21.12.2015 Views

Watershed Achievements Report

wq-cwp8-18

wq-cwp8-18

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

<strong>Watershed</strong> Minnesota River <strong>Achievements</strong> Basin <strong>Report</strong> 2008<br />

<strong>Watershed</strong> <strong>Achievements</strong> <strong>Report</strong> Statewide 2015<br />

Yellow Medicine <strong>Watershed</strong><br />

Lower Minnesota River Dissolved<br />

Oxygen Elevation Project<br />

Prompted by water quality issues in the Hawk Creek<br />

watershed, a group of concerned citizens and local, state,<br />

and federal representatives from the three counties in<br />

the watershed began meeting in 1997 to work together<br />

to address these water quality issues. Known as the Hawk<br />

Creek <strong>Watershed</strong> Committee, the group determined<br />

their long-term goal to be “improving the water quality/<br />

quantity issues in the watershed, while also promoting<br />

a healthy agricultural, industrial, and recreational based<br />

economy for the region.”<br />

The Hawk Creek <strong>Watershed</strong> drains 623,105 acres of<br />

land. It is comprised of a main tributary (Hawk Creek)<br />

and several other streams that flow directly into the<br />

Minnesota River. Hawk Creek originates in the lakes<br />

region of Kandiyohi County and flows approximately 65<br />

miles to its mouth in the Minnesota River, located eight<br />

miles southeast of Granite Falls. Agriculture occupies<br />

approximately 88% of the land in the watershed.<br />

The primary goal of this project was to implement BMPs<br />

that decrease phosphorus runoff and increase water<br />

infiltration in agricultural and urban areas in an effort<br />

to achieve the water quality conditions outlined in the<br />

Lower Minnesota River Dissolved Oxygen TMDL.<br />

Throughout the duration of this grant, a total of 44<br />

BMP projects were implemented with a reduction of<br />

an estimated 23,653.43 pounds of phosphorus per year<br />

and 4,529.27 tons of sediment per year and saving an<br />

estimated 947.50 tons of soil per year. Water quality<br />

monitoring has shown BMP implementation is working<br />

with the reduction in phosphorus and sediment, but<br />

they are still not to ecoregion standards. Hawk Creek<br />

<strong>Watershed</strong> Project (HCWP) will continue the goals of<br />

water quality improvement and increased watershed<br />

citizen involvement.<br />

Goals<br />

• This project aimed to implement the following BMPs:<br />

7 alternative intakes, 5 side inlets, 1 feedlot waste<br />

reduction project, 1 rain garden, 1 bank stabilization,<br />

and 1 grade stabilization. In total, a phosphorus<br />

reduction of 485 pounds per year was anticipated.<br />

• This project anticipated the enrollment of 100 acres of<br />

buffer strips, which will reduce phosphorus loading by<br />

849 pounds per year.<br />

• This project aimed to restore 165 acres of wetlands,<br />

with a phosphorus reduction of 3,929 pounds per year.<br />

Results that count<br />

• BMPs installed during this grant period include 1<br />

alternative intake, 11 side inlets, 1 bio-engineered<br />

streambank stabilization, 1 agriculture waste project,<br />

1 rain garden, and 1 water and sediment control basin<br />

for a total of 441.58 total treated acres, a phosphorus<br />

reduction of 18,547.12 pounds per year, a sediment<br />

reduction of 289.53 tons per year, and soil saved 289.53<br />

tons per year. We exceeded our goal of the anticipated<br />

phosphorus reduction by 18,062.12 pounds per year.<br />

• 144.80 acres were enrolled in a buffer program,<br />

resulting in a phosphorus reduction of 1,176.83 pounds<br />

per year, a sediment reduction of 935.82 tons per year,<br />

and 488.99 tons per year. We exceeded our goal of the<br />

anticipated phosphorus reduction by 327.83 pounds<br />

per year.<br />

• 138.40 acres of wetlands were restored, resulting in a<br />

phosphorus reduction of 3,929.48 pounds per year, a<br />

sediment reduction of 3,303.92 tons per year, and soil<br />

saved 168.98 tons per year. We exceeded our goal of<br />

the anticipated phosphorus reduction by 0.48 pound<br />

per year.<br />

Lessons learned/Recommendations<br />

Building cooperative working relationships with<br />

communities and property owners is of the utmost<br />

importance in maintaining a successful program.<br />

Without interest and active participation of landowners,<br />

implementation would be impossible. The reputation of<br />

HCWP as a trusted partner in the arena of soil and water<br />

conservation is at the core of our ability to secure and<br />

implement pollutant reducing BMPs.<br />

It is also important to recognize that individual farming<br />

operations and communities have a wide range of needs.<br />

To continue to be successful, a program must remain<br />

as flexible as possible to serve the unique needs of each<br />

individual producer. Project guidelines and goals must be<br />

established without inhibiting the ability to diversify our<br />

practices to meet the needs of the people we serve.<br />

Feedback/Suggestions<br />

Grant funds need to be inclusive enough to include<br />

unforeseen expenses that are necessary to administer<br />

the grant and fulfill grant objectives. Grant funds should<br />

allow for expenditures that are necessary and required in<br />

order to continue to operate and fulfill grant obligations.<br />

Minnesota Pollution Control Agency www.pca.state.mn.us 83

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!