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The oceans’ twilight zone must be studied now, before it is too late
Nature ( IF 50.5 ) Pub Date : 2020-03-31 , DOI: 10.1038/d41586-020-00915-7 Adrian Martin , Philip Boyd , Ken Buesseler , Ivona Cetinic , Hervé Claustre , Sari Giering , Stephanie Henson , Xabier Irigoien , Iris Kriest , Laurent Memery , Carol Robinson , Grace Saba , Richard Sanders , David Siegel , María Villa-Alfageme , Lionel Guidi
Nature ( IF 50.5 ) Pub Date : 2020-03-31 , DOI: 10.1038/d41586-020-00915-7 Adrian Martin , Philip Boyd , Ken Buesseler , Ivona Cetinic , Hervé Claustre , Sari Giering , Stephanie Henson , Xabier Irigoien , Iris Kriest , Laurent Memery , Carol Robinson , Grace Saba , Richard Sanders , David Siegel , María Villa-Alfageme , Lionel Guidi
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Exploitation and degradation of the mysterious layer between the sunlit ocean surface and the abyss jeopardize fish stocks and the climate. Exploitation and degradation of the mysterious layer between the sunlit ocean surface and the abyss jeopardize fish stocks and the climate.
中文翻译：
现在必须研究海洋的暮光区，以免为时已晚
阳光普照的海洋表面和深渊之间的神秘层的开发和退化危及鱼类种群和气候。阳光普照的海洋表面和深渊之间的神秘层的开发和退化危及鱼类种群和气候。
更新日期：2020-03-31
中文翻译：
现在必须研究海洋的暮光区，以免为时已晚
阳光普照的海洋表面和深渊之间的神秘层的开发和退化危及鱼类种群和气候。阳光普照的海洋表面和深渊之间的神秘层的开发和退化危及鱼类种群和气候。
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