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E-grāmata: Relationships of Natural Enemies and Non-prey Foods

  • Formāts: PDF+DRM
  • Sērija : Progress in Biological Control 7
  • Izdošanas datums: 26-Feb-2009
  • Izdevniecība: Springer-Verlag New York Inc.
  • Valoda: eng
  • ISBN-13: 9781402092350
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  • Formāts: PDF+DRM
  • Sērija : Progress in Biological Control 7
  • Izdošanas datums: 26-Feb-2009
  • Izdevniecība: Springer-Verlag New York Inc.
  • Valoda: eng
  • ISBN-13: 9781402092350
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Feeding on Non-Prey Resources by Natural Enemies Moshe Coll Reports on the consumption of non-prey food sources, particularly plant materials, by predators and parasitoids are common throughout the literature (reviewed recently by Naranjo and Gibson 1996, Coll 1998a, Coll and Guershon, 2002). Predators belonging to a variety of orders and families are known to feed on pollen and nectar, and adult parasitoids acquire nutrients from honeydew and floral and extrafloral nectar. A recent publication by Wäckers et al. (2005) discusses the p- visioning of plant resources to natural enemies from the perspective of the plant, exploring the evolutionary possibility that plants enhance their defenses by recru- ing enemies to food sources. The present volume, in contrast, presents primarily the enemies perspective, and as such is the first comprehensive review of the nut- tional importance of non-prey foods for insect predators and parasitoids. Although the ecological significance of feeding on non-prey foods has long been underappreciated, attempts have been made to manipulate nectar and pollen ava- ability in crop fields in order to enhance levels of biological pest control by natural enemies (van Emden, 1965; Hagen, 1986; Coll, 1998a). The importance of n- prey foods for the management of pest populations is also discussed in the book.

Recenzijas

From the reviews:

"This work focuses on the role of non-prey nutritional resources with the worthy goal of improving the understanding and use of natural enemies. Lundgren presents the nature and importance of glucophagy, pollinivory, granivory, and mycophagy to natural enemies, followed by an extensive discussion of applications, including diet supplementation strategies, compatibility with genetically modified plants, and biological control of weed seeds. Includes taxonomic and subject indexes. Summing Up: Highly recommended. Upper-division undergraduate through professional collections." (M. K. Harris, Choice, Vol. 47 (2), October, 2009)

This book would be useful for advanced undergraduates, graduate students, and researchers with an interest in biological control natural enemy biology food web dynamics, nutritional ecology, or plant-insect interactions. serve as a valuable reference tool. The book clearly succeeds in providing a comprehensive overview of the field. Relationships of Natural Enemies of Non Prey Foods is a must read for those involved with biological control and arthropod pest management in general. (Ian Kaplan, American Entomologist, Summer, 2011)

