Amendment 1 Panel Discussion Pat Northey

Slides:



Advertisements
Similar presentations
Environmental Advisory Council Network, A Project of the PA Environmental Council SOURCE WATER PROTECTION IN BERKS COUNTY.
Advertisements

Legislative Changes Affecting Water Quality at a Local Level October 2011 Robert Kollinger, P.E. Water Resources Manager Polk County Parks and Natural.
Paradise Preserved: Springs Protection In Wakulla County.
Environmental Science 2012
Expedited Projects + Innovative Teamwork = Measurable Improvements to the Health of Lake Okeechobee and the St. Lucie and Caloosahatchee Estuaries.
Introduction to TMDLs for Nutrients Presented by: Dr. Scott Emery January 15, 2009.
Status Report on Catoctin Creek - A Scenic River Darrell Schwalm Loudoun Watershed Watch.
 To conserve our remaining natural resources for future generations  To protect a valuable economic revenue stream  To organize management efforts.
Kiersten Honig. Lynnhaven River Watershed Comprises approximately 64 square miles of land and water, with nearly 150 miles of shoreline Used to be a prime.
Catoctin Creek: A Stream in Distress Catoctin Watershed Project A Partnership of County and Citizen Organizations.
1 U.S. ARMY CORPS OF ENGINEERS AND ST. JOHNS RIVER WATER MANAGEMENT DISTRICT Indian River Lagoon North Restoration Feasibility Study Public Meeting September.
Steve Harrison, Environmental Manager Bureau of Entomology and Pest Control -Mosquito Control Section.
Laila Racevskis 1, Tatiana Borisova 1, and Jennison Kipp 2 1 Assistant Professor, Food and Resource Economics Department, University of Florida 2 Resource.
1 Onsite Systems, Nutrients, and the Wakulla Springshed By Eberhard Roeder, Ph.D., P.E. Bureau of Onsite Sewage Programs FL Dept. of Health, Division of.
Chesapeake Bay Policy Committee Meeting Bay Program Water Quality Goals: Focus on Funding Presented to COG Board of Directors September 10, 2003.
Presented to: Severn River Association 2008 State of the Severn Anne Arundel County Government Department of Public Works Ron Bowen, P.E. October 21, 2008.
Central & Southern Florida Project George Horne Deputy Executive Director Operations & Maintenance Resource Area.
Solving Water Pollution Problems in the Wakulla Springshed The City of Tallahassee’s Efforts to Reduce Stormwater Pollution Hydrogeology Workshop May 12-13,
Water Supply Orange County Presented by Kirby B. Green Executive Director St. Johns River Water Management District January 27, 2009.
Susan Sylvester Department Director Operations Control Department Mechanics of the Primary Water Management System.
Dan Pennington Florida Department of Economic Opportunity Division of Community Development.
The Chesapeake Bay: How is it Doing? An Overview of The Chesapeake Bay Watershed.
WaterSection 3 Water Pollution Water pollution is the introduction into water of waste matter or chemicals that are harmful to organisms living in the.
Watershed Management Plan Summary of 2014 Activities/Progress Presented by: Matthew Bennett, MS December 2014.
C ALOOSAHATCHEE & E VERGLADES R ESTORATION Jennifer Hecker, Director of Natural Resource Policy.
State Funding for Conservation Lands
Section 3, Water Pollution
Yahara River Watershed RCPP
Mulberry River Watershed
Chapter 11 Section 3 Water Pollution.
Water Pollution.
It’s The Final Countdown To The Mid-point Assessment:
Dave Clark and Michael Kasch
Project Schedule Final SWIM Plans GEBF Funding Request
Section 3: Water Pollution
Water Resources: Content Building
SEPTIC TO SEWER Guidance Tool
Section 3: Water Pollution
By: Lucas Hendrickson, Ian Strasburg, John Koets, and Shenquan Li
Section 3: Water Pollution
Section 3, Water Pollution
Notepack 26 Water Pollution.
Building a Phase III WIP for Wastewater, Stormwater & Septic Systems
Section 3, Water Pollution
Mulberry Watershed Management Plan
Structure of the Hydrosphere
Public Meeting February 19, 2009
Section 3: Water Pollution
River Flow into Chesapeake Bay
Section 3: Water Pollution
Emily Floore Education Director
Watershed Management Plan Citizens Advisory Committee April 18, 2011
Section 3: Water Pollution
AIF Florida Water Forum
IMPLEMENTING AMENDMENT 1
Section 3, Water Pollution
Maryland’s Phase III WIP Planning for 2025 and beyond
Freshwater and Marine Ecosystems
Section 3: Water Pollution
Section 3: Water Pollution
Section 3, Water Pollution
Section 3, Water Pollution
Section 3, Water Pollution
Section 3, Water Pollution
Section 3, Water Pollution
Section 3, Water Pollution
Water Pollution Chapter 11.
Water Treatment & Pollution: What will I be learning about today
Space Coast TPO State Road (S.R.) 528 Update
Section 3: Water Pollution
Presentation transcript:

Amendment 1 Panel Discussion Pat Northey

In addition, 18,700 acres acquired in the 1986 Endangered Lands Program

Conservation Corridor Remaining Acreage ...... 20,800 (in Volusia and Flagler) Source: "Florida Forever Project Evaluation Comparative Analysis" Florida Natural Areas Inventory, November 2013. ........ This report is produced annually to support the State's Acquisition and Restoration Council. Remaining Acreage in Volusia County .... 12,500  

Amendment 1 Implementation The County of Volusia intends to engage in the development of criteria to fund important water quality infrastructure improvements.

Amendment 1 Implementation Volusia County has identified four primary ways to improve water quality: 1) Eliminating septic tanks in watersheds/springsheds of priority water bodies; 2) Improving stormwater conveyance and treatment systems to reduce nutrient pollution; 3) Developing meaningful education and outreach programs to inform citizens about water quality, 4) Reducing nutrients from wastewater plant discharges to surface or ground water.

Tomoka River OFW and Manatee Sanctuary Water Quality Pollutant Sources Has both freshwater and marine segments Contains Tomoka Marsh Aquatic Preserve Water Quality Exceeds state standard for chlorophyll, due to nutrients (N and P) Pollutant Sources Stormwater discharge, fertilizer Septic tanks The Tomoka River originates in wetlands southwest of Daytona Beach flows north for approximately 20 miles, emptying into the Halifax River just north of Ormond Beach. Drains an area of about 110 square miles. Designated as OFW and Manatee Sanctuary. Has both freshwater and marine segments. TMDL 2013 sets Chloro A and TN and TP targets.

Halifax River Atlantic Intracoastal Waterway Water Quality 23 miles from Tomoka River to Ponce Inlet 340 square mile, highly urbanized drainage area Averages .5 mile wide and 4 - 5 feet deep Water Quality Consistently exceeds N standard Occasionally exceeds P and chlorophyll standards Pollutant Sources Stormwater discharge, fertilizer Wastewater discharge Septic tanks The Halifax River is a 23 mile section of the Atlantic Intracoastal Waterway, originates at the confluence of the Tomoka River, and flows south to Ponce Inlet. The Halifax River's drainage basin includes most of eastern Volusia County, 340 square miles. The Halifax River is relatively shallow, averaging 4-5 feet deep. 2013 TMDL 9% reduction from stormwater – stormwater accounts for 73% of TN inputs and 45% of TP

Spruce Creek OFW and State Canoe Trail Water Quality Pollutant Sources 20 miles long from wetlands west of NSB to Halifax River Has both freshwater and marine segments Primarily rural watershed Water Quality Saltwater segment exceeds N and P standards, low DO Pollutant Sources Stormwater discharge, fertilizer Septic tanks Contributions from upstream (freshwater segment) Spruce Creek is designated as Outstanding Florida Waters and an official State Canoe trail. Spruce Creek is a blackwater stream that forms in wetlands about 5 miles west of New Smyrna Beach, flows 20 miles north and east to where it ends at the Intracoastal Waterway. Spruce Creek has both freshwater and marine segments. The Spruce Creek watershed is a primarily rural area that is facing increased development pressures. 2008 TMDL – 27% reduction in TP from non-point sources (25% BOD)

Indian River/Mosquito Lagoon Mosquito Lagoon is a 60 square mile sub-basin Includes the 4,740 acre Mosquito Lagoon Aquatic Preserve Class II shellfish harvesting waters Very shallow, extreme salinities, long retention time Water Quality Meets current criteria for chlorophyll, N and P May exceed proposed DEP criteria for chlorophyll, N and P Pollutant sources Stormwater runoff, including fertilizer Septic tanks Wastewater discharge Mosquito Lagoon is a 60 square mile sub-basin of the Indian River Lagoon. It extends from Ponce de León Inlet to the north end of Merritt Island. It connects to the Indian River via the Haulover Canal. Includes the 4,740 acre Mosquito Lagoon Aquatic Preserve. Class II shellfish harvesting waters. Mosquito Lagoon is dominated by shallow flats, is often highly saline, with levels comparable to the ocean. Due to the distance between inlets, the lagoon has a long retention time, and very little flushing. For decades Mosquito Lagoon has had good water quality. Currently meets federal and state standards for Total Nitrogen, Total phosphorous & chlorophyll, although the DEP is proposing new standards, which we will not meet.

