIONS 544 12.2.3 MAGNESIUM DEFICIENCY 546 12.3 MAGNESIUM IN CROP NUTRITION 548 12.3.1 CROP REQUIREMENTS AND CRITICAL LEVELS 548 12.3.2 MAGNESIUM FERTILIZERS 551 CHAPTER 13 IRON 553 13.1 SOIL IRON 553 13.2 IRON IN PHYSIOLOGY 556 13.2.1 UPTAKE AND TRANSLOCATION 556 13.2.2 BIOCHEMICAL FUNCTIONS 560 13.3 IRON IN CROP NUTRITION 565 13.3.1 IRON AVAILABILITY 565 13.3.2 LIME INDUCED CHLOROSIS 566 13.3.3 IRON APPLICATION 570 CHAPTER 14 MANGANESE 573 14.1 SOIL MANGANESE 573 14.2 MANGANESE IN PHYSIOLOGY 576 14.2.1 UPTAKE AND TRANSLOCATION 576 14.2.2 BIOCHEMICAL FUNCTIONS 577 14.2.3 DEFICIENCY AND TOXICITY 578 14.3 MANGANESE IN CROP NUTRITION 581 XII CHAPTER ZINC 15.1 15.2 15.2.1 15.2.2 15.2.3 15.2.4 15.3 15.3.1 15.3.2 CHAPTER COPPER 16.1 16.2 16.2.1 16.2.2 16.2.3 16.3 16.3.1 16.3.2 CHAPTER 15 SOIL ZINC ZINC IN PHYSIOLOGY UPTAKE AND TRANSLOCATION BIOCHEMICAL FUNCTIONS ZINC DEFICIENCY ZINC TOXICITY AND TOLERANCE ZINC IN CROP NUTRITION CROP REQUIREMENT AND AVAILABILITY ZINC APPLICATION 16 SOIL COPPER COPPER IN PHYSIOLOGY UPTAKE AND TRANSLOCATION BIOCHEMICAL FUNCTIONS COPPER DEFICIENCY AND TOXICITY COPPER IN CROP NUTRITION CROP REQUIREMENT AND AVAILABILITY COPPER APPLICATION 17 MOLYBDENUM 17.1 17.2 17.3 CHAPTER BORON 18.1 18.2 18.2.1 18.2.2 18.2.3 18.2.4 18.2.5 SOIL MOLYBDENUM MOLYBDENUM IN PHYSIOLOGY MOLYBDENUM IN CROP NUTRITION 18 SOIL BORON BORON IN PHYSIOLOGY UPTAKE AND TRANSLOCATION GENERAL ASPECTS OF BORON IN PHYSIOLOGY AND METABOLISM CELL WALLS MEMBRANE FUNCTION OTHER ASPECTS OF B IN BIOCHEMISTRY AND NUTRITION 585 585 586 586 588 591 592 593 593 596 599 599 601 601 602 605 607 607 608 613 613 614 618 621 621 624 624 627 627 628 629 XLLL 18.2.6 BORON DEFICIENCY 631 18.3 BORON IN CROP NUTRITION . 633 18.3.1 AVAILABILITY AND BORON APPLICATION 633 18.3.2 CROP REQUIREMENT 635 18.3.3 BORON TOXICITY 637 CHAPTER 19 FURTHER ELEMENTS OF IMPORTANCE 639 639 643 649 654 657 657 658 658 659 662 664 665 668 670 675 695 807 19.1 19.2 19.3 19.4 CHLORINE SILICON COBALT VANADIUM CHAPTER 20 ELEMENTS WITH MORE TOXIC EFFECTS 20.1 20.2 20.3 20.4 20.5 20.6 20.7 20.8 20.9 IODINE BROMINE FLUORINE ALUMINIUM NICKEL CHROMIUM SELENIUM LEAD CADMIUM AND FURTHER HEAVY METALS GENERAL READINGS REFERENCES INDEX
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discipline	Biologie Agrarwissenschaft Agrar-/Forst-/Ernährungs-/Haushaltswissenschaft / Gartenbau Pflanzenbau
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owner_facet	DE-703 DE-M49 DE-BY-TUM DE-1028 DE-634 DE-11 DE-20
physical	XVI, 849 S. Ill., graph. Darst.
publishDate	2001
publishDateSearch	2001
publishDateSort	2001
publisher	Kluwer Acad. Publ.
record_format	marc
spelling	Principles of plant nutrition by Konrad Mengel ... 5. ed. Dordrecht [u.a.] Kluwer Acad. Publ. 2001 XVI, 849 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Nutrição larpcal Plantas larpcal Plants Nutrition Pflanzenernährung (DE-588)4133962-9 gnd rswk-swf 1\p (DE-588)4151278-9 Einführung gnd-content Pflanzenernährung (DE-588)4133962-9 s DE-604 Mengel, Konrad 1929-2012 Sonstige (DE-588)1108301983 oth HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010000280&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Principles of plant nutrition Nutrição larpcal Plantas larpcal Plants Nutrition Pflanzenernährung (DE-588)4133962-9 gnd
subject_GND	(DE-588)4133962-9 (DE-588)4151278-9
title	Principles of plant nutrition
title_auth	Principles of plant nutrition
title_exact_search	Principles of plant nutrition
title_full	Principles of plant nutrition by Konrad Mengel ...
title_fullStr	Principles of plant nutrition by Konrad Mengel ...
title_full_unstemmed	Principles of plant nutrition by Konrad Mengel ...
title_short	Principles of plant nutrition
title_sort	principles of plant nutrition
topic	Nutrição larpcal Plantas larpcal Plants Nutrition Pflanzenernährung (DE-588)4133962-9 gnd
topic_facet	Nutrição Plantas Plants Nutrition Pflanzenernährung Einführung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010000280&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT mengelkonrad principlesofplantnutrition

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