Dept. of Biology, Technion, Haifa 32000, Israel.
Tissue Cell. 1994 Apr;26(2):277-84. doi: 10.1016/0040-8166(94)90102-3.
An increased number of resorbed oocytes was observed in ovaries of terrestrial isopods which were kept under different experimental temperature and photophase regimes compared with those observed in the natural population. Regardless of the nature of the stimulus: high or low temperature or long and short photophases, the female always responded through oosorption. In an iteroparous species such as Porcellio ficulneus B.-L., recruitment of resources for future utilization could be its main response to adverse ambient conditions.
与自然种群相比,在不同实验温度和光照条件下饲养的陆生等足类动物的卵巢中,观察到被吸收的卵母细胞数量增加。无论刺激的性质如何:高温或低温,长光照或短光照,雌性总是通过卵吸收来做出反应。在像 Porcellio ficulneus B.-L. 这样的多次产卵物种中,为未来利用而招募资源可能是其对不利环境条件的主要反应。