Components of every Good Watershed Management Plan NDEQ – Planning Unit August 6 th, 2014 NDEQ – Planning Unit gust 6 th 2014.

Slides:



Advertisements
Similar presentations
1 Watershed Planning: A Key to Integrated Planning FHWA Environmental Conference Ann Campbell Wetlands Division.
Advertisements

What are TMDLs? and What Might They Mean to MS4 Permittees?
The Lake Allegan/Kalamazoo River Total Maximum Daily Load (TMDL) Plan Implementation by Jeff Spoelstra, Coordinator, Kalamazoo River Watershed Council.
Bureau of Water Overview Wastewater issues Drinking water issues Wrap up topics.
Nebraska Department of Environmental Quality TMDLs 101 An Explanation of the Federal Clean Water Act’s TMDL Requirements and How they Impact Carter Lake.
Nutrient Trading Framework in the Coosa Basin Alabama Water Resources Conference September 6, 2012 A Feasibility Study of Nutrient Trading in Support of.
TMDL Implementation in the Calleguas Creek Watershed Ashli Desai Larry Walker Associates.
Clean Water Act Integrated Planning Framework Sewer Smart Summit October 23, 2012.
By: Carrie Turner Prepared for: New Jersey Association of Environmental Authorities Annual Conference March 12, 2013 Watershed Management Planning Provides.
Overview of TMDL Plans TMDL Plan Workshop April 24, 2015 Karl Berger, COG staff Outline: Details Schedule Plan Elements Issues 1.
IDEM TMDL 101 Everything you wanted to know about Total Maximum Daily Loads.
Montana’s 2007 Nonpoint Source Management Plan Robert Ray MT Dept Environmental Quality.
Incorporating the 9-Elements into a WMP Lindsey PhillipsMike Archer Source Water CoordinatorState Lakes Coordinator (402) (402)
EPA Region 6 Dallas, Texas EPA Region 6 Dallas, Texas.
9.Monitoring Plan + 10.Implementation Plan + 4. LAs* 5. WLAs* 6. MOS* 7.Seasonal Variation* 8.Reasonable Assurance + TMDL Process 1 Problem Understanding.
April 22, 2005Chester Creek Watershed TMDL Total Maximum Daily Load Chester Creek University Lake & Westchester Lagoon Alaska Department of Environmental.
EPA’S WATERSHED PLANNING APPROACH FOR THE SECTION 319 PROGRAM Dov Weitman Chief, Nonpoint Source Control Branch October.
Allen Berthold Texas Water Resources Institute. Review: Clean Water Act Goal of CWA is to restore and maintain water quality suitable for the “protection.
Minnesota Pollution Control Agency Setting the Course for Improved Water Quality A TMDL Training Program for Local Government Leaders and Other Water Resource.
Approaches to Addressing Bacteria Impairments Kevin Wagner Texas Water Resources Institute.
Wetland Monitoring and Assessment National Water Quality Monitoring Council Meeting August 20, 2003.
District of Columbia TMDL Implementation Planning April 20, 2015 Metropolitan Washington COG.
Bill Carter Nonpoint Source Program Texas Commission on Environmental Quality Trade Fair and Conference, May 2015.
Section 319 Grant Program Nonpoint Source Pollution Control
Impaired and TMDL Waterbody Listings Impacts on DoD Facilities Bill Melville, Regional TMDL Coordinator
Department of the Environment Overview of Water Quality Data Used by MDE and Water Quality Parameters Timothy Fox MDE, Science Service Administration Wednesday.
Lake Erie HABs Workshop Bill Fischbein Supervising Attorney Water Programs March 16, 2012 – Toledo March 30, Columbus.
Total Maximum Daily Loads in MS4 Storm Water Programs.
VIRGINIA’S TMDL PROCESS.
Federal Clean Water Act Monitoring and assessments completed statewide Standards not met? Section 303 (d) requires placing the water body on the “Impaired.
Water Quality Reduction Trading Program Draft Rule Language Policy Forum January 29,
