TEMPERATURE ADAPTATIONS OF COPEPOD EGGS FROM THE ARCTIC TO THE TROPICS.
TEMPERATURE ADAPTATIONS OF COPEPOD EGGS FROM THE ARCTIC TO THE TROPICS.
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桡足类卵从北极到热带的温度适应。
DOI：
10.2307/1540170
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发表时间：
1969
期刊：
影响因子：
--
通讯作者：
E. Zillioux
中科院分区：
文献类型：
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作者：
I. McLAREN;C. Corkett;E. Zillioux
本文用Büllehrádek的温度函数D = a（T - α）B来描述11种桡足类卵的发育至孵化时间（D）与温度（T）的关系，假设B的值对所有种类都适用。三种哲水蚤的a值与卵直径有关，并且不受哲水蚤卵较大的不透明度（可能是蛋黄）的影响。hyperboreas。a值仍然是温度适应的“真实的”指标，并且与基于极地和南美洲之间、沿着美洲东海岸的每个物种范围内的年平均温度的环境温度估计值密切相关。
The development times to hatching (D) of eggs of eleven species of copepods are closely described as functions of temperature (T) by Bělehrádek's temperature function, D = a (T - α)b using the assumption that the same value of b applies to all species. The value of a is related to egg diameter among three species of Calanus, and is unaffected by the greater opacity (presumably yolkiness) of eggs of C. hyperboreas. The value of a remains as the "real" indicator of temperature adaptation, and is closely and linearly related to estimates of environmental temperature based on mean annual temperatures within the range of each species between the pole and South America, along the east coast of the Americas.