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News

September 29-30, 2011: GLWAF representatives will attend a 4-State Watershed Academy.

August 12, 2011: GLWAF president John Gillette will attend the multi-basin 4-state watershed conference in Rogers, Arkansas and present information about the Grand Lake watershed

August 10th, 2011: GLWAF chairman Carl Metcalf will make a presentation to the Webb City Rotary Club about watershed issues and about the GLWAF organization.

August 7th, 2011: Elk River Watershed Improvement Association, an Elk River citizens group, has submitted five watershed plans to the Missouri Department of Natural Resources for their consideration and possible approval. This is for Elk River tributary streams involving more than 120 stream miles. This provides the basis for future funding for water quality improvement projects.

July 21st, 2011: GLWAF urges the state of Oklahoma to move forward to formally partner with the watershed states of Arkansas, Kansas, and Missouri to address water quality issues within the Grand Lake watershed.

July 16th 2011: GLWAF meets with citizens and stakeholders at the Cherokee Yacht Club on Grand Lake about actions that need to be taken to protect Grand Lake's water quality.

July 16th, 2011: GLWAF asks Grand Lake watershed citizens and stakeholders to use phosphorous free fertilizers unless soil tests show phosphorous is needed. Protecting water quality in Grand Lake requires the reduction of phosphorous entering Grand Lake.

July 16th, 2011: GLWAF asks public and privately owned waste water treatment plants located in the Oklahoma portion of the Grand Lake watershed to voluntarily reduce the amount of phosphorous discharged.

June 24, 2011: The Grand River Dam Authority (GRDA) announced that blue-green algae had been identified and was present at three locations on Grand Lake O' The Cherokees in northeast Oklahoma. The locations were near the Bernice State Park, on Horse Creek, and on the back of Duck Creek. The Oklahoma Department of Environmental Quality announced persons should avoid body contact with the blue-green algae. Grand Lake users are also urged to report any sightings of blue-green algae to the GRDA Eco-systems office. ...read more


Welcome on behalf of the Foundation Board of Directors

Here you will discover considerable water quality educational material. You can learn more about your 10,298 square mile Grand Lake watershed and its water quality conditions. You will come to understand the Foundation’s concern ...read more

Read our Foundations Strategic Plan to Improve Water Quality

Click here for more info.

Water Quality Risk

Much of the water quality in the 10,298 square mile Grand Lake watershed is at risk from elevated levels of nutrients/phosphorous (Watershed Map). We believe water quality will continue to decline during the next 10 years unless drastic action is taken and improvement projects are completed.

The Grand Lake watershed is a large complex watershed located in parts of Arkansas, Kansas, Missouri and Oklahoma. Our watershed has regional and national economic importance. (Do You Know?)  Continue reading Water Quality Risk

The Marion Reservoir Story

by Peggy Blackman who is a coordinator for the Kansas WRAPS program
blue-green-algae-bloom
Blue-Green Algae Bloom at Marion Reservoir which is located in the Grand Lake Watershed[Photo Courtesy of Peggy Blackman]

Protecting water quality is serious business that shouldn’t be taken lightly. Polluted waters can affect the quality of your life. I and citizens in my community know first hand what happens when your reservoir waters become polluted to the point of concern about public health risks.

Continue reading The Marion Reservoir Story

Flyover Video Neosho River

ARRA-Neosho


Video of the Neosho River furnished courtesy of KANSAS WATER OFFICE and KANSAS STATE WATER PLAN FUND.

This aerial video shows about a 3.5 mile portion of the Neosho River located above the John Redmond Reservoir ending where the Neosho River and Cottonwood River join in Kansas. The video depicts (using a numbered “hot-spot”) priority locations that contribute significant amounts of sediment loading into the Neosho River. The Kansas Water Office (KWO) will soon begin a Stream Bank and Riparian Resoration Project at these sites. This is part of a KWO Stream and Reparian Restoration Study of the Neosho and Cottonwood Rivers located above John Redmond Reservoir.

The Kansas Department of Health and Environment has identified impairements to the ecosystem quality because of excessive sediment and nutrient loading into John Redmond Reservoir. John Redmond Reservoir was constructed in1959-1964 and it has lost about 39% of its reservoir water storage capacity due to sediment movement and silting.