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Total Maximum Daily Loads of Nitrogen for Three Tidal Tributaries and Total Maximum Daily Load of Biochemical Oxygen Demand for One Tributary in the Newport Bay System, Worcester County, Maryland.

机译：Total maximum Daily Loads of Nitrogen for Three Tidal Tributaries and Total maximum Daily Load of Biochemical Oxygen Demand for One Tributary in the Newport Bay system, Worcester County, maryland.

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This document establishes Total Maximum Daily Loads (TMDLs) for four portions of the Newport Bay system: Ayer Creek, Newport Creek, Newport Bay mainstem and Kitts Branch. Newport Bay (basin code 02-13-01-05) was identified on the States 1996 list of water quality limited segments (WQLSs) submitted to the U.S. Environmental Protection Agency (EPA) by Maryland Department of the Environment (MDE) as impaired by nutrients and fecal coliform. The TMDLs described within this document were developed to address localized water quality impairments identified within these four portions of the watershed; the fecal coliform in these portions of the Newport Bay watershed and nutrient impairments in other portions of the watershed will be addressed at a future date.

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年度 2003
页码 1-127
总页数 127
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Water quality; Nitrogen; Watersheds; Maryland; Coliforms; Nutrients; Streams; Water pollution control; Total maximum daily loads(TMDLs); Newport Bay; Worcester County(Maryland);

机译：水质;氮;流域;马里兰;大肠菌群;营养素;溪流;水污染控制;总日最大负荷（TmDLs）;纽波特湾;伍斯特县（马里兰州）;

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2. 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
3. Combined inverse modeling approach and load duration curve method for variable nitrogen total maximum daily load development in an agricultural watershed [J] . Dingjiang Chen, Jun Lu, Hailong Wang, Environmental Science and Pollution Research . 2011,第8期

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4. Combined inverse modeling approach and load duration curve method for variable nitrogen total maximum daily load development in an agricultural watershed [J] . Dingjiang Chen, Jun Lu, Hailong Wang Environmental Science and Pollution Research . 2011,第8期

机译：逆建模与负荷持续时间曲线相结合的方法用于农业流域可变氮总最大日负荷发展
5. Geographic Information System Support for Total Maximum Daily Load Analysis of the Mattole River Watershed, Humboldt County, California [C] . Joshua H. Johnson, Joshua H. Viers, Ben Kozlowicz, California and the World Ocean Conference . 2005

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6. Adaptive Management in the Chesapeake Bay Total Maximum Daily Load (TMDL) Program: How Do Local Watershed Managers Address Uncertainty and Use Adaptive Management? [D] . Friesner, Richard Kenneth. 2015

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7. A framework for uncertainty and risk analysis in Total Maximum Daily Load applications [O] . Rene A. Camacho, James L. Martin, Tim Wool, -1

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9. Total Maximum Daily Loads of Nitrogen and Phosphorus for Five Tidal Tributaries in the Northern Coastal Bay System, Worcester County, Maryland. [R] . 2001

机译：马里兰州伍斯特县北部沿海湾系统中五个潮汐支流的最大日氮负荷总量。

Total Maximum Daily Loads of Nitrogen for Three Tidal Tributaries and Total Maximum Daily Load of Biochemical Oxygen Demand for One Tributary in the Newport Bay System, Worcester County, Maryland.

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