Titlebook: Effects of Temperature on Ectothermic Organisms; Ecological Implicati Wolfgang Wieser Book 1973 Springer-Verlag Berlin · Heidelberg 1973 K?

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Basic Strategies and Mechanisms of Enzyme Adaptation to Temperatureat low temperatures and high pressures. In much of their anatomy, physiology, and even behaviour the two species may be much alike. Both display comparable hydrodynamic properties and hence comparable swimming velocities; both display comparable growth, comparable osmoregulatory abilities and so for

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Effect of Temperature on Active and Resting Metabolism in Polychaetese anaesthetization, extrapolation from higher activity levels or presumably intermittent visual observation of the activity level. Recently, conflicting conclusions on the temperature coefficients for inactive metabolic rates were reached by Wallace (1972) and Lowe and Trueman (1972).

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Life Table Data and Population Dynamics of the Rotifer , Pallas as Influenced by Periodically Oscillically affected by temperature (Fig. 2): the fluctuations are more pronounced at high than at low temperatures. The carrying capacity decreases with increasing temperature, whereas the intrinsic rate of increase as well as the frequency of oscillations grow with increasing temperature (Table 1). The

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Heinz-Adalbert Krebs,Patricia Hagenweilerat low temperatures and high pressures. In much of their anatomy, physiology, and even behaviour the two species may be much alike. Both display comparable hydrodynamic properties and hence comparable swimming velocities; both display comparable growth, comparable osmoregulatory abilities and so for

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Stefan M. Lang,Peter C. Lockemannemperatures and lower values than this at high experimental temperatures. Compensation for long-term changes in temperature has been discussed in detail by Bullock (1955), Precht, Christophersen and Hensel (1955), Prosser (1955, 1958), Precht (1958) and Prosser and Brown (1961). Briefly, one may rec

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