首页> 美国政府科技报告 >Total Maximum Daily Loads of Fecal Coliform for the Restricted Shellfish Harvesting Area in Little Creek and a Water Quality Analysis of Fecal Coliform for Shipping Creek of the Eastern Bay Basin in Queen Anne's County, Maryland.

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Total Maximum Daily Loads of Fecal Coliform for the Restricted Shellfish Harvesting Area in Little Creek and a Water Quality Analysis of Fecal Coliform for Shipping Creek of the Eastern Bay Basin in Queen Anne's County, Maryland.

机译：Little Creek限制性贝类收获区粪大肠菌总日最大负荷量及马里兰州安妮女王县东部湾流域河流粪大肠菌水质分析。

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Section 303(d) of the federal Clean Water Act (CWA) and the U.S. Environmental Protection Agencys (EPA) implementing regulations direct each State to identify and list waters, known as water quality limited segments (WQLSs), in which current required cont ...

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年度 2002
页码 1-49
总页数 49
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Anacostia River Basin; Eastern Bay Basin; Fecal bacteria; Maryland; Queen Anne's County(Maryland); Tributaries; Water quality; Water quality standards; Watersheds;

机译：阿纳科斯蒂亚河流域;东部湾盆地;粪便细菌;马里兰州;安妮女王县（马里兰州）;支流;水质;水质标准;流域;

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专利

1. Development of the Fecal Coliform Total Maximum Daily Load Using Loading Simulation Program C~(++) and Tidal Prism Model in Estuarine Shellfish Growing Areas: A Case Study in the Nassawadox Coastal Embayment, Virginia [J] . Jian Shen, Shucun Sun, Taiping Wang Journal of Environmental Science and Health. A, Toxic/Hazardous Substances & Environmental Engineering . 2005,第9期

机译：利用河口贝类养殖区的装载模拟程序C〜（++）和潮汐棱镜模型开发粪大肠菌群总日最大装载量：以弗吉尼亚州纳萨瓦多克斯海岸港区为例
2. THE IMPACT OF SEDIMENT FECAL COLIFORM RESERVOIRS ON SEASONAL WATER QUALITY IN OAK CREEK, ARIZONA [J] . CHRISTINE CRABILL, RAVIN DONALD, JULIE SNELLING Water Research . 1999,第9期

机译：沉积物大肠状储层对亚利桑那州橡树海季水质的影响
3. ENHANCING FECAL COLIFORM TOTAL MAXIMUM DAILY LOAD MODELS THROUGH BACTERIAL SOURCE TRACKING [J] . Kenneth E. Hyer, Douglas L. Moyer Journal of the American Water Resources Association . 2004,第6期

机译：通过细菌源跟踪来增强粪便大肠菌群的最大每日最大负荷模型
4. Developing a Cost-Effective Methodology to Manage Fecal Coliform Loading in Shellfish Harvesting Areas of Upper Chesapeake Bay, Maryland [C] . G. McAllister Sisson, Zhenghua Jin, Lee Currey, International Conference on Estuarine and Coastal Modeling . 2008

机译：开发一种经济高效的方法来管理贝壳鱼收获地区的野生大肠菌群，马里兰州
5. The use of selected water quality parameters to identify fecal coliform sources in support of the Sinking Creek total maximum daily load [D] . Floresguerra, S. Maria 2003

机译：使用选定的水质参数来识别粪大肠菌源，以支持Sinking Creek的总最大日负荷
6. Historical trends and concentrations of fecal coliform bacteria in the Brandywine Creek basin, Chester County, Pennsylvania / [O] . Town, Debra A., Geological Survey (U.S.), Chester County (Pa.)., 2001

机译：宾夕法尼亚州切斯特县布兰迪万河流域粪大肠菌群的历史趋势和浓度/
7. Total Maximum Daily Loads of Fecal Coliform for Restricted Shellfish Harvesting Areas in Magothy River, Tar Cove, and Forked Creek and a Water Quality Analysis of Fecal Coliform for Deep Creek of the Magothy River Basin in Anne Arundel County, Maryland. [R] . 2005

机译：magothy River，Tar Cove和Forked Creek限制性贝类收获区的粪大肠菌总日最大负荷量和马里兰州anne arundel县magothy河流域深溪粪大肠菌群的水质分析。

Total Maximum Daily Loads of Fecal Coliform for the Restricted Shellfish Harvesting Area in Little Creek and a Water Quality Analysis of Fecal Coliform for Shipping Creek of the Eastern Bay Basin in Queen Anne's County, Maryland.

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