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首页> 外文期刊>BioScience >Strong Site Fidelity and a Variety of Imaging Techniques Reveal Around-the-Clock and Extended Activity Patterns in Crawfish Frogs (Lithobates areolatus)
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Strong Site Fidelity and a Variety of Imaging Techniques Reveal Around-the-Clock and Extended Activity Patterns in Crawfish Frogs (Lithobates areolatus)

机译:强大的现场保真度和各种成像技术揭示了小龙虾蛙(Lithobates areolatus)的全天候和扩展活动模式

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Crawfish frogs (Lithobates areolatus) base their nonbreeding activities in and around the entrances of crayfish burrows. This site preference allows individual crawfish frogs to be monitored using still and video imaging techniques. We used three camera types offering different continuities, scales, and resolutions of data to observe the frogs' activity patterns and nonbreeding behaviors. Together, these techniques allowed us to observe two behaviors in crawfish frogs previously unreported for amphibians: (1) circumdiel activity patterns, and (2) long periods (days) of surface activity. Although these behavioral findings are at this time specific to crawfish frogs, we suspect that they may not be unusual activity patterns for other frogs, as well. The use of imaging techniques that take advantage of these frogs' dependence on burrows and use of burrow entrances has allowed us to observe these patterns for the first time.
机译:小龙虾青蛙(Lithobates areolatus)在小龙虾洞穴入口处及其周围进行非繁殖活动。此站点首选项允许使用静止和视频成像技术监视单个小龙虾青蛙。我们使用三种提供不同连续性,比例和数据分辨率的相机来观察青蛙的活动模式和非繁殖行为。在一起,这些技术使我们能够观察到先前未报告过两栖动物的小龙虾青蛙的两种行为:(1)绕圈活动模式,以及(2)长时间(天)的表面活动。尽管这些行为发现目前仅针对小龙虾青蛙,但我们怀疑它们对于其他青蛙也可能不是异常的活动模式。利用这些青蛙对洞穴的依赖和洞穴入口的成像技术的使用,使我们首次观察到了这些模式。

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