A. F. G. Dixon
Aphid Ecology An optimization approach (eBook, PDF)
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A. F. G. Dixon
Aphid Ecology An optimization approach (eBook, PDF)
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This second edition covers the evolution of aphids and their development in relation to specific plants, thoroughly revised and expanded since the first highly successful edition. Increasing knowledge of aphids has revealed that they are ideal organisms to use when studying many topical ecological issues.
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- Größe: 29.75MB
This second edition covers the evolution of aphids and their development in relation to specific plants, thoroughly revised and expanded since the first highly successful edition. Increasing knowledge of aphids has revealed that they are ideal organisms to use when studying many topical ecological issues.
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Produktdetails
- Produktdetails
- Verlag: Springer Netherlands
- Seitenzahl: 300
- Erscheinungstermin: 6. Dezember 2012
- Englisch
- ISBN-13: 9789401158688
- Artikelnr.: 43986296
- Verlag: Springer Netherlands
- Seitenzahl: 300
- Erscheinungstermin: 6. Dezember 2012
- Englisch
- ISBN-13: 9789401158688
- Artikelnr.: 43986296
1 Introduction.- 1.1 Distinguishing features of aphids.- 1.2 Origin of aphids.- 1.3 Host plant associations.- 1.4 Classification.- 1.5 Distribution.- 2 Feeding behaviour and food quality.- 2.1 Feeding behaviour.- 2.2 Food quality.- 2.3 Nitrogen metabolism.- 2.4 Symbionts.- 3 Host specificity and speciation.- 3.1 Proximate factors in host selection.- 3.2 Food quality.- 3.3 Evolution of host specificity.- 3.4 Speciation.- 4 Size.- 4.1 Size within a species.- 4.2 Optimum body size.- 4.3 Species size diversity.- 4.4 Geometrical similarity.- 4.5 Size of migrants.- 4.6 Reproduction.- 5 Resource tracking: mechanism - cyclical parthenogenesis.- 5.1 Telescoping of generations.- 5.2 Intra-clonal variation.- 5.3 Adaptability of aphid clones.- 5.4 Genetic structure.- 5.5 Sex.- 5.6 Why reproduce sexually?.- 5.7 Timing of sex.- 5.8 Sex ratios.- 5.9 Mate guarding.- 5.10 Why lay eggs?.- 6 Resource tracking: mechanism - polyphenism.- 6.1 Defence.- 6.2 Dispersal.- 6.3 Reproduction.- 6.4 Parthenogenetic reproduction.- 6.5 Sexual reproduction.- 6.6 Aestivation and hibernation.- 6.7 Ecological patterns.- 7 Resource tracking in time.- 7.1 Host alternation.- 7.2 The historical debate.- 7.3 Experimental evidence.- 7.4 Autoecious way of life.- 7.5 Generation-specific strategies.- 7.6 Habitat predictability and tactical diversity.- 7.7 Response to habitat quality.- 8 Resource tracking in space.- 8.1 Mechanisms.- 8.2 Timing.- 8.3 Distance travelled.- 8.4 Adaptive significance.- 9 Population dynamics.- 9.1 Dynamics of aerial populations.- 9.2 Intensive studies.- 9.3 Patterns.- 9.4 Processes.- 9.5 Natural enemies.- 9.6 Intraspecific differences in abundance.- 9.7 Interspecific differences in abundance.- 9.8 Abundance and global warming.- 9.9 Forecasting of pest aphid outbreaks.- 9.10 Spatialdynamics.- 10 Community structure and species diversity.- 10.1 Mutualism between plants and aphids.- 10.2 Aphids and plant growth.- 10.3 Aphids and the seeding of plants.- 10.4 Ants and plant fitness.- 10.5 Mutualism between aphids and ants.- 10.6 Endophyte-enhanced plant resistance to aphids.- 10.7 Energy and nutrient flow.- 10.8 Competition.- 10.9 Species diversity and plant architectural complexity.- 10.10 Size diversity.- 10.11 Distribution, abundance and variability.- 10.12 Rarity.- 10.13 Why are there so few species of aphids, especially in the tropics?.- 11 Epilogue.- References.
1 Introduction.- 1.1 Distinguishing features of aphids.- 1.2 Origin of aphids.- 1.3 Host plant associations.- 1.4 Classification.- 1.5 Distribution.- 2 Feeding behaviour and food quality.- 2.1 Feeding behaviour.- 2.2 Food quality.- 2.3 Nitrogen metabolism.- 2.4 Symbionts.- 3 Host specificity and speciation.- 3.1 Proximate factors in host selection.- 3.2 Food quality.- 3.3 Evolution of host specificity.- 3.4 Speciation.- 4 Size.- 4.1 Size within a species.- 4.2 Optimum body size.- 4.3 Species size diversity.- 4.4 Geometrical similarity.- 4.5 Size of migrants.- 4.6 Reproduction.- 5 Resource tracking: mechanism - cyclical parthenogenesis.- 5.1 Telescoping of generations.- 5.2 Intra-clonal variation.- 5.3 Adaptability of aphid clones.- 5.4 Genetic structure.- 5.5 Sex.- 5.6 Why reproduce sexually?.- 5.7 Timing of sex.- 5.8 Sex ratios.- 5.9 Mate guarding.- 5.10 Why lay eggs?.- 6 Resource tracking: mechanism - polyphenism.- 6.1 Defence.- 6.2 Dispersal.- 6.3 Reproduction.- 6.4 Parthenogenetic reproduction.- 6.5 Sexual reproduction.- 6.6 Aestivation and hibernation.- 6.7 Ecological patterns.- 7 Resource tracking in time.- 7.1 Host alternation.- 7.2 The historical debate.- 7.3 Experimental evidence.- 7.4 Autoecious way of life.- 7.5 Generation-specific strategies.- 7.6 Habitat predictability and tactical diversity.- 7.7 Response to habitat quality.- 8 Resource tracking in space.- 8.1 Mechanisms.- 8.2 Timing.- 8.3 Distance travelled.- 8.4 Adaptive significance.- 9 Population dynamics.- 9.1 Dynamics of aerial populations.- 9.2 Intensive studies.- 9.3 Patterns.- 9.4 Processes.- 9.5 Natural enemies.- 9.6 Intraspecific differences in abundance.- 9.7 Interspecific differences in abundance.- 9.8 Abundance and global warming.- 9.9 Forecasting of pest aphid outbreaks.- 9.10 Spatialdynamics.- 10 Community structure and species diversity.- 10.1 Mutualism between plants and aphids.- 10.2 Aphids and plant growth.- 10.3 Aphids and the seeding of plants.- 10.4 Ants and plant fitness.- 10.5 Mutualism between aphids and ants.- 10.6 Endophyte-enhanced plant resistance to aphids.- 10.7 Energy and nutrient flow.- 10.8 Competition.- 10.9 Species diversity and plant architectural complexity.- 10.10 Size diversity.- 10.11 Distribution, abundance and variability.- 10.12 Rarity.- 10.13 Why are there so few species of aphids, especially in the tropics?.- 11 Epilogue.- References.