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For example, to understand how solar radiation penetrates through the atmosphere to the ground or into water, and how solar radiation is absorbed and re-emitted as heat by the terrestrial environment, requires understanding of physics. This is combined with knowledge of biology (e.g., genetics, physiology, growth and development) to understand the complex set of processes involved in how organisms respond to radiation. For example, a lizard, which is a poikilotherm or "cold blooded" organism, relies on the energy exchange between the lizard and its environment to regulate its body temperature. Thus, an ecologist must master a variety of scientific disciplines in order to study and understand the physical environment and how organisms respond to the stress of various environmental factors. |
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Featured books and journals An introduction to environmental biophysics. 1998. Campbell, G.S., and J.M. Norman. Spinger Verlag. Biophysical ecology. 1980. Gates, D.M. Springer Verlag Color and light in nature. 1995. Lynch, D.K., and W. Livingston. Cambridge University Press. Ecological climatology: Concepts and applications. 2002. Bonan, G. B. Cambridge University Press. Environmental physiology of animals. 2000. Willmer, P. Balckwell Science. Fundamentals of biometeorology: Volume 1: The physical environment. Volume 2: The biological environment. 2002. Lowry, W.P., Lowry, P.P. Fundamentals of biometeorology: Volume 2: The biological environment. 1989. Lowry, W.P., Lowry, P.P., and L. Milam. Peavine. Microclimate: The biological environment. 1974. Rosenberg, N.J., B.L. blad, and S.B. Verma. John Wiley. Plant ecophysiology. 2003. Larcher, W. Springer Verlag.
Agricultural and Forest Meteorology |
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