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How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory and Monitoring Program in >270 Parks Key I&M Lessons Learned

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Page 1: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

How the National Park Service,“the most decentralized agency in the U.S.

government”,Successfully Designed and Implemented a Natural

Resource Inventory and Monitoring Program in >270 Parks

Key I&M Lessons Learned

Page 2: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Natural Resource Inventory and Monitoring

• Steve Fancy – National I&M Program Leader

• Margaret Beer – National I&M Data Manager

• Lisa Thomas – Program Manager, Southern Colorado Plateau I&M Network

• Bruce Bingham – Regional I&M Program Manager, Intermountain Region

• Mike Debacker – Program Manager, Heartland I&M Network

32 I&M NetworksKey Lessons Learned to

Date

Page 3: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

How the National Park Service,“the most decentralized agency in the U.S.

government”,Successfully Designed and Implemented a Natural

Resource Inventory and Monitoring Program in >270 Parks

Key I&M Lessons Learned

Page 4: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

In the Year 1 B.C…In the Year 1 B.C… (Before Challenge)

= 19991/3 of the NR parks had zero natural resource professionals.

Almost all projects/studies were short-term. Staff mostly deals with “crisis of the day”.

Management decisions mostly based on best professional judgement by park managers; scientific data and products difficult to find and use.

Emphasis on data collection, with little analysis and reporting of results.

No Time No Money No Clue

Page 5: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Revitalize and expand the natural resource program within the park service and improve park management

through greater reliance on scientific information

National Park ServiceNatural Resource Challenge

Page 6: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

• 2,360 (85%) of the 12 basic inventory datasets have been delivered

• All 270 I&M Parks (100%) have now identified their vital signs

• 264 Parks (98%) have approved, peer-reviewed monitoring plans and have implemented natural resource monitoring; 100% by Sept. 2009.

Page 7: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

• NPS is recognized internationally as a leader in inventory & monitoring

• “State of the Art” - Influencing science & conservation well beyond NPS

• Strong support and participation by superintendents, NLC

• Productivity/Success of I&M Networks has exceeded expectations

Page 8: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

“The Service will also strive to ensure that park resources and values are passed on to future generations in a condition that is as good as, or better than, the conditions that exist today.” – NPS Management Policies

Condition-based Management

• Need to know the status & trend in condition for key resources in each park

• Use information about resource condition for management decision-making, planning, interpretation, & other management activities

Page 9: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

1. Establish natural resource inventory and monitoring as a standard practice throughout the National Park system that transcends traditional program, activity, and funding boundaries.

2. Inventory the natural resources ...

3. Monitor park ecosystems ...

4. Integrate natural resource inventory and monitoring information into NPS planning, management, and decision making.

5. Share NPS accomplishments and information with other natural resource organizations and form partnerships for attaining common goals and objectives.

I&M Program Goals

Page 10: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Economics 101

Funding level (after 15 years of trying) would allow each park on average to hire one professional

position to do all monitoring, data management, analysis, and reporting. Funding for smaller parks

wouldn’t even support a GS-5.

• Without integration and cost-sharing, parks could only monitor a few things; too few to adequately track condition of resources;

• Park buy-in and cost-leveraging through partnerships are critical; must be relevant to park managers and flexible to allow integration and partnerships;

• Establish 32 “I&M networks” that share funding and staffing among parks to gain efficiencies and consistency.

Conclusions/Strategy:

Page 11: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

I&M Network ConceptThe 32 park networks are large enough for

efficiencies through sharing staff & funding

Networks are small and local enough to respond to park-level issues and data needs and allow for local cost-leveraging opportunities

Page 12: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

The I&M ProgramPark Management Informed by Scientific Information

Routinely collect, manage, analyze, and report data on the condition or “health” of parks based on a modest set of natural resources.

Provide some local scientific expertise to all 270+ parks through the use of shared positions.

Promote integration and cost-sharing across programs and disciplines through a flexible but coordinated approach.

Make data and information more available and useful by promoting good data management/analysis/reporting practices.

