We hate to be the bearers of bad news, but the end of summer is quickly approaching.
While that means pumpkin spiced lattes, football, and changing leaves are all around the corner, it might also mean you are thinking about closing your pool for the season.
There are several things you should consider when preparing for the end of the season to help protect the natural resources and infrastructure in your area.
Draining Pool Water 101
1. Make Sure Pool Water is Chemical-Free Before Draining
Let pool water stand for a week (7 days) without adding any additional chemicals. This allows for chlorine to dissipate from the water. The pH range should be between 6.5 and 8.0 and residual chlorine/bromine needs to be less than 1.0 mg/l (ppm) before discharging. You can use a home test kit or strips to verify levels. Before draining, also clear as much sediment, debris, leaves, etc. from the pool water as you can.
Note: Any pool chemicals, pool filter backwash, and saltwater pool discharges are prohibited from being discharged in stormwater systems and drainage channels leading to steams. Water that is conveyed through stormwater systems is not treated prior to being discharged into natural waterways.
2. Be Mindful of Where You are Draining
Once pool water is free of all chemicals, the water should be discharged over landscaped area, lawns, or woods. These areas soak up water better than bare soils and helps to prevent erosion and sediment runoff. This practice also prevents picking up additional contaminants off hard surfaces like roadways or sidewalks. Be sure to keep the discharges on your property to prevent hardship to any neighbors.
3. Do Not Drain Everything at Once
Rather than a fast moving, concentrated stream, the best practice is to drain the water slowly over a few days to allow for the absorption of water into the ground. Spreading the water out over an area can also help to prevent erosion from the discharge. If draining from a hose, move the hose around to prevent continued saturation in one area.
4. Do Not Drain Pool Directly into Septic System
This can overwhelm the system and cause failures. Failed septic systems can discharge waste that has not been properly treated and pollute stormwater systems and natural waterways as well.
Photo Credit: Virginia Sea Grant
Bonus Tip to Protect Your Natural Waterways :
Make sure your pool chemicals are stored in labeled and lidded containers in a secure and dry storage area. Make sure that you are disposing any leftover chemicals or storage containers according to the direction on the container.
For more information on proper pool closure, contact our office at 513.695.1337
A horse, on average, can weigh nearly 1,000 pounds and can defecate roughly 13 times a day. This roughly equates to about 50 pounds of wet manure a day – including urine. The bedding that is gathered in the animal waste, also contributes to the weight. The bedding can increase the total volume to 2-3 feet of waste per day. Per one ton of manure, the nutrients that can be found include nitrogen, phosphorus, and potassium – with bedding having the potential to also affect the nutrient reading. If not managed properly, manure runoff can cause pollution with the potential to negatively impact local waterbody sources.
Keeping animal waste as dry as possible results in less waste that must be transported elsewhere. Consider a NRCS Conservation Practice for a waste storage facility which will help prevent runoff and is also helpful for winter storage, since Ohio does not allow manure spreading on frozen or snow-covered ground. For large facilities, cost-share options may be available.
Composting utilizes an accelerated decomposition process that uses the organisms and bacteria found growing in the soil that helps break down manure. The process requires proper oxygen and moisture levels, as well as proper feedstock mixture, to ensure proper microbial activity. The composting piles must be turned to ensure proper aeration and the final product of composting is a crumbly and has a low odor and resembles topsoil.
Contact a technician at Warren County Soil & Water Conservation District at (513) 695-1337 if you have questions.
Also, consider the Ohio Livestock Manure Management Guide written by OSU Extension: https://agcrops.osu.edu/sites/agcrops/files/imce/fertility/bulletin_604.pdf
Did you know that no matter where you live, everyone lives in a watershed? Yep, you read that right. Every part of Warren County, the state of Ohio, and the United States is all part of a watershed.
So now you may be wondering, what is a watershed? A watershed is a land area that drains to a central location, such as a lake, river, or ocean. Think of it as a shallow depression or bowl in the landscape where the “rim” is a ridge or hill. Here in Ohio, we have two main watersheds: the Lake Erie Watershed and the Ohio River Basin Watershed.