St. Johns River American Heritage River, portions are OFW 310 miles long, dark water system, north flowing Primarily freshwater, fed by springs and surface flow Typically slow moving, difficult to flush pollutants Water Quality Elevated N and P Low DO Pollutant Sources Stormwater runoff, fertilizer Septic tanks Wastewater American Heritage River and designated Blueway, portions are OFW. The St. Johns River is 310 miles long and it flows north from Indian River County to Jacksonville. The middle basin is the area where the river widens forming lakes Harney, Jesup, Monroe and George. The SJR is primarily a freshwater system fed by surface flow and springs – spring water quality impacts the river Because the river flows slowly, it is difficult to flush pollutants. The St. Johns has elevated levels of total nitrogen and phosphorus, and has low dissolved oxygen. Major pollution sources include runoff from urban and agricultural areas, groundwater leaching from septic tanks, and discharges from wastewater treatment plants. TMDL for Harney-Monroe TN and TP, DO?

Gemini Springs 2nd magnitude spring Water Quality Pollutant sources Two primary vents Purchased by Volusia County in 1994 Four fold increase in urbanized areas since 1973 Water Quality Elevated N (nitrates) Closed for swimming since 2000 due to high bacteria Pollutant sources Primarily groundwater fed Septic tanks Fertilizers Gemini Springs is a second-magnitude system, discharging 6.5 million gallons of freshwater each day. The springs consist of two primary vents. Gemini Springs was purchased by Volusia County in 1994 and is managed as a park.   Land use in the Gemini springshed changed considerably from 1973 to 2004. During this period, the areal extent of urbanized areas increased four-fold, open-water/wetland areas doubled in size, and forestland decreased 95 percent. The spring has elevated nitrates, and has been closed for swimming since 2000 due to high bacteria levels. Potential pollution sources include septic systems, and fertilizer, stormwater runoff.

Blue Spring 1st magnitude spring Water Quality Pollutant sources Primary warm water refuge for manatees 100 square mile springshed, increasingly urbanized Water Quality Elevated N (nitrates) Algae overgrowth Pollutant sources Groundwater fed Septic tanks Fertilizers Blue Spring is one of 33 1st magnitude springs in FL with flows averaging 101 million gpd. Blue Spring is a primary warm water refuge for manatees in the St. Johns River. The manatees congregate in great numbers in the spring and spring run during the winter months when the spring water is considerably warmer than the water of the St. Johns River. The approximately 100-square mile springshed that provides the groundwater for Volusia Blue Spring has seen substantial changes in land use in the last 50 years, from predominantly rural and agricultural to one with increasing high intensity development. Blue Spring has elevated nitrates and an overgrowth of algae.

Water Quality Resolution Adopted September 18, 2014. Seeking partnerships with cities for water quality projects.

More than 90,000 septic tanks Halifax River Mosquito Lagoon

SEPTIC RETROFIT AREAS OF CONCERN Areas #Units* Cost ** North Peninsula 6,220 $93,300,000 Wilbur/Ponce Inlet 1,753 $26,295,000 Southeast Volusia 2,477 $37,155,000 Blue Springshed 13,220 $198,300,000 Gemini Springshed 2,754 $41,310,000 TOTALS 26,424 $396,360,000 *Unit count based on ‘Report on the status of sewage disposal and collection in Volusia County, FL’, VCHD November 2013 ** Approximate unit cost of $15,000 will vary by location and available infrastructure.

Showcase Trails

Volusia County Amendment 1 Resolution (Adopted 2-19-15) The county council advocates that the legislature allocate Amendment 1 funding to provide for infrastructure supporting the water quality initiatives and local priorities of Volusia County, as follows: that implementing legislation provide a long-term commitment of funding to water quality projects targeting 1st magnitude Florida springs, Mosquito Lagoon and Indian River Lagoon and their associated tributaries; that implementation of Amendment 1 recognize a balance of interests and a range of community priorities by provision for equal allocation of funding to infrastructure and land acquisition; that the elimination of substandard septic systems is crucial to the restoration and protection of water bodies of critical state importance, including but not limited to the Mosquito Lagoon, Indian River Lagoon, Blue Spring, the St. Johns River, and the Halifax River and the outstanding waters of Spruce Creek and Tomoka River; and that the provision for dedicated infrastructure funding recognize the burden of major infrastructure investments on properties below the median values for comparable development in the state by allowance for a higher percentage of project funding.