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The West River Watershed Alliance (WRWA) is a Vermont non-for-profit
corporation composed of individual citizens, representatives of civic
and business organizations and governmental agencies with
responsibilities for planning or managing the use of water and other
natural resources.
The goals of the WRWA are to help protect, enhance, and raise
awareness of the environmental, cultural, and economic health of the
water, land, and communities of the West River watershed. Further goals
of the WRWA include the Saxtons River, and Williams River watersheds.
A group of citizens and organizations, known as the West River
Watershed Alliance Steering Committee, began meeting to develop
community based watershed forums for the West River Watershed, in 1998
and 1999. The result of the public forums was an action plan that
followed a holistic watershed approach to: define environmental,
economic and educational issues; conduct scientific assessments and
analysis; consider educational and public outreach programs; and
promote community and government interaction to address issues.
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Last Updated ( Saturday, 20 October 2007 )
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West River Watershed Alliance 2007 Annual Report and 5 Year Summary includes:
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Introduction
- Methods
- Results for 2007
- A. The West River & Its Tributaries
- B. The Williams River
- C. The Saxtons River
IV. Results for 2002 – 2007
- A. The West River & Its Tributaries
- B. The Williams River
C. The Saxtons River
IV. Conclusion
WRWA_2007AnnualReport_5yrSummary 25/01/2008,13:18 2.41 Mb
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Last Updated ( Friday, 25 January 2008 )
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A group of citizens and organizations, known as the West River
Watershed Alliance Steering Committee, began meeting to develop
community based watershed forums for the West River Watershed, in 1998
and 1999.
The result of the public forums was an action plan that
followed a holistic watershed approach to: define environmental,
economic and educational issues; conduct scientific assessments and
analysis; consider educational and public outreach programs; and
promote community and government interaction to address issues.
View the PDF brochure below for more in depth information
WRWA brochure 3_08 01/04/2008,12:52 1.82 Mb
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Last Updated ( Tuesday, 01 April 2008 )
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The EPA standard for E. coli at swimming
beaches is 235 colonies/100mL of sample water. The Vermont State
Standard in Class B waters is 77 colonies/100mL of sample water.
A pH of 7 is considered to be
neutral. When the pH is less than 7, it is acidic; a pH greater than 7
is basic. A pH value between 7.0 and 8.0 are optimal for supporting a
diverse aquatic ecosystem. Vermont Water Quality Standards require that
pH values shall be maintained within the range of 6.5 and 8.5, where
both the change and the rate of change in pH values shall be controlled
to ensure the full support of the aquatic biota, wildlife, and aquatic
habitat uses.
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Last Updated ( Wednesday, 18 July 2007 )
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E.coli, Ph, Water temperature, Nitrate, Total Phosphorus, Total Suspended solids ....
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The West River Watershed Alliance (WRWA) recognizes the importance
of water quality monitoring on the West River watershed and has devised
a volunteer-based program to continue previous monitoring efforts.
The West River watershed has been designated as a “special focus
area - high priority” by the United States Fish and Wildlife Service
(USFWS) because of its rare species, potential for Atlantic salmon
restoration, and contiguous habitat type. Specific threats to the West
River watershed identified by USFWS and The Nature Conservancy of
Vermont (TNC) are sedimentation and thermal modification due to
riparian vegetation removal, flood control dams, erosion and flow
alteration. Observed changes, especially in the condition of the West
River , over the last several years have increased public awareness and
concern for its ecological health and the health of those using the
Watershed for recreational purposes.
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Last Updated ( Wednesday, 18 July 2007 )
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A watershed is any area of land that drains water to common point. The
physical, chemical and biological makeup of a waterbody is created by
its surrrounding physical features and geologic origins. Analysis of
these features aids understanding of stream-watershed relationships.
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