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免受晒伤:一种海蛇的不同昼夜模式。

Safe from sunburn: The divergent diel pattern of a sea snake.

作者信息

Bessesen Brooke, González-Suárez Manuela

机构信息

Ecology and Evolutionary Biology University of Reading Reading UK.

出版信息

Ecol Evol. 2022 Jan 24;12(1):e8436. doi: 10.1002/ece3.8436. eCollection 2022 Jan.

Abstract

Diel activity patterns are an important aspect of wildlife ecology and evolution and provide valuable information for conservation and monitoring, yet for many species, activity patterns remain unstudied and may be presumed to mirror related taxa. Here, we describe the distinct diel patterns of an endemic population of venomous sea snakes inhabiting a narrow range (circa 320 km) in Golfo Dulce, Costa Rica. To investigate, we conducted a systematic visual survey over five 24-h cycles and evaluated 339 h of previously obtained sighting data from different studies spanning a decade. While sporadic diurnal surfacing does occur, mostly for respiration, our observations revealed marked crepuscular peaks with regular surfacing through the night. We also report on observed surface behaviors that were also found to vary in frequency at different phases of the photoperiodic cycle. In particular, we show feeding as more common at night. has developed a circadian rhythm that differs noticeably from its taxonomic parent ( is reported as diurnal across its Indo-Pacific range), and no congeners have been categorized as crepuscular. Our work thus contributes to the ecological knowledge of this evolutionarily distinct marine elapid and offers insights into the potential role of environmental conditions in shaping animal activity.

摘要

昼夜活动模式是野生动物生态学和进化的一个重要方面,为保护和监测提供有价值的信息,然而对于许多物种来说,活动模式仍未得到研究,可能被认为与相关分类群相似。在这里,我们描述了生活在哥斯达黎加杜尔塞湾一个狭窄区域(约320公里)的特有有毒海蛇种群独特的昼夜模式。为了进行调查,我们在五个24小时周期内进行了系统的目视调查,并评估了过去十年不同研究中获得的339小时目击数据。虽然偶尔会出现白天浮出水面的情况,主要是为了呼吸,但我们的观察发现有明显的黄昏高峰,夜间有规律地浮出水面。我们还报告了观察到的水面行为,这些行为在光周期的不同阶段出现的频率也有所不同。特别是,我们发现夜间进食更为常见。已经形成了一种昼夜节律,与其分类学上的亲本明显不同(据报道,其在印度-太平洋范围内是昼行性的),并且没有同类被归类为黄昏活动型。因此,我们的工作有助于了解这种在进化上独特的海蛇科动物的生态学知识,并为环境条件在塑造动物活动中的潜在作用提供见解。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/530b/8796931/6aaa98435fb2/ECE3-12-e8436-g004.jpg

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