Description
Book SynopsisThis book provides a modern, synthetic overview of interactions between insects and their environments from a physiological perspective that integrates information across a range of approaches and scales. It shows that evolved physiological responses at the individual level are translated into coherent physiological and ecological patterns at larger, even global scales. This is done by examining in detail the ways in which insects obtain resources from the environment, process these resources in various ways, and turn the results into energy which allows them to regulate their internal environment as well as cope with environmental extremes of temperature and water availability. The book demonstrates that physiological responses are not only characterized by substantial temporal variation, but also shows coherent variation across several spatial scales. At the largest, global scale, there appears to be substantial variation associated with the hemisphere in which insects are found. Suc
Trade ReviewThis exceptional book is clearly written, well organized, and rich in data from primary sources. As well as being suitable for professional biologists, this novel volume would provide a stimulating basis for an upper-level undergraduate or graduate-level seminar seeking to explore the interface between ecology and physiology. Summing Up: Highly recommended. Upper-level undergraduates and above - R. E. Lee Jr., Miami University
For those who wish to take their entomological studies that bit further, this is a book well worth reading. Though the subject covered is complex, to say the least, the presentation of this work makes it relatively easy reading. * The Entomologist's Record *
... this work does present a great deal of original data and is likely to become required reading for anyone studying entomology the level of first degree upwards. * The Entomologist's Record *
Table of Contents1. Introduction ; 2. Nutritional physiology and ecology ; 3. Metabolism and gas exchange ; 4. Water balance physiology ; 5. Lethal temperature limits ; 6. Thermoregulation ; 7. Conclusion
