Weed ecology: implications for management
Gespeichert in:
Hauptverfasser: | , , |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
New York [u.a.]
Wiley
1997
|
Ausgabe: | 2. ed. |
Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | Später u.d.T.: Radosevich, Steven R.: Ecology of weeds and invasive plants |
Beschreibung: | XVI, 589 S. Ill., graph. Darst., Kt. |
ISBN: | 0471116068 |
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245 | 1 | 0 | |a Weed ecology |b implications for management |c Steven Radosevich ; Jodie Holt ; Claudio Ghersa |
250 | |a 2. ed. | ||
264 | 1 | |a New York [u.a.] |b Wiley |c 1997 | |
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650 | 7 | |a Plantas daninhas |2 larpcal | |
650 | 4 | |a Ökologie | |
650 | 4 | |a Weeds |x Control | |
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Datensatz im Suchindex
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adam_text | WEED ECOLOGY
Implications for Management
Second Edition
Steven Radosevich
Oregon State University
Jodie Holt
University of California, Riverside
Claudio Ghersa
Universidad de Buenos Aires
John Wiley amp; Sons, Inc
New York • Chichester • Weinheim • Brisbane • Singapore • Toronto
Contents
Preface x v
PART I : Introduction 1
CHAPTER1: Weeds and Weed Science 3
Weeds 3
Definitions of Weeds 5
Weed Classification 7
Botanical (taxonomic) classification 7
Classification by life history 10
Classification by habitat 12
Physiological classification 12
Classification according to undesirability 15
Classification by evolutionary strategy 16
Weeds as a Product of Human Activity 20
Weeds on agricultural land 20
Weeds in forests 24
Weeds in range lands 27
Weeds in Production Systems 31
Weed Science 3 3
History of Weed Science 33
Recent Directions in Weed Science 34
Disciplinary Composition and Activities of Weed Science 35
vi Contents
Weed control technology
Weed biology
Weed science in a social context
Summary
1AFTER2: Principles of Weed Ecology
Environment
Scale
Scale and Ecological Systems
Scale in Agroecosystems
Weeds as a component of complex ecological and
human systems
Community Differentiation
Succession
Mechanisms of Succession
Succession in Agriculture
Niche Differentiation
Patterns of Evolutionary Development
r and K Selection
C, R, and S Selection
Plant Demography and Population Dynamics
Selection
Fitness
Summary
PARTII: Weed Biology 67
CHAPTER3: Genetics and Evolution of Weeds 69
Relationship of Genetic and Phenotypic Variation to Weed Management 70
Individual Selection 70
Breeding Systems of Weeds 71
Sexual Reproduction 71
Influence of polyploidy 73
Vegetative Reproduction 75
Types of vegetative reproduction 75
The bud reserve 76
Occurrence of vegetative propagation 77
Advantages of vegetative reproduction 78
Weeds as Strategists 79
Competitive Ruderals 79
Stress-Tolerant Competitors 81
Influence of Humans on Weed Evolution 82
Weeds, Domesticates, and Wild Plants 82
Crop Mimics 83
Contents vii
Shifts in Weed Species Composition : 86
Impacts of Weed Control on Weeds 89
Species shifts associated with herbicides 90
Herbicide resistance 93
Implications of herbicide resistance evolution
to weed management 95
Possible prevention and management of herbicide resistance 98
Herbicide Resistant Crops 100
Summary 1 0 2
CHAPTER 4 : Weed Demography and Population Dynamics 103
Principles of Plant Demographics 103
Natality, Mortality, Immigration, and Emigration 104
Life Tables 105
Modular Growth 107
Models of Plant Population Dynamics 108
Models based on difference equations 108
Transition matrices 112
Weed Seed Dynamics 114
Seed Dispersal through Space _ 115
Agents of seed dispersal 117
Weed Seed Banks 123
Entry of seed into soil 124
Longevity of seed in soil 125
Density and composition of seed banks 129
fate of seed in soil 133
Weed occurrence in relation to seed banks 137
