Water Quality Monitoring Efforts

Assessment and reporting of our State's stream water quality is performed by the Watershed Assessment Branch of DEP.  Teams of biologists and environmental specialists measure water quality and habitat information on-site; collect waters samples for laboratory analysis; and collect benthic macroinvertebrate and fish from streams and lakes throughout the state. A report documenting the Watershed Assessment Branch's Water Quality Monitoring Strategy was last updated in 2007. The Watershed Assessment Branch's Standard Operating Procedures (SOP) page can be found following the this link.  

Biological and water quality data are collected throughout the year for a variety of purposes. Below is a listing and description of the major quality monitoring efforts.  Water quality data from all of these efforts are maintained in a central database and are available to the public via our Water Quality Data Reporting tool.

A listing of our stream codes and names can be found by clicking here.

Ambient Water Quality Monitoring (AWQM) Network
 

The network currently consists of 26 fixed (long-term) stations which are sampled bi-monthly. Sampling stations are located at the mouths of the state’s larger streams and rivers. Currently (2009-2011), all Monongahela River Basin sites are being sampled monthly, during the summer and fall.

            > Map of Ambient Stations
            > Data - link to chart tool

Pre-TMDL Development Monitoring
 

The objective of this intensive monitoring effort is to collect sufficient data for TMDL modelers to develop stream restoration plans.

            > TMDL Development Cycle Map
            > More information on Total Maximum Daily Loads

 Probabilistic (Random) Monitoring Program
  This program utilizes sites that are selected randomly.  The data collected at these sites can be subjected to statistical analysis to provide estimates of conditions of wadeable streams within a watershed, ecoregion, or statewide.
 Deployable or 'Continuous Monitoring'
 

Continuous data obtained from long-term deployments of water quality meters will be utilized to better understand how water quality varies over time and how it relates to watershed geology, climate, and landuse.  Following are some Deployable monitoring projects:
        - effects of limestone fines additions to acid precipitation impacted streams
        - Potomac fish health
        - Dunkard Creek
        - AML (Abandoned Mine Lands) Projects
            

 Special Studies - click here for link to special studies summary page
 

As water quality issues arise and special sampling efforts are pursued to collect water quality and biological information to help understand the situation and possibly provide solutions.  

Following are links to various studies.

            > Greenbrier River Algae
            > Selenium Bioaccumulation studies
            > Dunkard Creek Fish Kill 2009 Information 
            > Mountain Top Mining Environmental Impact Statement (EIS)
            > C-8 - Ammonia Perfluorooctanoate
            > Potomac and Shenandoah River Fish Kills Investigations

Reports
  Follow this link to a Summary Page of many reports about the health of West Virginia streams.
Benthic Macrinvertebrate and Fish Information
 

Follow this link to a page that provides information concerning Biologic Data (incl. Fish)

         >  Link to West Virginia Stream Condition Index (WVSCI)

Standard Operating Procedures (SOP)
  Watershed Branch SOPs 
 Lake Monitoring
  In 2006, the Watershed Assessment Branch resumed sampling lake, reservoir, and pond waterbodies after an absence of activity since 1996. Using the rotating Watershed Basin Schedule, much like TMDL sampling, and the targeted Wadeable Stream Monitoring, sampling occurs on targeted lakes (within the watershed group for that year) four times during the summer months (May-August). The number of stations per lake varies and is generally proportional to the size of the lake or the number of major branches or arms of the lake. The components of sampling include a vertical water chemistry profile (including the physiochemical properties, nutrients, and turbidity measurements), chlorophyll-a and fecal coliform sampling, Secchi depth, and some limited habitat and disturbance observations.

 Stream monitoring codes list.

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