- SWCD Assistance
- SWCD Information & Education
- Water Quality Management Plan Program
- Flood Control Programs
- Poultry WQMP Program
- Water Supply Enhancement Program
- Texas Nonpoint Source Management Program
- Total Maximum Daily Load Program
- Watershed Protection Plan Program
- Environmental Data Quality Management
- Coastal Nonpoint Source Pollution Control Program
- Invasive Species
- Water Quality Complaint Resolution
- State Grants
- Agency Reports
- About Us
- Media & Press
- Contact Us
You are here
Watershed Protection Plan Program
- What is coordinated watershed planning?
- What is a Watershed Protection Plan?
- Programs and Tools for Developing WPPs
- Handbook for Developing Watershed Plans
- Technical Document on Protecting Healthy Watersheds
- Texas Watershed Steward Program
- Watershed Planning Short Course
- Texas Watershed Coordinator Roundtable
- Evaluating how well WPPs satisfy the Nine Elements
- National Evaluation of WPPs
- Consistency Review of WPPs in Texas
- WPPs in lieu of Total Maximum Daily Loads
- Where are watershed planning efforts underway in Texas?
- TSSWCB Sponsored WPPs
- TCEQ Sponsored WPPs
- Third-Party Sponsored WPPs
- For More Information
Watershed planning is a locally-driven mechanism for voluntarily addressing complex water quality problems that cross multiple jurisdictions. The goal is to protect unimpaired waterbodies from pollution threats and restore impaired, polluted waterbodies. The Texas Integrated Report for Clean Water Act §§ 305(b) and 303(d) provides an assessment of water quality in Texas. Watershed planning serves as a tool to better leverage the resources of local governments, state and federal agencies, and non-governmental organizations. The planning process integrates activities and prioritizes implementation projects based upon technical merit and benefits to the community, promotes a unified approach to seeking funding for implementation, and creates a coordinated public communication and education program. This approach to watershed management recognizes that solutions to water quality issues must be socially acceptable, economically bearable, and based on environmental goals.
A Watershed Protection Plan (WPP) is a coordinated framework for implementing prioritized and integrated water quality protection and restoration strategies driven by environmental objectives. Through the watershed planning process, the State of Texas encourages stakeholders to develop WPPs that holistically address all of the sources and causes of impairments and threats to both surface and ground water resources within a watershed. Developed and implemented through diverse, well integrated partnerships, a WPP assures the long-term health of the watershed. Adaptive management is used to modify the WPP based on an on-going science-based process that involves monitoring and evaluating strategies and incorporating new knowledge into decision-making.
Watershed Protection Plans have a variety of ingredients and can take many forms. TSSWCB-sponsored WPPs are consistent with Guidelines promulgated by the U.S. Environmental Protection Agency (EPA) in 2003. These guidelines describe nine elements fundamental to a potentially successful WPP:
- Identification of the causes that will need to be controlled to achieve the load reductions described in (b)
- Estimate of the load reductions expected for the management measures described in (c)
- Description of management measures that will need to be implemented to achieve the load reductions described in (b)
- Estimate of technical and financial assistance needed to implement this plan
- Information/education component that will be used to enhance public understanding of this plan
- Schedule for implementing management measures described in (c)
- Description of interim, measurable milestones for determining whether management measures described in (c) are being implemented
- Set of criteria that can be used to determine whether load reductions described in (b) are being achieved
- Water quality monitoring component to evaluate effectiveness of implementation measured against the established criteria described in (h)
The TSSWCB and the Texas Commission on Environmental Quality (TCEQ) provide technical and financial assistance to stakeholder groups to develop and implement WPPs. On September 27, 2006, at a joint work session, the TSSWCB and the TCEQ approved a revised Memorandum of Agreement on Total Maximum Daily Loads, Implementation Plans, and Watershed Protection Plans (PDF, 112 kB). This framework for collaboration between the two agencies describes the programmatic mechanisms the agencies employ to develop and implement WPPs.
