Update on Source Water Collaborative

& Related Topics

U.S. EPA Region 3Source Water Assessment and Protection

ProgramStates Meeting

June 5, 2013Jim Taft

Association of State Drinking Water Administrators

National Source Water Collaborative

The Source Water Collaborative Background & Activities to Date

Focus on Agricultural Community Collaboration

Focus on CWA-SDWA Collaboration State-EPA Workgroup Efforts Source Water Collaborative Efforts

Focus on Fostering State & Local Collaboratives

Topics to Discuss

You are here

…and your drinking water is here

Water quality issues:•Stormwater runoff•Flow•Pathogens•Disinfection byproducts (& precursors)•Algae•Chlorides•Turbidity•Alkalinity•Nutrients•Metals•Trace organics

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We represent the drinking water programs in the 50 states, 5 territories, D.C., and the Navajo Nation.

Our members (which include the Region 3 states) address all facets of their programs – from source to tap (e.g., source water quality and quantity, rule implementation, technical assistance/training, security, data management)

I’m also representing the Source Water Collaborative – a group of 25 organizations dedicated to working cooperatively to protection sources of drinking water.

State Drinking Water Programs & the Source Water Collaborative

Coalition of 25 national organizations united to protect drinking water sources Newest members—National Association of Conservation

Districts and Smart Growth AmericaKey Activities to Date

Guide for Land Use Planners Guide for Local Officials Customizable Tool: Create Your Own Local Official’s Guide SWP Cost Benefit Tool Field-to-Faucets Guide (EPA product) Salmon Falls (NH/ME) & Delaware River Basin Initiatives Engagement with U.S. Department of Agriculture and

National Association of Conservation Districts (NACD)6

Source Water Collaborative:Background & Activities to Date

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“We the undersigned organizations committed to safe drinking water, hereby agree to work together at the source – on the lakes, streams, rivers, and aquifers we tap for drinking water and on the land which protects and recharges those bodies of water. As the population grows and the countryside develops, drinking water protection should be integrated into land-use planning and stewardship; road, sewer and water projects; farming, industry and development practices; waste disposal methods; watershed planning, protection and clean-up; and the routine decisions Americans make every day. This is because the quality, quantity and cost of drinking water depend not only on treatment and distribution, but also on land stewardship and planning decisions.”

Excerpt from Source Water Collaborative Charter

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www.sourcewatercollaborative.org

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Priority agenda items for next few years: Nutrient reduction partnerships with Agriculture

Agencies Improve SDWA-CWA collaboration

“How-To Guide” for member organizations, localsCoordinated with overall state-EPA initiative

Foster/support new collaboratives:Lancaster County, PA – agriculture, stormwaterSheridan, WY – sediment, E. coli,

CryptosporidiumWisconsin – nutrients in ground water, targeted

watersheds (statewide)

Source Water Collaborative:Priorities for the Next Few Years

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Collaboration Toolkit designed to facilitate partnerships with NRCS State Conservationists

Working with NACD to enhance Toolkit with tips for working with conservation districts

Nutrient Reduction Partnerships with the Agricultural Community

SWC’s Online Toolkit for USDA-NRCS Collaboration

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Many contaminants are of mutual concern for aquatic life & human health.

Public health standards don’t exist for all parameters of concern, and take a long time to develop -- so we should optimize tools we have available.

It makes sense to reduce/remove contaminants in source waters to begin with, rather than transferring the cost of removal downstream.

Factors such as population growth and climate change are exerting additional pressures on water use and treatment efficiency: water re-use is already occurring….and will become more intensive.

Drinking water protection can provide additional public motivation and support for water quality improvements, and encourage more partners

Public expects that environment and public health are being protected

Reasons for Collaboration on SDWA and CWA Tools

Foster improved collaboration between programs, including “hard-wired” coordination opportunities.

Get drinking water into the queue of water quality priorities and vice versa.

Leverage resources to improve water quality and source water.

Address pollutants of concern and/or emerging contaminants of concern.

CWA-SDWA State-EPA Work Group“Better quality drinking water sources,

both surface and ground water, now and in the future”

Overview of Approach to State-EPA CWA-SDWA Collaboration Initiative

Challenges for SDWA-CWA Integration

Challenge Few WQC for DW protection

WQC risk levels < MCL risk levels

Use designations may not reflect DW use

Few TMDLs target DW quality

Ambient monitoring/assessments may rely more on biocriteria than chemical data

Public water systems monitor treated water, not source water

Potential Solution

Can use narrative criterion (no toxics in toxic amounts), Health Advisories, Risk Screening Levels

Use State CWA risk levels to develop protective standards for drinking water sources

Revisit use designations for relevant segments

Augment TMDL WLAs, LAs to protect intakes

Supplement ambient monitoring with relevant water chemistry, special studies, water supply data

Many water systems provide supplemental data

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Water Quality Standards and Impaired Waters Listing

Point Sources (NPDES)TMDLs and Nonpoint Sources (319)Deliverables – “How-To” Guides:

Targeted to State & EPA Regional practitioners How tools can address contaminants or contaminant

groups that pose HH risk in drinking water Use real-world scenarios, where possible Address potential obstacles & approaches to

overcoming them Recommend actions to “hard-wire” integration, as

appropriate, (e.g., in policy, guidance, annual commitments)

CWA-SDWA State-EPA Work GroupSub-Work Groups

Nutrients: toxicity (NO3), taste & odor, pathogens, disinfection byproducts precursors, harmful algal blooms & toxins

Pathogens: e.g., CryptosporidiumChemical contaminants – e.g., BromidesEmerging contaminantsGround water protection

Target Opportunities for SDWA-CWA Collaboration

Complementary Effort: How can the 25 SWC members (and their constituencies)

play an appropriate role in this initiative – commensurate with their interests & authorities?

Citizens/Stakeholders’ Guides: To use & leveraging of CWA tools & opportunities –

especially, TMDLs and NPDES permits. Strategic use of Data and Information:

What local data sources exist to help complement Federal and state data sources?

How and when can such sources be best leveraged and used?

Source Water Collaborative’s CWA-SDWA Initiative

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Shared understanding and recognition of a serious, time-sensitive problem.

Data and information to guide and direct efforts. Diverse stakeholders and a core group of

committed folks. A champion or two to keep forward momentum. A little bit of money to help defray expenses of

meetings; web site maintenance.

Checklist for Success

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It’s a Team Sport -- needs to be a collaborative effort. It involves the combined efforts of many partners: public water

systems, community leaders, land-use decision-makers, agricultural leaders, and the public; both “traditional” and non-traditional partners need to be at the table.

Leverage existing authorities and resources, wherever possible: it’s easier to make course corrections of aircraft carriers rather

than turn them around. Many folks are just waiting to be “leveraged”; may not know the

need. Local efforts “move the needle”:

Federal, state and regional organizations and networks can help set up the conditions for success, but it’s ultimately source water protection projects and actions at the local level that make the difference.

Keys to Success (Based on What We’ve Seen Across the

Country)

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Federal: It’s about leveraging information and resources and moving

information down to the state and local levels; also need better “Fed-to-Fed” information sharing and program coordination.

State: Statewide focus allows for coordinated and comprehensive

approach within in established framework – and, ability to make a big impact (NC, CT, MN).

In a large, diverse state, there are obviously a lot of Regional differences and local jurisdictions that need to be involved.

Regional/local: Efforts typically rally around a particular resource (e.g., Salmon

Falls) which provide a sense of urgency and a local focus. Ultimately, source water protection takes place at the local level

– so, how do we facilitate that and establish the conditions for success?

Lessons Learned from National, State, and Regional/Local Level

Collaboratives