Sensory Reception in Crustacean Zooplankton

9521375哈特林建议摘要机械接受在上层和中层水蚤类桡足类(真螨纲、唇形纲、Undinula、真节纲、侧乳亚目和高斯属)捕食者检测中的作用。将从形态、神经生理学和行为角度进行评估。需要检验的假设是，逃逸行为是由机械刺激每个天线中的两个特定神经元(GAM)触发的。第二个重点将是比较引发生物发光放电的条件与导致刻板印象中快速逃逸的条件(=“跳跃”)。***

9521375 Hartline PROPOSAL ABSTRACT The roles of mechanoreception in predator detection by epipelagic and mesopelagic calanoid copepods (Acartia, Labidocera, Undinula, Euchaeta, Pleuromamma, and Gaussia spp.) will be evaluated from morphological, neurophysiological and behavioral perspectives. The hypothesis to be tested is that escape behavior is triggered by mechanical stimulation of two specific neurons (GAMs) in each antenna. A second focus will be a comparison of conditions eliciting bioluminescent discharge with conditions leading to the stereotypic rapid escape (="jumps"). ***