Facility Request: Center for Limnology - Trout Lake Station

设施请求：湖泊学中心 - 鳟鱼湖站

• 批准号: 9512606
• 负责人: Timothy Kratz
• 金额: $ 6.7万
• 依托单位: University of Wisconsin-Madison
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1996
• 资助国家: 美国
• 起止时间: 1996-03-01 至 1998-02-28
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9512606&HistoricalAwards=false
• 关键词: Facility; Request; Center; Limnology; Trout

The Center for Limnology's Trout Lake Station provides access to a region with one of the densest concentrations of lakes in the world. Aquatic systems in this region range from temporary ponds to large lakes and represent a broad diversity of hydrologic, edaphic, and trophic conditions. Most of these systems lie within protected watersheds with low population densities. The diversity of these resources has led to an extensive history of aquatic research at the station. Early work began with the pioneering comparative investigations of Birge and Juday and was expanded upon by the whole-system experiments conducted by Hasler. Current programs at Trout Lake include several multi investigator, ecosystem-level investigations well as numerous smaller-scale projects involving population and community ecology, hydrology, fisheries biology, and basic limnology. Research activities at the station have undergone a major improvements in both the physical plant and the research capabilities of the station. This support will continue improvements in basic research capabilities. Specifically, support will be provided for instrument systems (a dissolved inorganic carbon, dissolved organic carbon analysis system; a dissolved oxygen, multi-parameter water monitor; and a hydroacoustic, fish sensing system) which will contribute substantially to the basic research capacity of the station. These improvements will help meet the primary goal of maintaining the Trout Lake Station as a national and inter- national center for aquatic research.

林木学中心的鳟鱼湖站提供了通往世界上最密集的湖泊之一的地区。 该区域的水生系统范围从临时池塘到大湖泊，代表了水文，edaphic和营养条件的广泛多样性。 这些系统中的大多数位于人口密度较低的受保护流域内。 这些资源的多样性导致了车站的水上研究历史。 早期的工作始于Birge和Juday的开创性比较研究，并由Hasler进行的整个系统实验扩展。 鳟鱼湖的当前计划包括几个多重研究者，生态系统级调查以及许多涉及人群和社区生态，水文学，渔业生物学和基本林木学的较小规模的项目。 车站的研究活动在车站的物理工厂和研究能力方面都有重大改进。 这种支持将继续提高基础研究能力。 具体而言，将为仪器系统提供支持（溶解的无机碳，溶解的有机碳分析系统；溶解的氧气，多参数水监测器；和氢气，鱼传感系统），这将对车站的基本研究能力产生基本贡献。 这些改进将有助于实现作为国家和国家水上研究中心保持鳟鱼湖站的主要目标。