Strategic, long-term program designed to:

Primary Audience:

Park Managers and Planners at the local, park level

Page 13: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Using shared staff and funding to facilitate core inventories and do long-term monitoring of a modest set of vital signs:

1. Determine status and trends in the

condition of a few key natural resources for each park, and

2. Effectively deliver information to park managers, planners, interpreters, scientists, and other key audiences.

Core Duties of I&M Network Staff:

Page 14: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

3-Year Start-up Reviews

• Start-up review for each network held 3 years after monitoring plan accepted and implemented.

• Bring park managers and scientists together to discuss their initial progress.

• Asks the basic question, “Is the network set up to succeed?”

• 3 years is long enough to appreciate realities of implementing the monitoring, but short enough to make adjustments if needed before too much is invested.

• 14 Networks ( n = 131 parks) reviewed so far

Page 15: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

3-Year Start-up Reviews

• 2-3 day review meeting typically 20-40 people: park superintendents, NR chiefs, network staff, collaborators, interpreters, regional staff

• Online survey sent out prior to review meeting to get feedback on how the network is doing. Comments are anonymous.

Page 16: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

0

20

40

60

80

100

Is the network off to a good start? Are you confident that the network will deliver relevant, useful data and information that will help us understand and

manage the natural resources of parks in our network"?

Perc

en

t of

Resp

on

ses

Network

Mean = 89%

Survey taken prior to Review Meeting:

Page 17: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

0

20

40

60

80

100 Agree

Strongly Agree

“Good data management, analysis, and reporting procedures seem to be in place, and I am confident that the network will deliver relevant, useful

information to key audiences in a format they can use”

Perc

en

t of

Resp

on

ses

Network

Mean = 82%

Page 18: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Overall Evaluation

• Network approach is working

• Park superintendents & resource chiefs very supportive

• Common comment: “Good progress on inventories; my park is already using the products; but still too early for monitoring results” (wait and see)

• The few negative comments from park managers were mostly “not enough money for my park” (e.g., prototype parks vs. others)

• Additional partnerships and cost-leveraging have resulted from some of the reviews

• Good support for strong accountability measures

Recent comment from a park superintendent:

“Ten years ago when this idea was in it's infancy I was somewhat skeptical of a WASO stovepiped NR program. Now that I am seeing the results and products I can tell you that the systematic approach, rigor and sideboards required by WASO are paying huge dividends for the parks and the NPS.”

Page 19: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Factors key to the success of the I&M networks:

1. Flexible, but well-coordinated approach to leverage funding and staffing with other programs and agencies.

2. Large, up-front investment in planning and design, with explicit link to park management and planning.

3. Early establishment of minimum standards for program design, protocols, peer review, data management.

4. Strong accountability: to the parks through Board of Directors and Technical Committee, and to Congress and the taxpayers through network, regional, and national program managers.

Page 20: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Factors key to the success of the I&M networks:

• I&M is not a stand-alone program. The network strategy allows parks to include and augment long-term monitoring that was already being done by parks, other NPS programs, and other agencies;

• Parks were able to identify their highest priorities for monitoring (as opposed to a top-down, “one size fits all” approach), which allowed them to take advantage of local partnership opportunities;

• Funding and staffing are closely intertwined between parks and networks for most networks;

• Parks enlisted subject-matter experts from more than 150 universities, plus USGS and other agencies to design a scientifically credible monitoring program based on the best available information. Lots of sharing and learning among networks

1. Flexible, but well-coordinated approach to leverage funding and staffing with other programs and agencies.

Page 21: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

• Began by asking park managers and planners what they needed and how best to deliver the information to them;

• Superintendents and park NR Chiefs are engaged through the network’s Board of Directors and Technical Committee;

• I&M data and expertise are a key data source for Natural Resource Condition Assessments, Resource Stewardship Strategies, and reporting to performance goals.

2. Large, up-front investment in planning and design, with explicit link to park management and planning.

Factors key to the success of the I&M networks:

Page 22: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

The Burning Question

Who will use the monitoring results and what will they do with them?

