promoting tmdl innovations in region 1 anne leiby us epa, region 1 state-epa symposium on...
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Promoting TMDL Innovations in Region 1
Anne LeibyUS EPA, Region 1
State-EPA Symposium on Environmental Innovation and ResultsDenver, CO
Tuesday, January 24, 1:45 – 3:15
Background: Motivators for TMDL Innovations in Region I Problem-solving orientation Support and collaboration of senior leadership at
state and federal level Urgency of problem*:
Low production of TMDLs in region Region 1 had approved 11% of total TMDL universe = 219
of 2040 impaired waters (places region 2nd from bottom for approval pace of TMDLs)
Unwillingness to take risk/desire to protect environment
A+ TMDLs = standard and agency culture Focus on point source TMDLs 7 of 10 regions involved in lawsuits (Regions 5,1,2 have no
lawsuits, but also slowest pace of production)*(figures as of December, 2003)
Development of TMDL Innovations in Region 1
First Meeting of Regional State-Federal Innovations Group (June, 2002)
TMDL Summit (January, 2003) MOU between states, Region 1 (April, 2003):
Increase pace of TMDL development Address stormwater Develop “other pollution controls” to meet water quality
(through non-TMDL methods) – known as “(4b)”
TMDLs appear on national IAC-ECOS Joint Work Plan (April, 2004)
Increase Pace of TMDL Development/Stormwater Innovations Environmental Effectiveness: focus on
actual problems: Transition to non point source TMDLs Implementation as key to environmental
improvement
Efficiency: Develop standard protocols for bundling or grouping common types of TMDLs
Resulted in development of: MA Pathogen TMDLs and Impervious Cover Methodology
Innovation #1: MA Watershed Pathogen TMDLs Goal: to develop state-wide TMDL designed to
eliminate pathogen contamination throughout all 27 MA watersheds (representing 375 waterbodies/TMDLs)
Method: 1 generic template – apply throughout state Use existing data No “traditional” loads – translate water quality
standards into concentration that applies at end of pipe throughout water body
Focus efforts on implementation efforts/guidance Automatically apply to future waters determined to be
impaired for pathogens
MA Pathogen Watershed TMDL - Challenges National precedents?
Concentration-based approach w/o more segment-specific info may not be acceptable
Intersection with permit program Reasonable assurance that environment will be better
off Stakeholders
Is this really a TMDL? Raises larger stormwater issues generally
Bottom Line: addressing challenges and moving forward.
Lesson Learned: Involve key stakeholders earlier in process.
Streams with <50 sq miles drainage upstream
0102030405060708090
100
0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30
% IC Upstream
% o
f R
efer
ence
C
omm
unit
y
n=125
Meet WQC
Fail WQC
% IC and ALUS
12% IC Threshold
Southwest Coast Effect – Green on Top, Red on Bottom
Pequonnock R
iver
Mill R
iv er
Norw
alk River
Rip
powaum
River
Byram
River
Meets ALUS
Fails ALUS
> = 11% IC
Impervious Cover – Region 1 Proposed Approach Use % Impervious Cover as a surrogate for pollutants
and causes related to aquatic life use impairments (but if identity of pollutant is known which is believed to
be contributing to the impairment of the use, an individual allocation should be done)
Achieving % IC reductions set forth in future TMDLs means: disconnecting IC that is directly connected to water bodies and installing BMPs
Innovation #3: “Other Pollution Controls” Approach to Meeting Water Quality: 4b
Innovative Efforts are focused on: Clarifying guidance Understanding current universe of 4bs around country Implementation focus – developing ”other pollution
controls” designed to meet water quality standards more efficiently and effectively than a TMDL approach
Developing supportable 4b scenarios with states Innovations Challenges:
Role of adaptive management Degree of risk (approx. 129 4bs in 2004) Proof required at time of approval that water quality
standards will be met
Challenges to Implementing TMDL Innovations in Region 1 Precedent-setting nature of changes Stakeholder interests/involvement Resources (“innovations” vs. “core program”) Time – intensive nature of work Incentives to “innovate” are often few:
Not much $ (but: SIG grants, $ follows good ideas) Leaders are few (but: they do exist at all levels within
agencies) Those promoting viewed as “outside the mainstream” –
which is a hard place to be in most bureacracies
Lessons Learned in Region 1:
Prioritize innovations that provide the most significant environmental results
Involve stakeholders early on Seek alignment of goals with states and national
program offices Prioritize innovations that provide transferable results Celebrate the power of the individual change agents Change “national scorecards” for what success
means Don’t give up – change takes time and persistence –
the benefits can be great.
So, What Are The Possible Benefits of Innovation? Forces continuous improvement Significant environmental outcomes Increased efficiencies – leveraging of scare
resources Empowerment of staff/management that tackle
problems in creative, problem-solving manner Culture Change – build trust across traditional
office/agency/stakeholder lines Apply lessons learned (including those from failed
attempts) to improve upon future work