Delineating biogeographic regions in Indian Ocean deep‐sea vents and implications for conservation
Delineating biogeographic regions in Indian Ocean deep‐sea vents and implications for conservation
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DOI：
10.1111/ddi.13535
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发表时间：
2022-12
影响因子：
4.6
通讯作者：
Yadong Zhou;Chong Chen;Dongsheng Zhang;Yejian Wang;H. Watanabe;J. Sun;D. Bissessur;Ruiyan Zhang;Y. Han;Dong-sheng Sun;Peng Xu;B. Lu;Hongchang Zhai;Xiqiu Han;C. Tao;Z. Qiu;Yanan Sun;Zhensheng Liu;J. Qiu;Chunsheng Wang
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作者：
Yadong Zhou;Chong Chen;Dongsheng Zhang;Yejian Wang;H. Watanabe;J. Sun;D. Bissessur;Ruiyan Zhang;Y. Han;Dong-sheng Sun;Peng Xu;B. Lu;Hongchang Zhai;Xiqiu Han;C. Tao;Z. Qiu;Yanan Sun;Zhensheng Liu;J. Qiu;Chunsheng Wang
生物多样性和植物地理学的格局对于制定管理和保护战略至关重要。但是，由于缺乏对多个海脊系统的研究，特别是对嘉士伯海脊的研究，阻碍了对印度洋喷口整体情况的认识，而印度洋喷口是深海勘探块状硫化物的首要目标。在这里，我们的目标是表征动物从嘉士伯海脊上的三个新的喷口领域的第一次，并回答1）什么是印度洋内的喷口动物的地理模式和2）这种模式如何指导未来的环境管理在印度洋脊。
The pattern of biodiversity and biogeography is crucial to informing management and conservation strategy. But a lack of study across multiple ridge systems, especially for the Carlsberg Ridge, has hampered the conception of the overall picture for the Indian Ocean vents, a top target for deep‐sea exploration of massive sulphides. Here, we aim to characterize fauna from three new vent fields on the Carlsberg Ridge for the first time, and answer 1) what is the biogeographic pattern for vent fauna within the Indian Ocean and 2) how does this pattern guide the future environmental management on the Indian Ocean ridges.