EPA has released a document to help communities, watershed organizations, and local, state, and federal environmental agencies develop and implement watershed plans to meet water quality standards and protect water resources. The Handbook for Developing Watershed Plans to Restore and Protect Our Waters is designed to help anyone undertaking a watershed planning effort. It contains in-depth guidance on quantifying existing pollutant loads, developing estimates of the load reductions required to meet water quality standards, developing effective management measures, and tracking progress once the plan is implemented.
The document is structured so that it can be followed step by step though the watershed planning process or so that readers can go to individual sections that highlight specific technical tools for use in the watershed planning effort. Worksheets and checklists are provided throughout the handbook to help work through the watershed planning process. Each chapter includes information that addresses the key issues for each step, along with examples to illustrate how to apply these concepts to your own situation.
EPA has developed a technical resource document, Identifying and Protecting Healthy Watersheds: Concepts, Assessments, and Management Approaches, that provides information for assessing, identifying, and protecting healthy watersheds. This document provides a wealth of information and examples on conducting integrated healthy watersheds assessments. The document discusses the characteristics of a healthy watershed, reviews the benefits of protecting healthy watersheds, and describes the healthy watersheds conceptual framework. It discusses, in detail, each of the six assessment components – landscape condition, habitat, hydrology, geomorphology, water quality, and biological condition. A sound understanding of these concepts is necessary for the appropriate application of the methods described in the document. The document is filled with examples of management approaches, assessment tools, and sources of data. This document serves as a resource for integrating components of healthy watershed assessments into watershed planning processes designed to develop and implement holistic WPPs.
To support the growth of stakeholder involvement in watershed planning, the Texas Watershed Steward Program (TWS) was initiated to provide science-based, watershed education to help citizens identify and take action to address local water quality issues. Texas Watershed Stewards learn about the nature and function of watersheds, potential impairments, and strategies for watershed protection. TWS is a one-day training program designed to increase citizen understanding of watershed processes and foster increased local participation in watershed management activities across the state. The program is tailored to and delivered in target watersheds undergoing WPP development and implementation. Online TWS training materials are also available enabling more flexible and widespread access to the program. TWS was developed and is delivered by the Texas A&M AgriLife Extension Service with funding from TSSWCB and EPA.
Proper training of watershed coordinators and other water resource professionals is needed to ensure that WPPs are adequately planned, coordinated and implemented. The Watershed Planning Short Course provides this needed training and promotes sustainable proactive approaches to managing water quality throughout the state. This weeklong course provides participants with guidance on stakeholder coordination, education, and outreach; satisfying EPA's nine elements of a WPP; data collection and analysis; and the tools available for plan development. The Watershed Planning Short Course was developed through a coordinated effort led by the Texas Water Resources Institute and funded by EPA and TCEQ.
The Texas Watershed Coordinator Roundtable is held bi-annually, to provide a forum for establishing and maintaining dialogue between watershed coordinators and other water resource professionals, facilitate interactive solutions to common watershed issues faced throughout the state, and add to the fundamental knowledge conveyed at the Watershed Planning Short Course. Roundtables are co-sponsored by TCEQ and TSSWCB and facilitated by the Texas Water Resources Institute.
EPA has conducted two evaluations of watershed-based plans from across the nation; these reports were released in May 2006 (PDF, 334 kB) and July 2011 (PDF, 409 kB). EPA reviewed completed WPPs to assess national progress toward tackling the challenge of developing high-quality WPPs that meet EPA's expectations, that is, the nine elements. These evaluations also identify common areas of weakness in developed WPPs and uncover innovative techniques and approaches to share with stakeholders who may be facing similar challenges in developing WPPs.
These evaluations identify several good examples of WPPs that demonstrate the level of detail necessary to achieve success in mitigation efforts. These plans have addressed all nine elements to some degree, and in some cases, they fulfill certain elements with innovative techniques. While most of these examples benefit from hearty financial resources, impressive community support, or less complex water quality challenges, they are all examples of how diligent watershed planning can help guide effective pollution control strategies. The excellent quality of these plans shows that it is possible to develop plans that address all nine elements, and that by doing so a more effective watershed management strategy will be the result.
