Titlebook: Behavioural Mechanisms of Food Selection; Roger N. Hughes Conference proceedings 1990 Springer-Verlag Berlin Heidelberg 1990 Behaviour.Die

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Applications to Nanoelectronics,k. Early models primarily considered long-term averages of short-term static processes. As I discuss below, recent modelers have proposed that animal decisions consider longer and more complicated time scales. The new models are more specific and more realistic in their representation of foraging be

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https://doi.org/10.1007/3-540-47710-1re and what to eat, is now well-established both in theory and empirically (see Stephens and Krebs 1986, Real and Caraco 1986 for recent reviews). While foraging models incorporating risk-sensitivity have been applied to a number of foraging situations (Real and Caraco 1986), the commonest scenario

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Applications to Nanoelectronics,forced by prey encounters, but forgotten in their absence, foragers may become more efficient at dealing with specific prey when these are abundant (Cunningham and Hughes 1984). As a result, prey profitabilities could be transposed in rank, perhaps causing a switch of diet (Hughes 1979).

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Boris M. Miller,Evgeny Ya. Rubinovichdiets) in nature, than any other ecological theory (Schoener 1986, Stephens and Krebs 1986). This is not to say that OFT has been accepted without reservation, nor that the predictive successes of the theory are unambiguous (Gray 1986, Pierce and Ollason 1987). Two major complaints about OFT studies