In Warren County, we are part of the Ohio River Basin Watershed, but when broken down even further, Warren County is made up of several smaller watersheds that drain to either the Great Miami River or the Little Miami River.
The Great Miami River is in the northwest corner of Warren County and flows through 15 counties in Ohio into the Ohio River. The Great Miami River’s watershed is comprised of urban development and agricultural land. The Little Miami River runs nearly the entire length of Warren County and, like the Great Miami River, flows into the Ohio River. The Little Miami River’s watershed spans across a large portion of southwestern Ohio, encompassing all or part of 11 counties. Much of the watershed that feeds into the Little Miami River is comprised of agricultural land, but the watershed still contains urban development. After the water from the Great Miami and Little Miami Rivers flows into the Ohio River, it makes its way to the Mississippi River and then reaches its destination in the Gulf of Mexico.
To understand more about how water systems are connected, it is important to note that even the smallest of actions can affect a watershed. Runoff from fields, lawns, and pavement could carry potentially harmful materials into the watershed. In Ohio, harmful algal blooms caused by phosphorus runoff, failing drinking water systems, wastewater, and aging water infrastructure are some of the top water issues that are being addressed. In 2019, Governor Mike DeWine launched H2Ohio, “a comprehensive water quality initiative that is working to strategically address serious water issues that have been building in Ohio for decades” (H2Ohio, 2019). The top priorities of H2Ohio include reducing phosphorus, creating wetlands, addressing failing septic systems, and preventing lead contamination.
H2Ohio in action locally! The Warren County Soil & Water Conservation District is in the process of securing a H2Ohio Wetland Grant that will fund the creation of a wetland to address stormwater flooding in Turtlecreek Township.
For more information on the Ohio River Basin visit https://www.savelocalwaters.org/ohio-river-watershed.html and for more information on H2Ohio visit https://h2.ohio.gov/about-h2ohio/.
For more information regarding watersheds, Warren County Soil and Water Conservation District programs and/or technical assistance, contact our offices at 513-695-1337 or email@example.com.
We have been hearing about not moving firewood and to check materials being moved from one place to another for potential invasive insect hitchhikers for a long time. Staying vigilant about doing so is a must as invasive insects are prevalent around the State of Ohio. One such insect that we should all be aware of is the spotted lanternfly (SLF). SLF, a plant hopper, is a native insect to China, India, and Vietnam. SLF was first detected in eastern Pennsylvania in 2014 and has been detected in many eastern States from New Hampshire to North Carolina as well as Michigan, and Indiana. Ohio populations were found in Cuyahoga, Lorrain and Jefferson Counties in 2021 and late last year SLF was confirmed in Hamilton County (Ohio Department of Agriculture. Facebook, 13 Oct. 2022, https://www.facebook.com/OhioDeptofAg/.).
According to the United States Department of Agriculture (USDA), “adult spotted lanternflies are about 1 inch long and one-half inch wide, and they have large and visually striking wings. Their forewings are light brown with black spots at the front and a speckled band at the rear. Their hind wings are scarlet with black spots at the front and white and black bars at the rear. Their abdomen is yellow with black bars. Nymphs in their early stages of development appear black with white spots and turn to a red phase before becoming adults. Egg masses are yellowish-brown in color, and most are covered with a gray, waxy coating prior to hatching.”
The primary host of SLF is the tree of heaven (Ailanthus altissima). Tree of heaven is a rapidly growing deciduous tree native to China that is now spread across North America. It is a problem as well because it spreads quickly and aggressively by producing enormous amounts of seed (approximately 300,000 annually) and it secrets a chemical into the soil that is toxic to surrounding plants. While finding an invasive insect that eats an invasive tree sounds like good news, it is not. Unfortunately, SLF also likes to dine on other plants and trees including grape, hop, apple, stone fruit, maple, poplar, pine walnut, sycamore, and willow.
