Western Lake Erie

First year of H2Ohio initiative is a success

The Ohio Department of Agriculture recently reported that it continues to see strong interest from agricultural producers who want to participate in the H2Ohio.
Over the past year, agriculture has realized numerous successes in Gov. Mike DeWine’s water quality initiative, with over a million acres of farmland impacted.

H2Ohio program breakdown

With the passage of Ohio’s biennium budget for fiscal years 2022 and 2023, ODA plans to dedicate nearly $60 million annually toward the H2Ohio initiative over the next two years. ODA will continue the program in the originally targeted 14 counties of the Maumee River Watershed and has expanded the program to the remaining 10 counties in the Western Lake Erie Basin.

ODA will continue to offer seven best management practices aimed at reducing nutrient loss from cropland through better nutrient management, erosion management and water management. The first year of H2Ohio enrollees are wrapping up their growing seasons with the first round of those practices. Preventing the over-application of nutrients and then keeping those nutrients on the land is critical.

Also in this last year, the Department of Natural Resources began work on another 33 wetland projects totaling 5,052 acres. These projects are located throughout Ohio though the majority of them are based in the Western Lake Erie Basin, which means more the water from more land in the watershed will be slowed down and filtered through these additional wetlands. Fewer nutrients will end up in Lake Erie and other water bodies. The Ohio Environmental Protection Agency is also working on water and sewer projects.

ODA also reported that it will also launch a statewide watershed management program, created through the passage of House Bill 7 in 2020. This new watershed management program will assess water quality concerns at the regional level throughout the state and identify management practices to protect watersheds and improve water quality in areas of impairment.