Progress in Biological Control vii
Foreword ix
Preface xxv
Acknowledgements xxvii
1 The Functions of Non-Prey Foods in the Diets of Entomophagous Species 1
1.1 The Non-Prey Foods of Entomophagous Arthropods
2
1.2 The Functions Served by Non-Prey Foods
3
1.2.1 Dispersal
4
1.2.2 Reproduction
5
1.2.3 Other Roles of Non-Prey Foods in Natural Enemy Ecology
12
1.3 Closing the Introduction; Opening the Rest of the Book
14
Section I Glucophagy
1.1 Interclass Differences in Sugar Sources
19
2 The Sugar Feeders
23
2.1 Predators
23
2.1.1 Arachnida: Araneae
23
2.1.2 Arachnida: Acari
26
2.1.3 Heteroptera
27
2.1.4 Coleoptera: Coccinellidae
28
2.1.5 Neuroptera: Chrysopidae
30
2.1.6 Diptera: Syrphidae
32
2.1.7 Hymenoptera: Formicidae
34
2.2 Parasitoids
37
2.2.1 Parasitoid Diptera
37
2.2.2 Parasitoid Hymenoptera
39
2.3 Conclusions
42
3 Floral Nectar
45
3.1 Structure of Floral Nectaries
45
3.2 Nutrition and Chemistry of Floral Nectar
46
3.3 Factors That Influence the Production and Nutrition of Nectar
48
3.4 The Plant-Protective Benefits of Floral Nectar
52
3.5 Cost of Nectar Production
54
3.6 Defenses of Floral Nectar
55
3.6.1 Architectural Defenses Guarding Floral Nectar
55
3.6.2 Chemical Defenses of Floral Nectar
56
3.7 Conclusions
58
4 Extrafloral Nectar
61
4.1 Phylogenetic and Geographical Trends
61
4.2 Physiology and Nutritional Composition of EFN
62
4.3 Protective Benefits of EFNs
64
4.4 Temporal Occurrence of EFN
66
4.5 Regulation of EFN Production
68
4.6 Conclusion
71
5 Honeydew
73
5.1 Nutritional Value of Honeydew
73
5.2 Factors That Influence Honeydew Production
75
5.3 Honeydew in Mutualistic Interactions
76
5.3.1 Honeydew-Guarding Ants
76
5.3.2 Antinutrient Properties of Honeydew
79
5.4 The Downside of Honeydew: Its Kairomone Effects
79
5.5 Conclusion
83
Section II Pollinivory
6 The Pollen Feeders
87
6.1 Predators
87
6.1.1 Arachnida: Araneae
87
6.1.2 Arachnida: Acari
88
6.1.3 Coleoptera: Carabidae
94
6.1.4 Coleoptera: Coccinellidae
108
6.1.5 Neuroptera: Chrysopidae
109
6.1.6 Heteroptera
110
6.1.7 Diptera: Syrphidae
111
6.1.8 Hymenoptera: Formicidae
112
6.1.9 Mantodea: Mantidae
112
6.2 Parasitoids
112
6.2.1 Diptera
113
6.2.2 Hymenoptera
114
6.3 Conclusions
115
7 Adaptations to Pollen feeding
117
7.1 The Pollen-Feeding Process in Entomophages
117
7.2 Sensory Adaptations for Detecting Pollen
118
7.2.1 Vision
118
7.2.2 Chemical Cues
120
7.3 Morphological Adaptations
121
7.3.1 Setae
121
7.3.2 Mouthparts
121
7.3.3 Internal Anatomy
122
7.4 Adaptations to Digesting the Nutrients of Pollen
123
7.4.1 Enzymatic Adaptations to Digesting Pollen
123
7.4.2 Other Strategies for Digesting Pollen
124
7.5 Conclusion
126
8 Pollen Nutrition and Defense
127
8.1 Nutrition
127
8.1.1 Carbohydrates
130
8.1.2 Proteins
130
8.1.3 Lipids
131
8.1.4 Vitamins
132
8.1.5 Inorganic Minerals
133
8.2 Defense
133
8.2.1 Floral Morphology
134
8.2.2 Structural Defenses
134
8.2.3 Antinutritive Qualities
136
8.2.4 Toxic Pollens
137
8.3 Conclusions
138
Section III Granivory
9 The Seed Feeders
143
9.1 Carabidae
143
9.1.1 Adult Feeding Behavior
156
9.1.2 Granivory by Larvae
158
9.2 Formicidae
161
9.2.1 Harvester Ants
162
9.3 Gryllidae
164
9.4 Conclusions
165
10 Adaptations to Granivory
167
10.1 Morphological Adaptations to Seed Feeding
167
10.1.1 Adaptations in Adult Granivores
168
10.1.2 Adaptations in Larval Granivores
172
10.2 Seed Feeding Techniques...
174
10.2.1 Seed Consumption Behavior
174
10.2.2 Internalizing the Seed
175
10.2.3 Digestive Enzymes
176
10.3 Seed Digestion in Harvester Ants
177
10.3.1 Nutrient Dissemination in Ant Colonies
177
10.3.2 Colony-Level Digestion of Seeds
178
10.4 Conclusions
180
11 Seed Nutrition and Defense
183
11.1 Seed Nutrition
184
11.1.1 Carbohydrates
186
11.1.2 Proteins
187
11.1.3 Lipids
188
11.1.4 Minerals
189
11.1.5 Vitamins
190
11.1.6 Water
191
11.1.7 Caloric Content
191
11.2 Seed Defense
191
11.2.1 Seed Size
192
11.2.2 Mechanical Defenses of the Seed
194
11.2.3 External Structures
194
11.2.4 Seed Covering
198
11.2.5 Seed Chemistry
200
11.2.6 Mucilaginous Secretions
207
11.3 Conclusions
209
12 Seed-Associated Food Bodies
211
12.1 Diversity of Plants that Produce Seed-Associated Food Bodies
214
12.2 Physical Characteristics of Food Bodies
215
12.3 Chemical Composition of Food Bodies
216
12.4 Diplochory and Seed Cleaning
218
12.5 Ants
219
12.6 Other Entomophagous Insects
222
12.7 Ants as Dispersal Agents
224
12.7.1 Ant-Treated Seeds
224
