Dispose of leaves properly to protect water quality

Living in the Finger Lakes in the summer not only provides ample opportunity for recreating on its waterbodies, it also offers crisp autumn days with a colorful backdrop to bask in. As the leaves on our trees transform from green to the hues of the season and descend to the ground, they don’t just provide vibrant color, they are the source of nutrients that unfortunately can have a detrimental effect on our local waterbodies and water quality.

Phosphorus, an essential nutrient for plant growth, is released as a leaf begins to decompose. When left littering the ground or swept into the street, leaf litter can be transported by rain or melting snow into a storm drain and then out into the nearest lake, river or stream. Similarly, leaves discarded into gullies or roadside ditches eventually make their way to our waterbodies.

An excess amount of phosphorus in a fresh body of water can stimulate algae growth. Excessive algae growth blocks sunlight and prevents other plants from growing. When algae dies and decays, it takes essential oxygen away from fish. Phosphorus also contributes to the formation of Harmful Algal Blooms (HABs), that can produce dangerous toxins.

According to a study in Madison, Wisconsin by the United States Geological Survey, (https://www.usgs.gov/news/removal-fallen-leaves-can-improve-urban-water-quality) the timely removal of leaf litter reduced harmful phosphorus concentrations in storm water by over 80%. By properly handling leaf litter, we can all have a positive impact on water quality.

By making a conscientious effort to keep leaves out of streets and gutters, gullies and roadside ditches, the amount of phosphorus entering surface water can be reduced. Rake and bag fallen leaves in your yard. Many towns and villages offer curbside collection of properly compiled yard waste. Consider composting. It’s a great way to condition and enhance your soil and a less-expensive, more eco-friendly alternative to commercial fertilizers. Leaves also can serve as a mulch for flower beds, shrubs and trees. Simply use the mulching setting on your mower and bag as you go.

Owasco Lake Watershed Management Plan Public Participation Meeting Held

A public participation/outreach meeting was held on August 13th for the “Owasco Lake Watershed Management Plan—Incorporation of the EPA Nine Key Elements” project.  This public meeting was held to provide an update on the process to incorporate the EPA Nine Key Elements into the Owasco Lake Watershed Management and Waterfront Revitalization Plan, and to obtain public input on Watershed conditions and issues.  To view the presentations from that meeting or to view our public participation plan, please visit our website at http://www.cayugacounty.us/Departments/Water-Quality-Management-Agency/Information-on-County-Waterbodies/Owasco-Lake/Management-Plan.

Owasco Flats Wetland Restoration and Riparian Buffer Initiative Project

Wetlands are an important part of our natural environment.  They are transition areas between upland and aquatic habitats.  They provide critical flood and stormwater control by absorbing, storing and slowing down rain and snowmelt.  They absorb nutrients, pollutants, and filter sediment out of the stormwater.

Cayuga County has received two grants from the New York State Environmental Facilities Corporation’s Green Innovation Grant Program for the Owasco Flats Wetland Restoration and Riparian Buffers Initiative Project.   This project will be located on City of Auburn owned land off of Route 38 in the Town of Moravia.  The Owasco Inlet will be reconnected with its floodplain with water control structures so that during high flow events water will flow into created and existing wetlands to filter out nutrients and sediment.  The created wetlands will be similar to natural vernal pools that have standing water about a week or two after storm events.  Not having permanent standing water will encourage amphibian reproduction, while limiting predatory fish species, nesting waterfowl and mosquitoes.

Riparian buffers will also be added along drainageways and the Owasco Inlet to further reduce nutrients and sediment inputs.  Construction of this project is planned to begin this year.  Overall, the project will reduce phosphorus and sediment that reaches Owasco Lake while improving habitat for invertebrates, reptiles, amphibians and birds.