Transitions from Water to Land: Terrestrial Feeding in Fishes
Transitions from Water to Land: Terrestrial Feeding in Fishes
复制标题
从水到陆地的转变：鱼类的陆地摄食
DOI：
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发表时间：
2019
期刊：
影响因子：
--
通讯作者：
S. Wassenbergh
中科院分区：
文献类型：
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作者：
S. Wassenbergh
几种鱼类生活在水和陆地之间的界面上，并且已经进化出了科普需要在陆地上发挥作用的祖先水生摄食系统的问题的方法。这些两栖鱼类陆生摄食的运动学研究使我们能够确定成功实现这种环境转变的机械挑战和解决方案。反过来，这可以帮助我们产生关于早期四足动物进化历史的假设，这些假设与它们向陆地进食的过渡有关。在这一章中，概述了研究结果，分析了陆生摄食的四种两栖鱼类的运动学。这些研究展示了这些鱼类如何建立和保持稳定的身体姿势，以允许在陆地环境中捕获食物，它们的下颚如何抓住地面食物，以及这些食物如何被运送到口腔后部。最后，根据这些研究结果，概述了目前的假设，陆地喂养可能已经在早期四足动物的演变。
Several species of fish live at the interface between water and land, and have evolved ways to cope with the problems of an ancestrally aquatic feeding system that needs to function on land. Studies of the kinematics of terrestrial feeding by these amphibious fishes allow us to identify the mechanical challenges and solutions to successfully make this environmental transition. In turn, this can help us to generate hypotheses on the evolutionary history of early tetrapods related to their transition to terrestrial feeding. In this chapter, an overview is given of the results of studies that have analyzed the kinematics of terrestrial feeding in four amphibious fishes. These studies showed how these fishes establish and maintain a stable body posture to allow the capture of food in the terrestrial environment, how their jaws grab the ground-based food, and how this food is transported to the back of the mouth cavity. Finally, in the light of these findings, an overview is provided of the current hypotheses on how terrestrial feeding could have evolved in early tetrapods.
影响因子：
2.6
作者：
Anderson, Philip S. L.;Friedman, Matt;Ruta, Marcello
通讯作者：
Ruta, Marcello