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TMDL Resources

Know Your Watershed is coordinated by Conservation Technology Information Center.

Developing Stakeholder Involvement:
As Critical As Data & Valid Models

Before discussing some of the science involved in TMDLs, it is important to turn our attention to the long overdue changes occurring in the approach to water quality monitoring across the United States – a greater emphasis on involving stakeholders, from environmental agencies to landowners, in the TMDL process.

Nationwide, teamwork is developing on a local level among local, state, tribal, and federal agencies more rapidly than ever before. In an article titled "TMDL Rules Drive Water Monitoring " in the January 1999 issue of WaterWorld, Gayle Rominger, General Manager of YSI’s Environmental Products Group, said, "Coordination is an outgrowth of the TMDL approach. I think this will be one of the benefits to come out of this because it’s just too big for any one group to do by itself."

Besides the environmental payoff, watershed approaches can have the added benefit of saving time and money. Teamwork among agencies in a watershed can improve the level of dialogue on water quality, proposed TMDLs and BMPs.

Cooperation and communication can also improve the efficiency of BMP work, water quality monitoring, standardizing protocols, spreading the large task of data collection among more participants, and even sharing equipment to keep costs low.

Whether the task is monitoring, computer modeling, issuing permits, reporting, or developing, implementing and monitoring the effectiveness of BMPs, a watershed framework offers many opportunities to simplify and streamline the workload.

For example, synchronizing monitoring schedules so that all monitoring within a given area (such as a watershed) occurs within the same timeframe can eliminate duplicate trips and greatly reduce travel costs. North Carolina was able to monitor nearly 40 percent more waters with the same level of effort after monitoring was conducted on a more coordinated watershed basis.

Building Community

In addition to your role in studying or safeguarding water quality, you are likely to find yourself learning group facilitation skills. Here are a couple of pointers from people who have been on the front lines of stakeholder involvement:

1. Look for local training opportunities on group facilitation – local community colleges are often a good place to start. Managing group dynamics and learning to build a base of rules and consensus are invaluable leadership skills.

2. In a group’s first meeting, have the group establish ground rules for interacting and grant itself the authority to enforce them. Then present the list of rules as the product of the group’s first consensus. 

3. A former Vermont Wetlands Office official who worked closely with citizen groups offers a few experiential tips:
· give lots of information very early in the project
  

· meet with small groups in their kitchens

· emphasize the voluntary nature of the program

· clearly state objectives

· very actively seek input from all involved people, particularly those in opposition – you want them to have a stake in the results

Efficiency is also increased when all the agencies with natural resource responsibilities begin to work together to improve conditions in a watershed. In its truest sense, watershed protection engages all partners within a watershed, from the private to the federal level, and all levels in between. By coordinating their efforts, stakeholder agencies can complement and reinforce each others’ activities, avoid duplication, and leverage resources to achieve better results.

Data collection is one activity that is particularly ripe for greater cooperation and coordination, especially because the time and equipment required for water quality monitoring make data collection the most costly part of the TMDL process. A state can reduce its own monitoring costs by factoring in the monitoring activities of the U.S. Environmental Protection Agency, the U.S. Geological Survey, the National Oceanic and Atmospheric Administration, and the National Resource Conservation Service. In addition, permittees and other stakeholders that generate ambient monitoring data can form basin monitoring consortia to pool resources and provide the state with greater consistency in collecting and reporting data. For more details, visit US EPA’s "Why Watersheds?" http://www.epa.gov/OWOW/watershed/why.html

As agencies open dialogues with each other, the average resident in a watershed can – should – also play a key role in TMDLs. Nonpoint source pollution (NPSP) is often a central target for TMDL regulations. NPSP control requires the awareness and cooperation of all citizens living within the affected watershed – not just industry, utilities, or governmental bodies.

To be most effective, the citizens should be involved at all levels in the development, implementation, monitoring, and evaluation of TMDLs. Though an expensive and time-consuming way to start the discussion over TMDLs, getting landowners and land users involved is the critical component in making the TMDL watershed approach successful. The political battles and finger pointing that mark many water quality discussions can be harnessed into productive dialogue if skillfully facilitated and initiated at the beginning of the TMDL process.

Case Study: Garcia River TMDL

District conservationist Tom Schott of the USDA Natural Resource Conservation Service in Ukiah, California has been involved in the, sometimes-contentious, TMDL process for the Garcia River. 

"An existing watershed group reconvened to ensure broad-based stakeholder involvement," Schott said. "I’m not saying we were drinking martinis in the hot tub, but people understood each other and things were generally on a reasonably respectful level in spite of the difference of interests."

The Garcia River TMDL reflected grassroots building blocks ranging from an existing rangeland watershed management plan to new input from an agricultural caucus. Eyebrows were raised when regulatory agency staffers introduced recommendations for some numerical goals that had not been developed by consensus, and for tighter regulatory controls. 

But stakeholder involvement was very important in keeping the process reality-based, said Schott. "It forced a level of maturity to the discussion where things got more detailed, levels were set," he said. "There was an infusion of demand for more planning and science – and those things have been positive."

(For more on the Garcia River TMDL process, see "TMDLs – Coming to a Stream Near You" in the December/January 1997-98 issue of Conservation Partners, http://www.ctic.purdue.edu/News/Partners/1997/Dec97_pg10.html)

Ed Wagner, a senior consultant with CH2M Hill in New Jersey, served on a federal committee convened by the EPA to generate advice on TMDLs. Elaborating on his comments in the WaterWorld article cited above, Wagner said, "There are plenty of bumps on the road to an objective as complex and politically charged as a TMDL. But the critical component in the process – as critical as data and valid models – is taking the time to build cooperation among the stakeholders. You can do the numbers and crunch through them, but it is more than science to do a TMDL. It’s more of a policy question of who gets the allocation, how much each stakeholder will be allowed to discharge. To do that in a way that people will accept generally takes their participation. It takes time to do that."