Dormancy: Dispersal Through Time 138
Descriptions of seed dormancy 138
Using seed dormancy to manage weed populations 144
Seedling Recruitment: Germination and Establishment 148
Seed Germination 149
Light requirement for germination 150
Safe sites 154
Nature of Weed Infestations 156
Prediction and Management Using Models of
Weed Reproduction, Dispersal, and Survival 158
Predictions of changes in weed abundance in fields 159
Summary 1 6 1
K CHAPTER 5 : Associations of Weeds and Crops 163
Neighbors 163
Interference 1 6 4
Effect and Response 165
viii Contents
V Competition versus Other Types of Interference 167
Modifiers of Interference 169
Concept of space 169
Density 169
Species proportion 179
Spatial arrangement 179
Methods of Studying Competition 180
Additive Experiments 181
Substitutive Experiments 181
Replacement series 184
Nelder designs 186
Mechanical diallel experiments 188
Systematic Experiments 188
Addition series and additive series 190
Neighborhood Experiments 191
Responses of Crops and Weeds to Competition 194
Intensity of Competition 194
Importance of Competition 198
Competition in Mixed Cropping Systems 199
Thresholds of Competition 2 0 1
Density/Biomass Thresholds 202
Critical Period Thresholds 204
Models Using Weed Thresholds 207
Examples of weed management models 207
Factors to consider as weed management models
are developed 209
Economics of Weed Control: Whether to control weeds 2 1 0
Weed Response to Control Tools 210
Crop Response to Weeds 211
Value of Weed Control 211
Summary 215
CHAPTER6: Physiological Aspects of Competition 2 1 7
Resources and Conditions 2 1 7
Space Capture 219
Mechanisms of Competition 220
The Theories of Grime and Tilman 221
Plant Traits and Competition 221
Light 224
Light and Photosynthesis 224
Leaf area index 226
Effects of Light on Plant Growth a nd Development 229
Changing and transient light environments 231
Contents ix
Competition for Light
C3 versus C4 Photosynthesis
Q photosynthesis and competitiveness
Plant responses to CO2
Light Quality
Plant responses to quality of light
Water
Plant Water Relations
Effects of Water Stress on Plant Growth and Development
Root Function and Distribution
Soil moisture extraction by roots
Water Use Efficiency
Competition for Water
Nutrients
Effects of Soil Fertility on Plant Growth
Competition for Nutrients
Interactions of Nutrients with Other Resources and Plant Density 277
Plant Growth 278
Growth as a Unifying Concept 279
Plant Growth Analysis 280
Relative growth rate - 281
Other growth parameters 284
Approaches for calculating growth parameters 284
Relative Growth Rate of Weeds 285
Predictions of Weed/Crop Competition with Growth Analysis 287
Descriptive Models of Weed/Crop Interference 2 9 7
Summary 2 9 9
CHAPTER 7 : Other Types of Interference 302
Other Forms of Negative Interference 302
Allelopathy 302
Responses of plants to allelochemicals 306
Methods to study allelopathy 309
Microbially produced phytotoxins 311
Parasitism 313
Adaptations of parasitic weeds for dispersal and germination 313
Physiological characteristics of parasitic weeds • 316
Forms of Positive Interference 3 1 7
Commensalism 317
Protocooperation 318
Intercropping 319
Mutualism 323
Plant-fungal interactions 323
Contents
^ Nitrogen fixation 324
Advantages of mutualism 324
Facilitation 325
Weed Interactions with Other Organisms 326
Seed p reda tio n 327
Herbivory 328
Habitat Management 328
Summary 330
PARTIII: Technology of Weed Science 333
CHAPTER8: Methods and Tools of Weed Management 335
Prevention, Eradication, and Control 335
Influence of Weed Control on Crop and Weed Associations 336
Reductions in weed density 336
Alterations in species composition 336
Influence of Weed Control on Other Organisms 339
Tools Used for Weed Control 3 4 7
Physical Methods of Weed Control 3 4 7
Hand Pulling and Hoeing - 347
Fire 348
Flame 350
