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TEXAS WATERSHED PLANNINGShort Course
Goal of Short Course
Help Water Professionals:
1. develop scientifically defensible plan that
2. meets EPA’s 9 key elements & is
3. supported by the local community &
4. will lead to measurable results &
5. an overall improvement in water quality.
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Course Organization Integrates:
Six Steps in Watershed Planning
Nine Key Elements
Handbook for Developing Watershed Plans – EPA, 2008
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Day ElementTues A. Identification of causes & sources
Tues/Wed B. Estimate of needed load reductions
Wed C. Description of management measures
Thurs D. Estimate of technical & financial assistance
Tues E. Information/education component
Thurs F. Schedule for implementation
Thurs G. Description of interim, measurable milestones
Thurs H. Criteria to determine if load reductions are achieved
Thurs I. Monitoring component to evaluate effectiveness
EPA HandbookDay Chapter
Mon 1. Introduction
Mon 2. Overview of Watershed Planning Process
Mon 3. Build Partnerships
Tues 4. Define Scope of Watershed Planning Effort
Tues 5. Gather Existing Data & Create an Inventory
Tues 6. Identify Data Gaps & Collect Additional Data
Tues 7. Analyze Data to Characterize the Watershed
Tues/Wed 8. Estimate Pollutant Loads
Tues/Wed 9. Set Goals & Identify Load Reductions
Wed 10. Identify Possible Management Strategies
Thurs 11. Evaluate Options & Select Final Mgt Strategies
Tues – Fri 12. Design Implementation Program & Assemble Plan
Fri 13. Implement Watershed Plan & Measure Progress
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Description of course materials
Notebook Agenda Presentations List of Participants Survey Bios Additional Resources
CD Presentations Handbook Example WPPs Stakeholder Resources Additional Resources
To receive your certificate, you will need to submit :
Pre-course Exam
Post-course Exam
Course Evaluation
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Ground Rules
Put cell phones on meeting/silent mode
Take side conversations outside
To stay on schedule, we will start on time
Have fun!!!
Any Questions Before We Get Started???
WATER QUALITY MANAGEMENT & CONDITIONS IN TEXAS
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Set Goals and Water Quality Standards (WQS)
Conduct Monitoring
Meeting WQS? Yes
Apply Antidegradation
No303(d)
Develop Strategies (TMDLs, WPPs, etc.)
Implement Strategies
NPDES
Sec. 319
Sec. 401
Sec. 404
SRF
Framework for Managing Surface Water Quality
Who is involved?
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Impaired Water Bodies
0
50
100
150
200
250
300
350
400
450
500
1996 1998 1999 2000 2002 2004 2006 2008 2010
Causes of Impairments
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Strategies for addressing 303(d) Listed Water Bodies
Loading allocation: TMDL
Additional monitoring to define problem
Evaluation of standards (UAA)
TMDL equivalent (e.g. watershed protection plan)
NINE ELEMENTS OF A WATERSHED PROTECTION PLAN & EPA’s EXPECTATIONS
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A Identification of causes & sources
B Estimate of needed load reductions
C Description of management measures
D Estimate of technical & financial assistance
E Information/education component
F Schedule for implementation
G Description of measurable milestones
H Criteria to determine if load reductions achieved
I Monitoring component to evaluate effectiveness
An identification of the causes and sources that need to be controlled to achieve load reductions
Element A serves as the cornerstone for the development of the remaining eight elements Good sampling data collected, field surveys and land-
use characterization are necessary to identify and quantify the sources of pollution.
The data serve as a baseline from which to determine whether water quality goals have been met.
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Element A Example
Are sources and causes of pollution identified, mapped and described?
Are loads from identified sources quantified?
Are the sub-watershed areas defined? If so, are sources identified for each sub-watershed?
Are data sources, estimates and assumptions sufficient, cited and verifiable?
Are existing data gaps identified? Will data gaps delay implementation?
Will data gaps be addressed?
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An estimate of the load reductions expected for the management measures described
Estimates should be provided at the same level as each pollutant source is described in Element A The total load reduction expected for row crops; eroded
streambanks, etc.
Models are available to determine appropriate BMPs for reducing pollutant loads
Allocation of time, resources and funding are necessary to achieve before moving to Element C.
Element B Example
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Are expected load reductions analyzed to ensure water quality standards will be achieved?
Are expected load reductions linked to cause/source identified in Element A?
Is modeling used appropriate for the watershed characteristics and available data?
Is the basis of the load reduction effectiveness estimate(s) thoroughly explained?
Are estimates, assumptions, and other data used in the analysis cited and verifiable?
A description of the NPS management measures that will be implemented to achieve the load reductions estimated
An identification of the critical areas in which those measures will be needed to implement this plan
Element C is critical to achieving the load reductions needed in the waterbody to attain water quality standards
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Element C Example
Does the plan list and describe BMPs that will address the causes/sources of pollution?
Are the expected BMPs and critical areas mapped in the watershed?
Is the rationale given for the selection of BMPs?
Are BMPs applicable to the pollutant causes and sources?
Are the data estimates and assumptions used to select and locate BMPs technically sound?
