Titlebook: Rhythms in Fishes; M. A. Ali Book 1992 Springer Science+Business Media New York 1992 Adaptation.Pet.behavior.biological.fish.phase.recepto

要素

AUGUR

Book 1992result of a NATO. Advanced Study Institute (ASI) of the same title, held at Bishop‘s University, Lennoxville, Quebec, Canada in August 1991. All the major presentations had been commissioned, so to speak, during the organisational phase. This was done with the view of not only having a structured AS

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铁砧

sorbitol

Photoreceptive Functions of the Teleost Pineal Organ and Their Implications in Biological Rhythms,h, amphibians, reptiles and birds), appear to have extraretinal and extrapineal photoreceptive systems of unknown location within the brain which are also involved in the synchronisation of biorhythmic events (cf. Underwood and Menaker, 1976; Van Veen .., 1976).

Bumptious

Circadian Basis for Neuroendocrine Regulation, the seasonal conditions. Daily environmental stimuli (e.g., restricted daily intervals of disturbances, water temperature changes and feeding) also influence reproductive, metabolic and behavioral conditions, apparently by resetting the phase relationships of circadian neuroendocrine rhythms.

抗体

peak-flow

伙伴

Introduction,f various aspects of the fishes’ life histories. I thought that it will be suitable to give a brief historical account of some of the pioneering studies (up to the late 1930s) in this field, as we know it.

Mangle

Introduction to the Analysis of Periodic Phenomena, field of time series analysis; (2) we will brush over the spectrum of methods available for identifying rhythms; (3) and finally, we will expound on two methods especially designed for the analysis of short time series, which is the kind most chronobiologists are faced with.