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Exploring the Davidson Seamount: Combining Science, Public Outreach, and Resource Management

机译:探索戴维森海山:科学,公共宣传和资源管理相结合

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Scientific information is often interpreted to the public long after it has been discovered. NOAA programs and private organizations are interested in more immediate sharing of information with the public so that it can be more effectively used in resource management. The Davidson Seamount is an underwater volcano off the coast of Central California, and recent advances in technology provide the opportunity to explore and characterize the biology of this deep-sea habitat. With an interdisciplinary team of scientists, outreach specialists, and resource managers, this exploration was presented to the public as it was happening with daily updates on a web site. The public also interacted by e-mail with the explorers during the expedition. Huge corals and sponges, deep-water fishes, and the technology needed to study this deep, dark habitat particularly engaged the public, resource managers, and scientists alike. Following the cruise there was national media interest in discoveries from the expedition, not only because the findings were spectacular, but because significant efforts were made to provide the media with access to the explorers and images of the findings. Resource managers are already using summary information from the cruise in processes that may potentially protect Davidson Seamount habitats. Even before the scientific data has been completely analyzed, the public and resource managers have been engaged in a healthy process of information sharing. In characterizing the biology of Davidson Seamount, we found that this model of an interdisciplinary expedition effectively integrated new scientific information into public understanding and management options for a unique area.
机译:科学信息被发现后往往会向公众解释。 NOAA计划和私人组织有兴趣与公众更即时地共享信息,以便可以更有效地将其用于资源管理。戴维森海山(Davidson Seamount)是加利福尼亚中部沿海的一座水下火山,最近的技术进步为探索和表征该深海栖息地的生物学特性提供了机会。在由科学家,外展专家和资源经理组成的跨学科团队的推动下,这项探索活动随着网站的每日更新而向公众展示。探险期间,公众还通过电子邮件与探险家进行了互动。巨大的珊瑚和海绵,深水鱼类以及研究这种深沉黑暗栖息地所需的技术,特别是吸引了公众,资源管理者和科学家的参与。航行之后,各国媒体对这次探险的发现产生了浓厚的兴趣,这不仅是因为这些发现是惊人的,而且还因为人们做出了巨大的努力以使媒体能够访问探险家和发现这些照片。资源管理者已经在可能会保护戴维森海山生境的过程中使用航行中的摘要信息。甚至在尚未完全分析科学数据之前,公众和资源管理者就已经参与了健康的信息共享过程。在描述戴维森海山的生物学特征时,我们发现这种跨学科考察模型有效地将新的科学信息整合到一个独特领域的公众理解和管理选择中。

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