Geoheritage in the Making: The discovery and vulnerability of Deep-Sea Hydrothermal Vents

Suzanne OConnell
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Abstract

Some significant geologic sites are inaccessible. Among the most inaccessible sites are the hydrothermal vents and their associated biologic communities located deep in the ocean. These prime geoheritage sites, hosting what may be the most primordial life on Earth, are vulnerable to mineral and fishing exploitation. Many lie in international waters, protected only by non-binding agreements with no clearly defined means of enforcement. The discovery of these vents in 1977 fundamentally altered scientists' view of basic Earth processes and the extreme conditions under which life can exist. The discovery of the vents was a group effort and required technological accomplishments not available to previous generations of researchers. Often overlooked in the credits for this discovery was the persistence and determination of Kathleen Crane, a graduate student at Scripps Institution of Oceanography. Many women of her era faced significant challenges as they attempted to break into an often unwelcoming field, marine geology. The challenges were not unique to geology; women were not welcomed in many other disciplines both scientific and non-scientific. In spite of the obstacles, few people have made as remarkable a geoscience discovery as Dr. Crane.
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正在形成的地质遗产:深海热液喷口的发现与脆弱性
有些重要的地质地点无法进入。最难以进入的地点包括位于海洋深处的热液喷口及其相关生物群落。这些主要的地质遗产地可能承载着地球上最原始的生命,但很容易受到矿产和渔业开发的影响。许多位于国际水域,仅受到无约束力协议的保护,没有明确的执行手段。1977 年这些喷口的发现从根本上改变了科学家对地球基本过程和生命存在的极端条件的看法。这些喷口的发现是一项集体工作,需要前几代研究人员所不具备的技术成就。在这一发现的功劳中,斯克里普斯海洋学研究所研究生凯瑟琳-克兰(Kathleen Crane)的毅力和决心往往被忽视。在她那个时代,许多女性在试图进入海洋地质学这个通常不受欢迎的领域时,都面临着巨大的挑战。这些挑战并非地质学所独有,在许多其他科学和非科学学科中,女性都不受欢迎。尽管困难重重,但很少有人能像克兰博士一样在地球科学领域取得重大发现。
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