Tillage (Cultivation) 352
Suppression of seedling weeds by tillage 353
Suppression of perennial weeds by tillage 354
Mechanical equipment used for tillage 354
Problems with tillage 368
Alternatives to conventional tillage 370
Mowing and Shredding 372
Equipment used for weed mowing 372
Tools used for cutting and mowing weeds by hand 373
Chaining and Dredging 373
Flooding 375
Mulches and Solarization 375
Cultural Methods of Weed Control 3 7 7
Weed Prevention 377
Crop Rotation 378
Crop Competition 379
Living Mulches and Cover Crops 381
Harvesting 381
Biological Control: Using Natural Enemies to Suppress Weeds 382
Procedures for Developing Biological Control 382
Grazing 386
Contents xi
Mycoherbicides 386
Allelopathy 387
Chemical Control 388
Herbicides 388
Problems with herbicides 388
Timing and uses of herbicides 389
Principles for Weed Management Systems 3 9 0
Summary 394
CHAPTER 9 : Herbicide Use and Application 3 9 6
Herbicide Development as Commercial Products 396
Laws Governing Herbicide Registration and Use 398
Information on the herbicide label 398
Chemical Properties of Herbicides that Affect Use 4 0 0
Chemical Structure 400
Water Solubility and Polarity 403
Volatility 404
Formulations 404
Formulations for use as liquids 405
Dry herbicide formulations 407
Herbicide Classification 4 0 7
Classification Based on Chemical Structure 408
Herbicide nomenclature 408
Classification Based on Use 408
Soil-applied herbicides 411
Foliage-applied herbicides 411
So/7 residual herbicides 412
Soil fumigants All
Aquatic herbicides 412
Classification According to Biological Effect 412
Herbicide Symptoms and Selectivity 413
Symptoms of Herbicide Injury in Plants 413
Abnormal tissues and twisted plants 413
Disruption of cell division 414
Leaf chlorosis, necrosis, and albinism 414
Altered geotropic and phototropic responses 417
Reduced leaf waxes 417
Herbicide Selectivity 418
Plant factors 419
Chemical factors 423
Environmental factors 424
Herbicide Application « 425
Proper Herbicide Rate 426
xii Contents
Proper Herbicide Distribution
Liquid carriers
Solid carriers
Gaseous carriers
Adjuvants
Herbicide Application Equipment
Sprayers
Equipment for special applications
Sprayers for manual applications
Aircraft applications
Methods to Enhance Herbicide Effectiveness
Mechanical incorporation into soil
Sprinkler irrigation and rainfall incorporation
Application in irrigation water
Soil fumigation
Direct injection into soil
Summary
APTER10: Action and Fate of Herbicides
Herbicide Action
Herbicide Uptake by Plants
Foliar absorption
Entry through plant stems
Absorption from soil
Absorption by seeds and coleoptiles
Herbicide Movement in Plants
Herbicides with limited mobility
Herbicides that move in the symplast
Herbicides that move in the apoplast
Herbicides that move in both symplast and apoplast
Herbicide Transformation in Exposed Plants
Phases and types of herbicide transformations
Herbicide safeners
Biochemical Processes Inhibited by Herbicides:
Mechanisms of Action
Photosynthesis
Respiration
Cell division
Nucleic acid metabolism and protein synthesis
Membrane function
Fate of Herbicides in the Environment
Herbicide Movement in the Environment
Herbicide movement in air
Herbicides in Soil
Contents xiii
Characteristics of soil 477
Herbicide adsorption to soil 483
Herbicide movement with water 485
Herbicide Decomposition in the Environment 490
Photochemical decomposition 491
Chemical decomposition 493
Microbial decomposition 493
Summary 4 9 5
CHAPTER 11: Weed Control in a Social Context 4 9 7
Sodetal Aims and Individual Objectives 4 9 7
Weeds in Regional Context 498
Market-Driven Considerations 498
Social Conflicts and their Resolution 5 0 1
Who is the Public and What Do They Think? 502
Issue Education versus Resolution 503
Assessments of Social Gains or Losses from Weed Control 5 0 4