EPA Region 6 has developed an internal Review Guide for Watershed-Based Plans (PDF, 131 kB). The Guidelines, which detail the nine elements, and the Handbook are the foundation for this internal guide. This guide is intended to assist watershed stakeholders and the State in understanding EPA Region 6’s expectations for satisfying the nine elements and to achieve consistency in Region 6 reviews of WPPs. The Texas Nonpoint Source Management Program, as administered by TCEQ and TSSWCB and approved by EPA, provides the construct under which WPPs are developed and implemented. Within this framework of program delegation, and consistent with guidance from the EPA Region 6 Office of Regional Counsel, all WPPs (including those sponsored by the State or third parties) are reviewed by the State (either TCEQ or TSSWCB) and then submitted through one of these two agencies to EPA Region 6 for review. This path provides for the coordination of watershed planning and implementation efforts consistent with the Texas Nonpoint Source Management Program. In order to facilitate a more efficient nine element consistency review, close coordination between watershed stakeholders, the State, and EPA is requisite throughout the planning process.
The federal Clean Water Act (CWA) requires the State of Texas to establish a Total Maximum Daily Load (TMDL) for certain waterbodies identified on the Texas Integrated Report for CWA §§ 305(b) and 303(d). A TMDL is a federally-driven, regulatory-framed document that defines the maximum amount of a pollutant that a waterbody can assimilate on a daily basis and still meet water quality standards.
In some watersheds, the development and implementation of a WPP may be a more viable approach to achieving restoration of water quality than through the establishment of a TMDL. EPA Region 6 has outlined a process by which the State may submit a WPP in lieu of a TMDL (PDF, 1.05 MB). This document discusses the national guidance and regulatory mechanisms governing the process of utilizing WPPs in lieu of TMDLs, as well as, discusses how this "4b option" relates to the nine elements of WPPs.
Essentially, this "4b option" recognizes that certain alternative pollution control measures, such as a WPP, may obviate the need for a TMDL and that the most effective method for achieving water quality standards for some waterbodies may be through management measures developed and implemented without TMDLs. The significance and complexity of whether a WPP may serve in lieu of a TMDL will necessitate close coordination between watershed stakeholders, the State, and EPA.
As TCEQ was preparing the 2010 Integrated Report, TSSWCB explored the feasibility of pursing this "4b option" and utilizing the Plum Creek WPP in lieu of a TMDL for Segment 1810. TSSWCB worked with the Plum Creek Watershed Partnership Steering Committee, Texas A&M AgriLife Extension Service, and TCEQ to develop a Rationale for Reclassifying Plum Creek (Segment 1810) from Category 5 to Category 4B on the 2010 Texas Integrated Report (PDF, 356 kB). This Rationale was based on the EPA Region 6 process document and was submitted by TCEQ to EPA as part of the 2010 Integrated Report. In EPA’s November 2011 letter of approval for the 2010 Integrated Report (PDF,470 kB), EPA concluded that the State’s Rationale adequately demonstrates how other pollution control requirements (i.e., the WPP) will lead to water quality standards attainment in a reasonable period of time for Plum Creek. As such, EPA approved the State placing this waterbody into Category 4B of the Integrated Report. A significant portion of EPA’s approval letter is dedicated to discussing the use of the Plum Creek WPP in lieu of a TMDL. This is the first successful use of a WPP in lieu of a TMDL in Texas and in EPA Region 6, and one of the first in the nation.
Download an ArcGIS shapefile (ZIP, 934 kB) of watersheds in Texas with WPPs being developed and implemented.
