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首页> 外文期刊>Hydrological Processes >Turkey Lakes Watershed, Ontario, Canada: 40 years of interdisciplinary whole-ecosystem research
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Turkey Lakes Watershed, Ontario, Canada: 40 years of interdisciplinary whole-ecosystem research

机译:土耳其湖滨公园,安大略省,加拿大:40年的跨学科全体生态系统研究

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摘要

The Turkey Lakes Watershed (TLW) study is a federal, interdepartmental study established in 1979 to investigate the effects of acid rain on terrestrial and aquatic ecosystems. The 10.5 km(2) watershed, located in the Eastern Temperate Mixed Forest on the Canadian Shield, has been the site of multidisciplinary studies on biogeochemical and ecological processes conducted across plot to catchment scales. The whole-ecosystem investigative approach was adopted from the outset and has allowed research to evolve from its original (and continuing) acidification focus to include investigations on the effects of climate change, forest harvesting and other forest ecosystem perturbations. The extensive scientific and support infrastructure allows for collection of a comprehensive data record essential for understanding long-term environmental trends. Data include atmospheric deposition, meteorology, stream hydrology and chemistry, soil, pore and ground water properties, understory and overstory vegetation, lake and outflow physical and chemical properties, and aquatic macroinvertebrate and fish community composition and abundance. These data have contributed to over 400 published research papers and graduate theses. The watershed has also figured prominently in many continent-wide comparisons advancing fundamental watershed theory. The knowledge gained at TLW has influenced pollutant emission and natural resource management policies provincially, nationally and internationally.
机译:土耳其湖流域(TLW)研究是一项联邦,跨部门研究于1979年成立,探讨酸雨对陆地和水生生态系统的影响。 10.5公里(2)分水岭,位于加拿大盾牌的东部温带混合林,一直是对横跨集距表中的生物地球化学和生态过程的多学科研究现场。从一开始就采用了全面生态系统调查方法,并允许研究从原来的(和持续的)酸化重点发展,包括对气候变化,森林收获和其他森林生态系统扰动的影响的调查。广泛的科学和支持基础设施允许收集综合数据记录,以了解长期环境趋势。数据包括大气沉积,气象学,流水文和化学,土壤,孔隙和地下水性质,林下和覆盖植被,湖泊和流出物理和化学性质,以及水生形近似的植物和鱼群组成和丰富。这些数据促成了400多个公布的研究论文和毕业论文。流域也在许多大多数范围的比较方面突出了推进基础分水岭理论。 TLW获得的知识影响了普遍存在的污染物排放和自然资源管理政策,全国和国际。

著录项

  • 来源
    《Hydrological Processes 》 |2021年第4期| e14109.1-e14109.8| 共8页
  • 作者单位

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Environm Canada & Climate Change Water Sci & Technol Branch Montreal PQ Canada;

    Environm Canada & Climate Change Water Sci & Technol Branch Burlington ON Canada;

    Environm Canada & Climate Change Water Sci & Technol Branch Burlington ON Canada;

    Environm Canada & Climate Change Atmospher Sci & Technol Branch Toronto ON Canada;

    Environm Canada & Climate Change Atmospher Sci & Technol Branch Toronto ON Canada;

    Fisheries & Oceans Canada Great Lakes Lab Fisheries & Aquat Sci Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

    Nat Resources Canada Canadian Forest Serv Great Lakes Forestry Ctr 1219 Queen St E Sault Ste Marie ON Canada;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Turkey Lakes shed study; water; acidification; climate change; ecosystem study; harvest impacts; soil; vegetation; water;

    机译:土耳其湖棚研究;水;酸化;气候变化;生态系统研究;收获影响;土壤;植被;水;
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