12.7.2 Escaping Seed Mortality
225
12.7.3 Avoiding Competition
226
12.7.4 Providing Favorable Germination Sites
226
12.8 Invasive Species and Myrmecochorous Plants
227
12.9 Conclusions
228
13 Seed Preferences of Natural Enemies
229
13.1 Sensory Cues Involved in Seed Selection
229
13.2 Seed Traits Influencing Seed Selection
231
13.2.1 Seed Size
231
13.2.2 External Features
234
13.2.3 Seed Covering
234
13.2.4 Nutrition
235
13.2.5 Seed Viability
235
13.2.6 Grass Versus Broadleaf Species
236
13.3 The Dynamics of Preferences
236
13.4 Conclusions
237
Section IV Fungi and Microorganisms
IV.1 Fungi as Food for Arthropods
239
IV.2 Symbioses
241
14 Mycophagy
243
14.1 Fungi as Food for Natural Enemies
243
14.1.1 Water Content
244
14.1.2 Carbohydrates
244
14.1.3 Proteins
244
14.1.4 Lipids
245
14.1.5 Vitamins and Minerals
245
14.1.6 Defensive Properties of Fungi
246
14.2 When Mycophagy Benefits the Fungus
247
14.3 Mycophagous Taxa
247
14.3.1 Arachnida: Araneae
247
14.3.2 Arachnida: Acari
248
14.3.3 Coleoptera: Carabidae
248
14.3.4 Coleoptera: Coccinellidae
251
14.3.5 Coleoptera: Staphylinidae
253
14.3.6 Neuroptera: Chrysopidae
255
14.3.7 Heteroptera
256
14.3.8 Diptera
256
14.3.9 Parasitoid Hymenoptera
257
14.3.10 Formicidae
257
14.4 Conclusions
258
15 Symbioses with Microorganisms
259
15.1 Contaminated Non-Prey Foods
259
15.1.1 Endophytes and Seeds
259
15.1.2 Nectar and Yeasts
263
15.1.3 Sooty Molds and Honeydew
264
15.2 Nutritional Symbionts of Entomophagous Species
265
15.2.1 Physiological Adaptations to Symbioses in Insects
266
15.2.2 Nutritional Functions of Microbial Symbioses
267
15.2.3 Natural Enemies and Microorganism Associations
269
15.3 Conclusions
276
Section V Applied Aspects of Non-Prey Foods for Natural Enemies
16 Non-Prey Foods and Biological Control of Arthropods
279
16.1 Improving Biological Control of Arthropods Using Non-Prey Foods
279
16.1.1 Improving Natural Enemy Releases
279
16.1.2 Conservation Biological Control
282
16.2 Strategies for Incorporating Non-Prey Foods into Cropland
284
16.2.1 Land- and Farm-Scape Diversity as a Source of Non-Prey Foods
285
16.2.2 Integrating Vegetational Diversity Within Fields
287
16.2.3 Food Sprays
289
16.3 Complications with Utilizing Non-Prey Foods in Pest Management
298
16.3.1 Are Non-Prey Foods a Sink for Biological Control?
299
16.3.2 Caveats to Vegetational Diversity
303
16.3.3 Troubles with Food Sprays
304
16.3.4 Are Omnivorous Natural Enemies Pests?
305
16.4 Conclusion
306
17 Plant-Incorporated Pest Resistance and Natural Enemies
309
17.1 Host Plant Resistance
310
17.1.1 Nutritional Suitability of Resistant Plants to Natural Enemies
311
17.1.2 Intraspecific Variation in Synomone Production
312
17.1.3 Intraspecific Variation in Non-Prey Food Production
314
17.2 Systemic Insecticides
315
17.2.1 Systemic Insecticides in Non-Prey Foods
315
17.2.2 The Compatibility of Systemics and Natural Enemies
316
17.3 Insecticidal GM Crops
324
17.3.1 Transgenic Toxins in Non-Prey Foods
324
17.3.2 Bi-trophic Interactions of Natural Enemies and GM Crops
327
17.4 Conclusions
329
18 Biological Control of Weed Seeds in Agriculture Using Omnivorous Insects
333
18.1 Are Weed Seeds Limited?
336
18.1.1 Seed Production in Agriculture
336
18.1.2 Are Weeds Seed Limited?
337
18.2 Does Disturbance Associated with Crop Production Preclude Biological Control of Weed Seeds?
338
18.3 Is Biological and Habitat Diversity on Farms Sufficient to Support Biological Control of Weed Seeds?
339
18.3.1 The Effects of Landscape Diversity
339
18.3.2 Farm Practices that Promote Granivores
340
18.3.3 Community Interactions Among Granivores
342
18.4 Do Granivores Respond Positively to Increasing Seed Densities?
343
18.5 Characteristics of a Good Weed Seed Biological Control Agent
345
18.5.1 Traits of Biological Control Agents
345
18.6 Seed Burial
349
18.7 Conclusions: How Can Biological Control of Weed Seeds Be Promoted?
350
19 Conclusions and the Relative Quality of Non-Prey Foods for Natural Enemies
353
19.1 The Nutritional and Energetic Qualities of Prey and Non-Prey Foods
353
19.2 Relative Conservation Benefits of Different Non-Prey Foods
358
19.2.1 Re-evaluating Flower-Bound Resources
358
19.2.2 Attributes of Alternative Non-Prey Foods
359
19.3 Adaptations that Fuel Omnivory
361
19.4 Applied Aspects of Omnivory – Complexity Within Multi-trophic Interactions
363
19.5 Concluding Remarks
364
References 365
Taxonomic Index 435
Subject Index 449