Enhance Ecosystem Services In Watersheds Dominated By Agriculture - - PowerPoint PPT Presentation

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Enhance Ecosystem Services In Watersheds Dominated By Agriculture - - PowerPoint PPT Presentation

ACES 2014 - Workshop #3 Washington, D.C. December 8, 2014 Coordinated Approaches To Enhance Ecosystem Services In Watersheds Dominated By Agriculture Project (Funded by GLPF): Great Lakes Watershed Ecological Sustainability Strategy Project


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Coordinated Approaches To Enhance Ecosystem Services In Watersheds Dominated By Agriculture

Project (Funded by GLPF): Great Lakes Watershed Ecological Sustainability Strategy Project (funded by NSF and Ohio Sea Grant): Lake Erie human behavior-ecosystem services research

ACES 2014 - Workshop #3 Washington, D.C. December 8, 2014

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Photo by Tom Crail

Photo by Tom Archer

The Problem

Flow-weighted SRP concentration 85 ug/L

September 3, 2011

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Land Use Meteorological Events Agricultural Practices Nonpoint Source Solids and Nutrient Loading (SWAT)

Fish and Benthos Impacts in Watershed Stream Network (Empirical Model)

Eutrophication Symptoms in lake

  • HABs
  • Hypoxia
  • Sedimentation

(WLEEM)

The Cause-Effect Analysis

Driving Factors

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Candidate Transactions

  • Reverse auction
  • Certification
  • Drain management

Improved Conservation and Management Practices

  • Type of practice(s)
  • Affected land area

Watershed Models (SWAT) Western Lake Erie Ecosystem Model (WLEEM) Improved “Indices of Biological Integrity” (IBIs)

(various locations in stream network)

Changes to crops, tillage, drainage, etc. Flow, sediment, nutrient loading @ Waterville Flow, sediment, nutrient loading

Reduced Nutrient & Sediment Delivery

(@ tributary mouths)

Reduced Algal Production and Sediment Problems in Western Lake Erie

  • Microcystis blooms
  • Sedimentation/turbidity

Ecological Endpoints

The Solution: Transactions Ecological Endpoints

Final Evaluation

  • f Transactions
  • Type
  • Location(s)
  • Funding

*Relative ecological benefits *Bid ranking ($/lb algal reduction)

Transactions

Model Linkage

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OSU Analysis: Lake Erie-land coupled human- natural systems model

Farmer land management decisions P runoff from field into watershed P loadings to Lake Erie Changes in ecosystem services Value of improved ecosystem services Policies Economic and social behavioral models Spatial land use- hydro watershed model (SWAT) Lake hydrodynamic- lower food web model Economic analysis Costs of policy ($) Benefits of policy ($)

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Workshop Talks

1.

Dennis McGrath, The Nature Conservancy. Overview of Achievements from the Great Lakes Watershed Ecological Sustainability Strategy for Agricultural Watersheds in the Great Lakes Basin

2.

Todd Redder, LimnoTech. Linking Watershed and Coastal Ecosystem Models to Assess Harmful Algal Bloom Production in the Western Lake Erie Basin

3.

Leah H. Palm-Forster, Michigan State University. Designing Conservation Auctions for Aquatic Ecosystem Services in Agricultural Watersheds

4.

Randy Dell, The Nature Conservancy. Public Drain Fee Reduction Program to Support Biological Watershed Outcomes

5.

Carrie Vollmer-Sanders, The Nature Conservancy. Lake Erie 4R Nutrient Stewardship Certification: Water Quality Markets

6.

Wendong Zhang, The Ohio State University. Linking agricultural land management decisions and Lake Erie ecosystem services using integrated ecological economic modeling

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Roundtable Discussion with Panelists

 Discussion Questions:

1.

What are the top research areas/questions to focus

  • n in the next 2 years? 5 years? 10 years?

2.

What kinds of programs do we need to encourage landowners to manage cropland in a way that improves water quality?

3.

Who (which organizations) should be engaging with farmers to increase land stewardship?

4.

How should incentives be structured to maximize participation in voluntary stewardship programs?