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沼树蛙(无尾目:树蛙科)的繁殖与变态发育

Reproduction and metamorphosis in the Swamp tree frog, (Anura: Rhacophoridae).

作者信息

Abraham Robin Kurian, Mathew Jobin Kuruvilla, Raju David Valiaparampil, Rao Ramprasad, Zachariah Anil

机构信息

Biodiversity Institute and Department of Ecology and Evolutionary Biology, University of Kansas, Lawrence, KS, USA.

Karakkattupeedicayil, Edakkara, Malappuram, Kerala, India.

出版信息

PeerJ. 2018 Nov 21;6:e5934. doi: 10.7717/peerj.5934. eCollection 2018.

Abstract

The reproductive biology of the Swamp tree frog (), a monotypic rhacophorid frog endemic to the foothills of the Western Ghats mountains of India, has remained unknown since the description of the genus and species. We monitored individuals from parental generation amplexus to the completion of offspring generation tadpole metamorphosis. Surprisingly, our observations revealed that this species exhibits many previously unknown characteristics, including the first ever record of the female, and a diverse call repertoire, consisting of five different call types (the functions of which remain incompletely known). We were also able to determine that reproductive activity peaked during the late pre-monsoon season, that males engaged in intraspecific aggressive encounters to occupy and to defend desirable territories, and that oviposition took place in terrestrial nests made by females. Embryonic development in the unattended nest was followed by tadpole development, which concluded within 40 days. The specific breeding mode employed by , which restricts its range to the endangered swamp ecosystem, likely renders it susceptible to multiple threats, which should be considered jointly in future conservation planning.

摘要

沼树蛙()是印度西高止山脉山麓特有的单型树蛙科蛙类,自该属和该物种被描述以来,其生殖生物学一直不为人知。我们对从亲代抱对到子代蝌蚪变态完成的个体进行了监测。令人惊讶的是,我们的观察结果显示,该物种表现出许多以前未知的特征,包括首次记录到的雌性,以及由五种不同叫声类型组成的多样叫声 repertoire(其功能仍不完全清楚)。我们还能够确定,繁殖活动在季风前季节后期达到峰值,雄性会进行种内攻击性遭遇以占据和保卫理想领地,并且产卵发生在雌性建造的陆地巢穴中。无人照料的巢穴中的胚胎发育之后是蝌蚪发育,蝌蚪发育在40天内完成。沼树蛙所采用的特定繁殖模式将其分布范围限制在濒危的沼泽生态系统中,这可能使其容易受到多种威胁,在未来的保护规划中应综合考虑这些威胁。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0620/6252067/e80d46301328/peerj-06-5934-g001.jpg

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