RAPID: Funds to Complete Seafloor CORK Instrument Sleds for Imminent Deployment

RAPID：资金用于完成即将部署的海底 CORK 仪器雪橇

• 批准号: 1059501
• 负责人: James Cowen
• 金额: $ 12.5万
• 依托单位: University of Hawaii
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-10-01 至 2011-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1059501&HistoricalAwards=false
• 关键词: RAPID; Funds; Complete; Seafloor; CORK

The PI requests MRI funding to help complete the fabrication of 3 instrument sleds intended for deployment at North Pond in fall, 2011. The urgency necessitating a RAPID request is due to the lead time required to perform the work, thoroughly test the sleds and to correct/improve inevitable issues discovered during the prolonged testing phase. The PI?s feel that if they wait to restart the fabrication they jeopardize a unique opportunity to observe important changes in the basement environment following the installation of the three CORK observatories at North Pond, on the west flanks of the Mid Atlantic Ridge by IODP. The circulation of the hydrothermal fluids profoundly influences the chemical and physical evolution of the aging basement of the ocean ridge flanks and basins, and results in globally significant heat flux, chemical fluxes to the overlying ocean, and the dynamic microbiospere. The proposed project develops innovative, versatile instrumentation for studying this remote, extreme biosphere, providing robust sampling/ experimental opportunities with respect to providing access to pristine basement fluids.Broader Impacts: This project combines advanced technology development with exciting frontier science. Numerous graduate and undergraduate students with bee exposed to the whole development process as well as to the deployment and science output of the instrument sleds.

PI请求核磁共振资金，以帮助完成3个仪器雪橇的制造，计划于2011年秋季部署在北池。需要快速请求的紧迫性是由于执行工作、彻底测试滑车以及纠正/改进在延长的测试阶段中发现的不可避免的问题所需的准备时间。皮？S认为，如果他们等待重新开始建造，他们就会危及一个独特的机会，即通过IODP在大西洋中脊西侧的北池安装三个科克天文台，观察地下室环境的重要变化。热液的循环深刻地影响着洋脊两侧和海盆老化基底的化学和物理演化，导致全球显著的热通量、上复海洋的化学通量和动态微生物群。拟议的项目开发了创新的、多功能的仪器来研究这一偏远、极端的生物圈，提供了强大的采样/实验机会，提供了进入原始基底流体的途径。广泛影响：该项目将先进技术发展与令人兴奋的前沿科学相结合。许多研究生和本科生接触到了BEE的整个开发过程，以及仪器雪橇的部署和科学输出。