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An estimate of the amounts of technical and financial assistance needed, associated cost, and/or the sources and authorities that will be relied upon, to implement this plan.
Will provide the necessary basis for determining the appropriate technical and financial needs to support the implementation actions of the watershed plan
Element D
Example
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Estimate of Technical Assistance Needed Are sources of technical assistance included?
Does the WPP describe the anticipated involvement of assisting agencies, watershed groups or volunteers?
Are additional technical assistance needs identified?
Estimate of Financial Assistance Needed Is a detailed cost estimate included?
Does the cost estimate include a reasonable estimate of all planning and implementation costs?
Are all potential funding sources listed? Is there an estimated contribution from each source?
Enhance public understanding of the project and encourage early & continued participation
Element E has three aspects: 1) generate sufficient information and support to allow
voluntary implementation by targeted land-users;
2) understanding and support to maintain BMPs after the project is completed, when loadings are determined to be achieved and water quality attained; and
3) generate a stakeholder system that garners sufficient local input in the development of the WPP from the inception to conclusion of the effort.
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Element E Example
Does the WPP identify relevant stakeholders?
Does the WPP educate and keep the public informed?
Does the WPP include methods to engage stakeholders and landowners?
Was there active and diverse public participation in the development of the plan?
Do the education components emphasize the need to achieve water quality standards?
Does the education process prepare stakeholders for continued proper operation and maintenance of BMPs after project(s) is completed?
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A schedule for implementing the NPS management measures identified in this plan that is reasonably expeditious.
A detailed schedule should be developed and documentation should be provided on how the watershed group will adhere to its schedule.
An estimate of when WQS will be achieved is important for inclusion, even if that date extends beyond the project period.
Element F Example
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Does the schedule/timeline present projected dates for the development and implementation of the actions needed to meet the goals of the WPP?
Is the schedule appropriate based on the complexity of the impairment and the size of the watershed?
A description of interim, measurable milestones for determining whether NPS management measures or other control actions are being implemented.
Interim milestones will ensure BMPs are implemented on schedule, and in the most critical areas of the watershed, influencing water quality.
Milestones provide a mechanism for triggering adaptive management.
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Element G Example
Are the identified milestones measurable and attainable?
Does the WPP identify incremental milestones with anticipated completion dates?
Does the WPP include progress evaluations and possible “course corrections” as needed?
Are the milestones appropriately linked with the proposed schedule in Element F?
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Criteria that will be used to determine whether loading reductions are being achieved and progress is being made towards attaining water quality standards
Implementation should be linked with project expectations. Are timelines being met for implementation?
Are WQS or surrogate measures being met over time?
Is a decision process is in place to revise the work plan if progress has not been adequate?
Element H Example
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Are criteria measureable and quantifiable?
Do the proposed criteria effectively measure progress towards the load reduction goal?
Are the types of data to be collected identified and appropriate models described?
Are target achievement dates identified?
Does the WPP include a review process to determine if anticipated reductions are being met?
Does the WPP include criteria to determine the need for revisions or mid-course corrections if adequate progress is not made towards the implementation schedule?
Is there a clear commitment to adaptive management in the WPP?
A monitoring component to evaluate the effectiveness of the implementation efforts over time
The evaluation component of BMP implementation is necessary to have credible data and information for judging the effectiveness in achieving the load reductions through modeling and water quality sampling.
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Element I Example
How monitoring fits into PlanDoes the WPP include a description of how
monitoring will be used to evaluate the effectiveness of the implementation efforts?
Will the monitoring plan effectively measure the evaluation criteria identified in Element H?
Does the WPP include a routine reporting element in which progress and methodology are presented?
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Monitoring MethodsAre the parameters appropriate?
Is the number of sites adequate?
Is the frequency of sampling adequate?
Is the monitoring tied to a quality assurance plan?
Will the monitoring method effectively link the load reduction from implementation to improvements in the waterbody?
Building Partnerships
Characterize Watershed
Set Goals and Identify Solutions
Design Implementation Program
Implement Plan
Measure Progress and Adjust
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1. Build partnerships
Identify key stakeholders
Identify issues of concern
Set preliminary goals
Develop indicators
Conduct public outreach
2. Characterize the watershed
Gather existing data & create a watershed inventory
Identify data gaps & collect additional data if needed
Analyze data
Identify causes & sources of pollution that need to be controlled
Estimate pollutant loads
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3. Finalize goals & identify solutions
Set overall goals & management objectives
Develop indicators/targets
Determine load reductions needed
Identify critical areas
Develop management measures to achieve goals
4. Design implementation program
Develop implementation schedule
Interim milestones to track implementation of management measures
Develop criteria to measure progress toward meeting watershed goals
Develop monitoring component
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4. Design implementation program, continued…
Develop information/education component
Develop evaluation process
Identify technical & financial assistance needed to implement plan
Assign responsibility for reviewing & revising plan
5. Implement the watershed plan
Implement management strategies
Conduct monitoring
Conduct information/education activities
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6. Measure progress & make adjustments
Review & evaluate information
Share results
Prepare annual work plans
Report back to stakeholders & others
Make adjustments to program
Questions?