Who are the intended audiences and what is the most effective way to get the information to them?

Page 23: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

STRESSORS:Identify Key

Agents of Change

STRESSORS:Identify Key

Agents of Change

FOCAL RESOURCES: Identify Key

Resources of Interest

FOCAL RESOURCES: Identify Key

Resources of Interest

SYSTEM HEALTH:Identify Key

Properties & Processes

SYSTEM HEALTH:Identify Key

Properties & Processes

Predict Stress/Response Relationships

Predict Stress/Response Relationships

Scoping

Conceptual Modeling

Integration

Predict Linkages among Components and Processes

Predict Linkages among Components and Processes

List Potential Vital Signs

List Potential Vital Signs

Establish PrioritiesEstablish Priorities

Select Vital SignsSelect Vital Signs

Page 24: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Steps for Designing Long-term Monitoring Steps for Designing Long-term Monitoring Programs for 32 Ecoregional I&M NetworksPrograms for 32 Ecoregional I&M Networks

Clearly Define Goals and ObjectivesClearly Define Goals and Objectives

Compile and Summarize Existing InformationCompile and Summarize Existing Information

Develop Conceptual ModelsDevelop Conceptual Models

Prioritize and Select IndicatorsPrioritize and Select Indicators

Develop an Overall Sampling DesignDevelop an Overall Sampling Design

Develop Monitoring ProtocolsDevelop Monitoring Protocols

Establish Data Management, Analysis, and Establish Data Management, Analysis, and Reporting ProceduresReporting Procedures

Page 25: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Factors key to the success of the I&M networks:

3. Early establishment of minimum standards for program design, protocols, peer review, data management.

• Guidance and “best practices” examples developed and distributed among networks. Lots of sharing and learning from each other. Continual improvement of guidance and examples.

• Goals and Objectives guidance and examples

• Monitoring plan guidance and checklist

• Oakley et al. (1993) protocol standards

• Peer review policy – appropriate level of review for products

• Data management planning guidance and examples; 1/3 rule

• NRR and NRTR report series – updated guidance and process

Page 26: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Ecosystems… just the sound of it, gives me the willies.

“Who is going to make sure that the protocols used and analyses completed are scientifically sound, and that the monitoring is practical

for on the ground use and interpretation?”

Page 27: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

What is a Monitoring Protocol and Why do we Need Them?

“Monitoring protocols are detailed study plans that explain how data are to be collected, managed, analyzed, and reported, and are a key component of quality assurance for natural resource

monitoring programs” (Oakley et al. 2003)

Designing a long-term monitoring program is like getting a tattoo: you need to really think about what you want, because making major changes later will be messy and painful.

Page 28: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Why are Protocols Especially Important for Long-term Monitoring?

• Long-term monitoring; Different people will be doing the monitoring; changeover in personnel is expected.

• Experts that design the protocol and plans for analysis will retire or go away.

• Necessary to share/compare approach and results among different agencies and among sites.

We need to be certain that changes detected by monitoring actually are occurring in nature and not simply a result of measurements

being taken by different people or in slightly different ways

Page 29: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

Factors key to the success of the I&M networks:

4. Strong accountability: to the parks through Board of Directors and Technical Committee, and to Congress and the taxpayers through network, regional, and national program managers.

• Annual Administrative Report and Work Plan – parks were able to see how their (shared) staff and $$ were being used. Important for building trust and demonstrating accountability.

• Board of Directors

• Network Technical Committee

• Strong leadership and close coordination among regional and national program managers

Page 30: How the National Park Service, “the most decentralized agency in the U.S. government”, Successfully Designed and Implemented a Natural Resource Inventory

“The vital signs monitoring networks are The vital signs monitoring networks are designing a system for scientific data collection, designing a system for scientific data collection, analysis, and reporting that is unprecedented in analysis, and reporting that is unprecedented in

the history of the National Park Service”the history of the National Park Service”