SLF lays eggs on smooth host plant surfaces and on non-host material, such as bricks, stones, outdoor furniture, playground equipment, firewood, etc. Eggs hatch in the spring and early summer, and nymphs begin feeding on a wide range of host plants by sucking sap from young stems and branches. Adults appear in late July and start to feed. As the adults feed, they excrete a sticky sugary substance called honeydew. The fluid builds-up on plants and on the ground underneath infested plants, causing sooty mold to form. The feeding weakens the plant, reducing photosynthesis, and eventually can lead to killing the plant.
SLF can fly short distances, walk, and jump, but its long-distance movement is helped by humans thru moving infested materials. According to Ohio Department of Agriculture (ODA), “on October 28th, 2021, the ODA announced a quarantine to combat the spread of the spotted lanternfly. SLF is now designated a destructive plant pest under Ohio law, which increases inspections and restricts movement of certain items from infested counties in Ohio and other states into non-infested Ohio counties.”
If you suspect that you have found SLF, please call or email the Plant Pest Control Section of the Ohio Department of Agriculture: (614) 728-6400 or firstname.lastname@example.org. or report via the EDDMapS Great Lakes Early Detection Network mobile app. For more information regarding SLF, Warren County Soil and Water Conservation District programs, and/or technical assistance on water or soil questions, visit http://warrenswcd.com or call 513-695-1337.
Ohio Department of Agriculture - https://agri.ohio.gov/divisions/plant-health/invasive-pests/slf
USDA Animal and Plant Health Inspection Service - https://agri.ohio.gov/divisions/plant-health/invasive-pests/slf
New York State Integrated Pest Management, Cornell University - https://nysipm.cornell.edu/whats-bugging-you/spotted-lanternfly/
Penn State Extension – Tree of Heaven - https://extension.psu.edu/tree-of-heaven
There are many ponds in Warren County. Some are attractive, full of water, and look healthy. Some are only half full, choked with weeds, and an eyesore on the landscape. If you are considering building a pond on your property, which type you might end up with (attractive or eyesore) depends largely upon some careful research and planning before the bulldozers and backhoes roll in. The two most important considerations are soil type/texture within the pond site and quantity/quality of the drainage area feeding into the pond site.
Soil conditions vary widely and sometimes abruptly across the landscape. The ideal soils for pond construction are fine silty clays that pack well with low permeability. Warren Co SWCD's office recommends that soils be investigated early in the planning process to identify whether suitable clay is available within the site. This investigation can generally be performed with a normal construction backhoe. A series of holes are dug within the site to a depth exceeding the expected pond bottom. This reveals the soil profile that will be encountered during construction. If the planned pond will require construction of a dam, special attention should be given to the area of this proposed structure. This is a small investment of time and money and is well worth it before effort is expended on a failed project.
Surface water runoff is the source of water for almost all ponds in Warren County. It is important that the site has the proper sized watershed (drainage area) in relation to pond size desired. A good rule of thumb is: If you want a 1 acre pond, the watershed should be a minimum of 6 acres (6:1 ratio) or a maximum of 30 acres (30:1 ratio). The land use within the watershed is also important. A well vegetated and clean drainage area will provide the best water for a pond site. Areas of potential pollution such as septic leach fields, concentrated livestock areas, cultivated areas, and road ditches increase the possibility of contaminated water reaching the pond site. Ideally, it’s preferrable that the pond owner has control and management of the entire drainage area where possible. That way, the owner knows and controls the quality of the water coming into the pond.
Ponds may just seem like holes in the ground that collect water, but there is much to consider in planning for and maintaining a successful one. Warren Co SWCD technicians are available to consult with Warren County landowners who are planning to build or need advice on managing a pond on their property. Our technical assistance calls are always free and we encourage everyone to take advantage of these services! For more information, call our offices at (513) 695-1337 or sign up for the upcoming 2023 Pond Clinic here.
Warren County SWCD Staff Blog
A blog to keep you informed on all the latest news at Warren County SWCD and in the conservation world.