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North Oconee River Watersheds Tanyard to Lilly Branch. Outline of Presentation. Overview of Project Current Watershed Conditions Potential Sources of Pollution & Controls Invasive Species Education and Outreach Public Input. Project Goals.
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Outline of Presentation • Overview of Project • Current Watershed Conditions • Potential Sources of Pollution & Controls • Invasive Species • Education and Outreach • Public Input
Project Goals The goal is to improve water quality and watershed ecosystem health while affording opportunities for passive and active education and engaging the campus and ACC Community.
9-Elements • Identification of pollutant sources • Estimate of expected improvements from recommendations • Description of management measures & critical areas • Estimate of amounts of technical & financial assistance • Information and education component • Schedule for implementation • Description of interim milestones • Set of criteria for determining success • Monitoring component to evaluate progress
Collaborative Partnership • UGA River Basin Center (Amble Johnson) • UGA Office of Sustainability (Tyra Byers) • UGA Odum School of Ecology (Dr. Laurie Fowler) • College of Agriculture and Environmental Sciences (Dr. Mark Risse) • College of Environment and Design (Dr. Jon Calabria and Dr. Alfie Vick) • Warnell School of Forestry (Dr. Todd Rasmussen) • UGA Grounds Department (Dexter Adams) • UGA University Architects (Ben Liverman and Lara Mathes) • Athens Clarke County Storm Water (Ryan Eaves and Ellison Fiddler) • Upper Oconee Watershed Network (Elizabeth Little and Summer Blackwell) • Friends of Five Points (Kevin Barnes) • Emerging Green Professionals (John Tankard) • Ecology Club and Go Green Alliance (Sara De La Torre Berón)
Watershed Issues • Heavy urbanization in the watershed (lots of pavement) • Piped for large portions of reach • Polluted • Invasive species • Not always seen as amenities (places to throw trash, etc.) • Recent work by the UGA Grounds department to identify sources of contamination and by university architect to filter run-off
LILLY BRANCH • Poor Water Quality • Hydrocarbon Pollution (Leaking underground storage tanks) • Fecal Contamination • High Conductivity and low Ph • High Storm Flows (leading to erosion and undercut banks) • Limited Riparian Corridors • Invasive Species • Native Diversity (salamanders) • Daylight section by Lamar Dodd School of Art with stormwater BMP’s • Community and Campus Amenity
Tanyard Branch • 2.02-square kilometer watershed • 74% impervious surface • Approximately 50% of the stream length is piped • Impaired: failure to meet designated use of fishing as a result of fecal coliformlevels (also high conductivity and low Ph) • High storm flows lead to eroding and undercut stream banks • Invasive species • Recent Watershed Characterization by ACC Stormwater • Grounds department water quality monitoring and clean-up • Highly visible near the football stadium with daylighted sections in the community
Education and Outreach • Elementary school education • Community Meetings and Workshops • Invasive species removal days and trash clean ups • Website with watershed information • Educational signage • Targeted outreach campaigns (clean up after pets example).