In October, a delegation with the China Ministry of Agriculture visited the Clermont SWCD office on their tour of American agriculture. The delegation was deeply interested in programs that are available to farmers and mapping soils, including soil health. The delegation visited with staff from our office and Lori Lenhart with the Natural Resources Conservation Service.
Recently, Duke Energy and the Clermont Soil and Water Conservation District (SWCD) partnered with a homeowners’ association in a Union Township subdivision to combat runoff problems and beautify the neighborhood at the same time.
Under a $25,000 grant from the Duke Energy Foundation, Clermont SWCD worked with the Shayler Woods Homeowners Association (HOA) to install a 1000 square foot rain garden in a section of the subdivision where storm water did not receive any treatment before it reached a small creek. The garden will catch storm flows from two small drainage areas and allow it to soak into the ground over a day or two rather than running off into the creek. Along with reducing flow, the garden will help filter pollutants, including nutrients found in lawn fertilizers what can contribute to algae blooms.
Gene Benninger, the president of the Shayler Woods HOA, said “We are pleased that our community was chosen for this project. It has greatly enhanced the appearance of the landscape, and we look forward to Spring when everything will be blooming.”
Clermont SWCD offers guidance to any landowner in Clermont County, including homeowners associations, interested in creating their own rain garden. Requests for assistance can be made by calling (513) 732-7075. or sending an email to email@example.com.
The Clermont Soil & Water Conservation District (SWCD) will continue to offer assistance to agencies, local governments and landowners with the ongoing efforts to eradicate the Asian Longhorned Beetle (ALB) pest from Clermont County. It is a resource issue of utmost concern to the District.
A successful pond is only as good as proper pond construction and proper construction begins with the knowledge of the builder. A pond should have 25% of its basin at a depth of eight feet or greater and side slopes at a 3:1 ratio (three feet out, one foot down). A minimal round pond size built to this spec. will be approx. 100 feet in diameter. This does three things, it gets you into deeper water quickest while maintaining a stable slope on your bank, creates “open water” on your pond and provides proper habitat for spawning.
A Pollution Diet Coming for the East Fork Watershed
Ever wonder how clean our water resources are? Is the water safe to drink? Is it ok for my children to swim in the river? Or is the river healthy enough to fish from? Thanks to the Clean Water Act (CWA) the answers to these questions aren’t hard to find. Under the CWA, the U.S. Environmental Protection Agency (EPA) is tasked with keeping Ohio’s waters fishable swimmable and drinkable and each state has adopted standards to measure how water bodies are meeting these goals. Ohio EPA (OEPA) uses a set of standards coined biocriteria to determine whether a stream meeting the fishable goal. In other words they look at the health of the fish and macroinvertebrate communities to identify if a stream has poor water quality or other impairments. If a river is determined to be impaired then OEPA develops a Total Maximum Daily Load (TMDL) for that watershed where it identifies all of the sources of pollutants and puts daily limits on those sources in an effort to clean up that river. Enforcement of those limits could include pollutant load reductions from point sources of pollution, such as waste water treatment plants, or implementation of Best Management Practices (BMPs) for nonpoint sources, such as agriculture or urban runoff.
In 2012 OEPA began their study of the East Fork of the Little Miami River, which is 80 miles long and drains a 500 square mile watershed. They sampled around 90 sites for chemistry, stream habitat and fish and macroinvertebrate health. The technical support document released by OEPA names the principal cause of impairment in the East Fork as organic enrichment, and to a lesser extent nutrient enrichment. Nutrient enrichment can come from leaky sewers, the over application of fertilizers and sometimes even natural sources such as soil types high in phosphorus. Organic enrichment can come from natural sources such as decomposing plant material, or unnatural sources like sewage or manure. Organic enrichment is harmful to aquatic life, such as fish and macroinvertebrates, because bacteria consume oxygen while processing organic materials, leading to oxygen stress on aquatic life. Nutrients can also cause oxygen depletion by encouraging the overgrowth of algae, which consume oxygen during nighttime respiration. In the East Fork, OEPA identified wastewater treatment plants and nonpoint source pollution from agriculture and on-site sewage systems as the sources of organic and nutrient enrichment, but the plan for addressing these pollution sources (TMDL) isn’t expected to be released until the spring of 2015. This plan will be in draft form and there will be a comment period during which stakeholders can express their concerns or comments with OEPA.
Despite the state being responsible for regulating pollution sources in the East Fork watershed, local stakeholders are taking a very active role in the outcome of the TMDL and how the watershed is managed. The East Fork Water Quality Cooperative, comprised of Natural Resources Conservation Service, US Environmental Protection Agency, Farm Services Agency, US Army Corp of Engineers, USGS, and Clermont County SWCD and Office of Environmental Quality, have been pooling resources to assist in determining the causes and sources of water quality impairment in the East Fork Watershed since 1996. Much of the data collected by the Cooperative is being used by the state in development of the TMDL. Additionally we’re using data collected at small spatial scales, i.e. individual properties, to determine if we can cost effectively improve water quality in the East Fork River by strategically placing best management practices in areas that are sources of the highest amount of pollutants. The Cooperative is also very interested in improving water quality in Harsha Lake which is a recreational resource and a drinking water source for approximately 100,000 residents of Clermont County. By pooling resources and working closely with farmers and water resource managers, the Cooperative is at an advantage in ensuring we have a healthy watershed for everyone to enjoy.
Do you currently have livestock on your property? Cattle, horses, sheep, goats, alpacas…? Do you also have a stream running through your property that your animals have access to? If so, then there’s a cost share program that you may greatly benefit from called the Conservation Reserve Program (CRP). If you or someone you know is looking for a clean source of water to capture for your livestock to drink then read on…
Many different plants grow in and around the pond. They convert sunlight energy into organic materials; the basis for dissolved oxygen in your pond. When there is an overabundance of plants, they become aquatic weeds. Control of aquatic weeds can be tough, especially algae. There are two types of algae, filamentous and planktonic. Filamentous is often seen as a yellowish green mat on the surface. This algae starts life on the bottom of the pond and feeds on oxygen as it nears the top. This occurs after very low levels of water allow the algae to be exposed on the bottom or disturbance causes it to break free from the bottom and circulate through the water. Planktonic algae is a microscopic plant floating in the upper few feet of water. It appears as soup green, brown, or bright green colored paint split on the surface. Copper Sulfate is one method of algae control. Follow the label recommendations for best results and do not over apply.
The Clermont SWCD has several 60 gallon plastic rain barrel kits in stock for the amazing wholesale price of $80 (actual retail price is $120)! The terra cotta colored barrels are very high quality and come with spigot and nylon plugs required for simple operation.