Insect Movement: Mechanisms and Consequences : Proceedings of the Royal Entomological Society's 20th SymposiumKnowledge of insect movement, particularly of flight, is crucial to our understanding of the great ecological and evolutionary success of insects. The last 20 years have seen many advances in this subject area. New fields have arisen, such as metapopulation theory, and dramatic developments have taken place in methods of studying movement, as a result of new techniques in molecular biology and radar monitoring. There have also been advances in our knowledge of flight-related physiology and behaviour. This book, which is based on the main papers presented at the Royal Entomological Society's 20th Symposium held in September 1999, brings us up to date with these developments.It contains chapters on:flight mechanismsforaging movementsmigrationthe evolution of movement strategiesthe interactions between dispersal rates, population structure and gene flow the effects of climate change on geographical distributionIt is essential reading for entomologists, and of interest to those researching animal behaviour, physiology, ecology and genetics. |
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Contributors | 14 |
The Biomechanics and Functional Diversity of Flight | 19 |
How Insect Wings Evolved | 43 |
Physiology and Endocrine Control of Flight | 65 |
Insect Behaviours Associated with Resource Finding | 87 |
Host Location by Parasitoids | 111 |
Observations Using | 129 |
Significance of Habitat Persistence and Dimensionality in | 235 |
Predation and the Evolution of Dispersal | 261 |
a Tale of | 281 |
Dispersal and Conservation in Heterogeneous Landscapes | 299 |
Scale Dispersal and Population Structure | 321 |
Gene Flow | 337 |
Use of Genetic Diversity in Movement Studies of Flying Insects | 361 |
Coping with Modern Times? Insect Movement and Climate | 387 |
The Evolution of Migratory Syndromes in Insects | 159 |
Orientation Mechanisms and Migration Strategies Within | 183 |
Characterizing Insect Migration Systems in Inland Australia with | 207 |
Analysing and Modelling Range Changes in UK Butterflies | 415 |
443 | |
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activity adult aerodynamic airspeed Animal aphid appear associated bees beetles behaviour Biology body bugs butterflies changes Chapter chemical Comparative compensation cues Denno Dingle direction dispersal distance distribution drift Ecology effects Entomology et al evidence evolution example Experimental experiments females field flight muscles flow flying foraging force function gene genetic ground habitat haemolymph height hormone host important increase indicate individuals influence insects Journal levels locust London male mean mechanisms migration migratory moths move movement natural observations occur odour orientation parasitoids patterns persistence pheromone Physiology plant planthoppers population predation predicted present Press prey probably proline radar range relation relative release reproduction Research resource response Review risk role selection Society spatial species speed strategies structure studies suggests track University variation wind wing
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Strona 411 - Mooney, HA (eds) Carbon Dioxide and Terrestrial Ecosystems. Academic Press, San Diego, pp.