An Example of Cost-Benefit Analysis 505
Assessing Risk 506
Farmer Income, Employment, and Income Distribution from Weeding 5 0 8
Crop Production and Farmer Income 509
Labor, Employment, and Income Distribution 509
When herbicides might be used to increase income
and social welfare in developing countries 510
Shifting Patterns in Agriculture and Weed Management 5 1 1
Early Agroecosystems 511
Modern Agroecosystems 512
An example of deterioration 513
Weed occurrence and the deteriorating soil base 514
Role of Human Institutions in Modern Agroecosystems 515
Role of Value Systems in Agriculture and Natural Resource Management 5 1 5
The 2,4,5-T Controversy 516
A history of dispute 516
Lessons from the controversy 518
Atrazine Use and Water Quality 519
Methodology 519
Findings 521
Determination of risk 522
Herbicide-Resistant Crops 523
Technological concerns about HRCs 523
Biological concerns about HRCs 524
Ethical questions about HRCs o 525
Conclusions about HRCs and other agricultural
technologies 526
xiv Contents
Weed Management in Post-Industrial Society 5 2 7
Relationship of Agroecosystems to Weed Management 528
Summary 529
EPILOGUE: What Is a Weed? 5 3 1
References 535
APPENDIX1: An Example of a Demographic Model
Using Difference Equations 569
APPENDIX2: An Example Using a Matrix Model 5 7 1
Index 573
|
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discipline | Biologie Agrarwissenschaft Pflanzenbau |
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indexdate | 2024-07-09T18:06:34Z |
institution | BVB |
isbn | 0471116068 |
language | English |
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spelling | Radosevich, Steven R. Verfasser aut Weed ecology implications for management Steven Radosevich ; Jodie Holt ; Claudio Ghersa 2. ed. New York [u.a.] Wiley 1997 XVI, 589 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Später u.d.T.: Radosevich, Steven R.: Ecology of weeds and invasive plants Ecologia larpcal Plantas daninhas larpcal Ökologie Weeds Control Weeds Ecology Unkrautbekämpfung (DE-588)4061839-0 gnd rswk-swf Ökologie (DE-588)4043207-5 gnd rswk-swf Unkraut (DE-588)4061838-9 gnd rswk-swf Unkraut (DE-588)4061838-9 s Ökologie (DE-588)4043207-5 s DE-604 Unkrautbekämpfung (DE-588)4061839-0 s Holt, Jodie S. Verfasser aut Ghersa, Claudio Verfasser aut HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007552728&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Radosevich, Steven R. Holt, Jodie S. Ghersa, Claudio Weed ecology implications for management Ecologia larpcal Plantas daninhas larpcal Ökologie Weeds Control Weeds Ecology Unkrautbekämpfung (DE-588)4061839-0 gnd Ökologie (DE-588)4043207-5 gnd Unkraut (DE-588)4061838-9 gnd |
subject_GND | (DE-588)4061839-0 (DE-588)4043207-5 (DE-588)4061838-9 |
title | Weed ecology implications for management |
title_auth | Weed ecology implications for management |
title_exact_search | Weed ecology implications for management |
title_full | Weed ecology implications for management Steven Radosevich ; Jodie Holt ; Claudio Ghersa |
title_fullStr | Weed ecology implications for management Steven Radosevich ; Jodie Holt ; Claudio Ghersa |
title_full_unstemmed | Weed ecology implications for management Steven Radosevich ; Jodie Holt ; Claudio Ghersa |
title_short | Weed ecology |
title_sort | weed ecology implications for management |
title_sub | implications for management |
topic | Ecologia larpcal Plantas daninhas larpcal Ökologie Weeds Control Weeds Ecology Unkrautbekämpfung (DE-588)4061839-0 gnd Ökologie (DE-588)4043207-5 gnd Unkraut (DE-588)4061838-9 gnd |
topic_facet | Ecologia Plantas daninhas Ökologie Weeds Control Weeds Ecology Unkrautbekämpfung Unkraut |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007552728&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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