COLLABORATIVE RESEARCH: Ship-based Technical Support in the Arctic (CY2014-2018): Science Services for Research onboard USCGC Healy

斯克里普斯海洋学研究所和俄勒冈州州立大学提议为美国海岸警卫队切割机希利的研究提供技术服务。希利号是一艘研究破冰船，由USCG与NSF和其他资助北极研究的机构合作运营。SIO和OSU将提供或协调船上科学系统的长期维护和改进。他们将提供技术人员操作希利号上的科学仪器和数据系统。他们将安排使用科学车、取芯设备和其他共用设备共用库中的物品，这些设备是大学-国家海洋学实验室系统的一部分。SIO将提供一名全职人员担任游轮规划师，并协调希利所有游轮的研究需求。获奖者将在网站http://icefloe.net上更新内容。根据需要，获奖者还将协助北极科学科协调其他国家破冰船的科学巡航，以确保安全和有效的运作。SIO和OSU将提供许多协调服务，包括与USCG合作，对船舶进行科学升级，并与USCG和在北极运营的其他船舶合作，协调测深测绘，以确保每年获得最有效和最完整的覆盖范围，以促进更完整的北冰洋测绘。在获得资金之前，可能会资助几个系统的升级，包括增加一个浅水多波束声纳，用于收集测深数据，与现有的在深水中性能最好的多波束系统并行。这个为期五年的奖项每年将根据每个北极实地考察季节开始时的计划工作提供资金。

Scripps Institution of Oceanography and Oregon State University propose to support technical services for research on the U.S. Coast Guard Cutter Healy. Healy is a research icebreaker operated by USCG in collaboration with NSF and other agencies that fund research in the Arctic. SIO and OSU will provide or coordinate the long-term maintenance and improvements to science systems onboard. They will provide technicians to operate scientific instruments and data systems on the Healy. They will arrange the use of items from the shared-use pools of science vans, coring equipment and other pooled equipment that is part of the University-National Oceanographic Laboratory System (UNOLS). SIO will provide one full-time person to act as a cruise planner and to coordinate the research needs for all cruises on Healy. The awardee will maintain updated content on the website http://icefloe.net. As needed the awardees will also assist the Arctic Sciences Section with coordinating science cruises on other national icebreakers to ensure safe and efficient operations. SIO and OSU will provide many coordination services including working with the USCG to perform upgrades to the ship for science and working with USCG and other ships operating in the Arctic to coordinate bathymetric mapping to ensure the most efficient and complete coverage is obtained each year to contribute to a more complete mapping of the Arctic Ocean, which is largely uncharted. Pending availability of funds, several system upgrades may be funded including the addition of a shallow-water multi-beam sonar for collecting bathymetric data in parallel with the existing multi-beam system that performs best in deep water. Each year of this five-year award will be funded based on the planned work at the start of each Arctic field season.