1 Sandra Spence EPA Region 8 TMDL Program EPA Region 8 TMDL Program Integrating Watershed Plans and TMDLs to Help Answer Watershed Planning Questions November.
Sustaining Long Term Regional Coordinated Monitoring Programs Todd Running, H-GAC May 9, 2006.
Update on Wyoming Draft 303(d) List and Changes to Watershed Planning.
Amy Walkenbach Illinois EPA 217/
Phase II WIP Background & Development Process Tri-County Council – Eastern Shore June 2,
Water Quality Program Financial Assistance Progress and Plans for Meeting RCW Requirements (Joint Legislative Audit and Review Committee)
Michigan Watershed Plan Reviews Presentation at the Michigan Watershed-Based Planning Workshop, Mt. Pleasant, Michigan
Developing Final Phase II WIPs and Milestones Jim Edward EPA Deputy Director Chesapeake Bay Program Office DDOE Meeting with Federal Partners February.
Presentation to the Chesapeake Bay and Water Resources Policy Committee July 30, 2010.
Restoring VA Waters the TMDL Way Jeff Corbin Senior Advisor to the Regional Administrator U.S. EPA Region 3.
Straight to the Point – Watershed-based Plans Should: be designed to restore water quality from nonpoint source impairments using sufficiently analyzed.
Suzanne Trevena EPA Water Protection Division Chair Milestone Workgroup December 4,
Redwood River TMDL Critique David De Paz, Alana Bartolai, Lydia Karlheim.
Deliberative, Pre-decisional – Do Not Quote, Cite or Distribute 1 Chesapeake Bay Water Quality Trading.
Catoctin Creek TMDL Implementation Plan Development June 24, 2004.
Staci Goodwin Senior TMDL Project Manager Office of Water Quality
Bacteria and Dissolved Oxygen Total Mass Daily Load Development for the Atascosa River Jessica L. Watts.
Deep River-Portage Burns Watershed TMDL Stakeholder Meeting March 13, 2013.
KWWOA Annual Conference April 2014 Development of a Kentucky Nutrient Strategy Paulette Akers Kentucky Division of Water Frankfort, KY.
Lake Independence Phosphorus TMDL Critique Stephanie Koerner & Zach Tauer BBE 4535 Fall 2011.
The Lake Okeechobee Protection Plan Evaluation Update, 2007 The Lake Okeechobee Protection Plan Evaluation Update February 8, 2007.
Overview of the Total Maximum Daily Load Program.
Chesapeake Bay Watershed Implementation Plans: Why, What, and When Katherine Antos U.S. EPA Chesapeake Bay Program Office MACo Winter Conference January.
Modeling Fecal Bacteria Fate and Transport to Address Pathogen Impairments in the United States Brian Benham Extension Specialist and Associate Professor,
Impacts of Livestock Waste on Surface Water Quality By the North Dakota Department of Health Division of Water Quality For the Livestock Manure Nutrient.
Commonwealth of Virginia Fecal Coliform Bacteria TMDLs Four Mile Run Public Meeting #1 June 14, 2001.
Selection Criteria and Invitational Priorities School Leadership Program U.S. Department of Education 2005.
Integrated Regional Water Management Grant Program Implemented Jointly by Department of Water Resources and State Water Resources Control Board.
VIRGINIA’S TMDL PROCESS Four Mile Run Bacteria TMDL March 25, 2002
Water Quality Trading – Utah Perspective
Illinois Nutrient Loss Reduction Strategy - NLRS
Tim Cawthon TCEQ Nonpoint Source Program
The Total Maximum Daily Load (TMDL) Program in Illinois
Mike Bira EPA Region 6 NPS Program
What is a Watershed Implementation Plan?
Straight to the Point – Watershed-based Plans Should:
Section 319 Grant Program – writing a proposal that can be funded
The Nine Elements that Must Be Included in a 319 Watershed Based Plan
Upper Clark Fork Watershed Restoration and TMDLs
Presentation transcript:

Components of every Good Watershed Management Plan NDEQ – Planning Unit August 6 th, 2014 NDEQ – Planning Unit gust 6 th 2014

Approved Watershed Management Plans As of August 6 th 2014

Plan includes a simple cross-walk for each of the 9 Elements ElementLocation in Plan Impairment causes & pollutant sources Water Quality Concerns Section. Pages Target Pollutants and Sources Section. Pages Estimated load reductions needed Pollutant Load Reduction Section. Pages Management measures to achieve goals Pollutant Load Reduction Section. Pages Implementation Approach Section. Pages An Information & Education component Information, Education and Public Participation Section. Pages Develop an implementable schedule Schedule and Milestones Section. Pages Interim milestones to track BMP implementation Schedule and Milestones Section. Pages 61 – 62 Evaluation Criteria to measure progress towards reaching goals Monitoring and Evaluation Approach Section. Pages Monitoring component Monitoring and Evaluation Approach Section. Pages LBBNRD Four Year Monitoring Strategy – Stand-alone document that accompanies this plan. Technical & financial resources needed for implementation Budget And Resources Section. Pages 62 – 65 9 ElementPage A12 B16 C22 If you insert EPA’s 9 Element table then use a simple table or a marker.

Watershed-based plan basics Acknowledge political boundaries yet include geographic information for the entire watershed Maps are provided as well as written descriptions, charts and tables Discus how and where GW & SW interact Utilize Integrated Report & Title 117 information

From T117 & IR to WMP Waterbody IDWaterbody Name Recreation Aquatic Life Public Drinking Water Supply Agriculture Water Supply Industrial Water Supply Aesthetics Overall Assessment 2014 IR Impairments Pollutants of Concern Comments/ Actions MT Bazile CreekIS S SI5 Recreation- Bacteria E. coli Aquatic community assessment, Fish consumption assessment MT Lost Creek NA 3 MT Howe Creek S NA SS2 Aquatic community assessment MT Unnamed Creek NA 3

A. Causes of impairments and pollutant sources Cause vs Source Include TMDLs: LC, LR & WLAs Analyze existing GW and SW data, provide formulas or models used & identify gaps Provide priorities based on model results List and Map sources Impaired ReachFacility Name NPDES Permit # Receiving Stream Design Flow (cfs) BB AURORA WWTFNE BB BARNESTON WWTFNE BB BEATRICE WWTFNE BB BEAVER CROSSING WWTFNE BB

From TMDL to WMP Impaired Segment Waterbody Name 2007 Seasonal Geometric Mean (#/100ml) E. coli Above WQS (#100ml) BB Big Blue River BB Mission Creek21185 BB Big Indian Creek14822 BB Big Blue River BB Turkey Creek BB Turkey Creek BB West Fork Big Blue River BB West Fork Big Blue River BB Big Blue River BB Big Blue River Percent Exceedance Loading Capacity (cfu/day) WLA (cfu/day) LA (cfu/day) MOS (cfu/day) 100%5.66E E E E+09 90%4.31E E E E+10 80%7.04E E E E+10 70%9.37E E E E+10 60%1.18E E E E+11 50%1.60E E E E+11 40%2.21E E E E+11 30%3.12E E E E+11 20%5.08E E E E+11 10%1.00E E E E+12 0%9.75E E E E+12 Title 117 – Stream Segment Number(s)BB , Beneficial Use Status10100-Impaired, Not Assessed Reach Length (miles)16.0 Drainage Area (acres)35,227 Stream Flow (ft 3 /sec.)26.1 Total Nitrogen Load (lbs/yr)164,813 Total Phosphorus Load (lbs/yr)80,072 Total Sediment Load (t/yr)80,766

B. Estimated pollutant loadings and BMP load reductions Short term goals should be achievable at the project level Long term load reductions are sufficient to meet T117 designated uses Modeling limitations, data sources and processes are discussed & verifiable

C. Management Measures Plan includes both structural and non- structural measures Priority areas are ranked and mapped The rationale for choosing measures is described Adaptive management process is on place to evaluate effectiveness of management measures

D. Technical & Financial Needs This is a critical factor in turning this plan into a reality All types of funding and technical assistance should be considered Administration services (salaries, regulatory fees, supplies) Information/education efforts Installation, operation, and maintenance of BMPs Monitoring, data analysis, and data management activities

E. Information & Education Define information/education goals Identify and analyze the target audiences Create the messages for each audience Package the message for the various audiences Distribute the messages Evaluate the information/education program

F. Implementation Schedule Where goals and objectives become individual tasks Should include a timeline for phases and steps Include who is responsible for implementing the activity Break the work down into reasonable tasks that can be tracked and reviewed

G. Interim milestones Milestones help measure the implementation of activities in the plan Example: Short–Term (< 2 years) Mid-Term (< 5 years) Long-Term (5 years or longer)

H. Plan evaluation criteria Inputs – the elements of the process used to implement your program Outputs – the tasks conducted and the products developed Outcomes – the results or outcomes realized from implementation efforts

I. Monitoring implementation effectiveness over time This can track progress in meeting load reduction goals and attaining water quality standards Measurable progress is critical for the support of watershed projects Progress is best demonstrated with the use of monitoring data that reflects water quality conditions Baseline (Before) Project-specific (During) Post-project (After)