TSSWCB provides technical and financial assistance to local stakeholder groups to develop and implement WPPs to address significant agricultural or silvicultural nonpoint source pollution issues. WPP development projects sponsored by TSSWCB are all funded through CWA §319(h) Nonpoint Source Grants to various entities. These watersheds are shown in red on the above map and include:
- Attoyac Bayou - Texas Water Resources Institute
- Buck Creek - Texas Water Resources Institute
- Cedar Bayou - Houston-Galveston Area Council
- Concho River - Upper Colorado River Authority
- Double Bayou - Houston Advanced Research Center and Shead Conservation Solutions
- Geronimo Creek - Guadalupe-Blanco River Authority and Texas A&M AgriLife Extension Service
- Lake Granger - Brazos River Authority
- Lampasas River - Texas A&M AgriLife Research
- Leon River - Brazos River Authority and Central Texas Council of Governments
- Lower Nueces River - Nueces River Authority
- Pecos River - Texas Water Resources Institute
- Plum Creek - Texas A&M AgriLife Extension Service and Guadalupe-Blanco River Authority
- South and North Llano Rivers - Texas Water Resources Institute and Texas Tech University
Additionally, TSSWCB has a focused effort providing guidance and technical assistance to local stakeholder groups in developing and implementing WPPs in southeast and south central Texas:
- Southeast and South Central Texas Regional Watershed Coordination Steering Committee - TSSWCB Wharton Regional Office
While WPP development projects sponsored by TCEQ have significant water quality issues related to urban nonpoint source pollution or wastewater treatment, most, to varying degrees, have agricultural or silvicultural nonpoint source pollution components. These watersheds are shown in purple on the above map and include:
- Armand Bayou - Texas Sea Grant and Trust for Public Land
- Arroyo Colorado - Texas Water Resources Institute
- Bastrop Bayou - Houston-Galveston Area Council
- Brady Creek - Upper Colorado River Authority
- Caddo Lake - Northeast Texas Municipal Water District
- Cypress Creek - Meadows Center for Water and the Environment
- Dickinson Bayou - Texas Sea Grant
- Hickory Creek - City of Denton
- Lake Granbury - Brazos River Authority and Texas Water Resources Institute
- Moses-Highland-Karankawa Bayous - Texas Sea Grant
- San Bernard River - Houston-Galveston Area Council
- Upper Cibolo Creek - City of Boerne
- Upper San Antonio River - San Antonio River Authority
- Upper San Marcos River - Meadows Center for Water and the Environment
There are several other watershed planning projects across the state which are funded and sponsored by entities and agencies other than TSSWCB or TCEQ. These third-party WPPs may or may not adequately satisfy EPA's nine elements. These watersheds are shown in orange on the above map and include:
- Barton Springs and Onion Creek - Lower Colorado River Authority and Texas Water Development Board
- Cedar Creek Reservoir - Texas Water Resources Institute and Tarrant Regional Water District
- Eagle Mountain Reservoir - Texas Water Resources Institute and Tarrant Regional Water District
- Lake Arlington - City of Arlington
- Paso del Norte de Rio Grande - Paso del Norte Watershed Council and New Mexico Department of Agriculture
- San Felipe Creek - City of Del Rio
- Caney Creek - Caney Creek Conservation Foundation (not shown on map)
- Lower and Middle Brazos River - Brazos River Authority (not shown on map)
- Nueces River - U.S. Army Corps of Engineers (not shown on map)
- Stillhouse Hollow Lake (PDF, 16.9 MB) - Lake Stillhouse Hollow Cleanwater Steering Committee, Inc. (not shown on map)
- Trinity River Environmental Restoration Initiative - Texas Water Resources Institute and Institute of Renewable Natural Resources (not shown on map)
- Upper Colorado River (PDF, 6.9 MB) - Colorado River Municipal Water District (not shown on map)
For additional information or questions, contact TJ Helton at 254-773-2250, ext. 234, or thelton [at] tsswcb [dot] texas [dot] gov.
This webpage was last updated on 02/19/2013.
Note On Viewing Portable Document Format (PDF) documents
To view the PDF document listed on this page you will need to have Adobe Acrobat® Reader installed on your computer. The software is available as a free download from the Adobe website.