World Resources Institute. Hypoxia: What is it? What causes It? The Dead Zone > Seasonally oxygen depleted zone in the Gulf of Mexico > Mobile aquatic.

Slides:



Advertisements
Similar presentations
Lawyer Creek Steelhead Trout Habitat Improvement Project presented by: Lewis Soil Conservation District.
Advertisements

AP Environmental Science Earth’s Environmental Systems
Investing in the Carbon Sink Potential of Agriculture and Wetland Sustainability Agriculture and Wetlands Greenhouse Gas Initiative of Ducks Unlimited.
Management of Drainage Water in Illinois
By Ching-Wen Cheng (LA), Daniel Gaebel (RPB), Janelle St. Pierre (RPB), and Anna Willow (EE) September 14, 2001 A Multidisciplinary Master’s Project.
Gulf Restoration Network Decision. Nutrients Nitrogen (N) Phosphorus (P) Sources include: NPS: fertilizer/manure runoff, septic tank overflow Point sources:
Gulf Hypoxia and its Impact on Ohio Municipalities.
Minnesota Watershed Nitrogen Reduction Planning Tool William Lazarus Department of Applied Economics University of Minnesota David Mulla Department of.
Reversing Ocean Hypoxia through Application and Scaling up of Innovative Policy, Economic and Financial Tools Andrew Hudson Head, UNDP Water & Ocean Governance.
Canterbury Water Management Strategy in the Orari-Opihi-Pareora Zone CWMS – finding local solutions to water management challenges in the OOP zone.
Lesson 5: The Dead Zone Chemical Oceanography. Last class we learned about the carbon cycle What is a biogeochemical cycle? What are the primary components.
Building the GCOOS Nutrients and Nutrient Impacts: Priorities for Productive Marine Resources Ann Jochens.
Potentials for Organic Farming Enviromental friendly agriculture and Efficient Sustainable Small-Scale Wastewater Systems Maria Staniszewska and Gunnar.
Economic Concepts Related to Appraisal II. Outline What is meant by economics Sustainable agriculture What are the basic issues related to appraisal Example.
Illinois Farmers as Nutrient Stewards: Opportunities via the Illinois Nutrient Loss Reduction Strategy IFB Commodities Conference July 30, 2014 Lauren.
Eric G. Hurley, Nutrient Management Specialist USDA-Natural Resources Conservation Service.
Louisiana’s Gulf Hypoxia Problem 2013 Doug Daigle Coordinator, La Hypoxia Working Group, Lower MS River Sub-basin Committee August 6, 2013.
Agricultural Water Pollution: Some Policy Considerations Catherine Kling Center for Agricultural and Rural Development, Iowa State University Iowa Environmental.
5.4 EUTROPHICATION Connor. What is it?  excessive richness of nutrients (especially phosphates and nitrates) in a lake or other body of water, frequently.
Reducing phosphorus emissions: Why voluntary programs struggle and market-based instruments are likely to work best Brent Sohngen (OSU)
Economic and Biophysical Models to Support Conservation Policy: Hypoxia and Water Quality in the Upper Mississippi River Basin CARD Resources and Environmental.
EUTROPHICATION (NUTRIENT POLLUTION) SOLUTIONS REVIEW BEST POLICIES & REAL FIXES.
All about “Dead Zones”. Zones of Oxygen Depletion.
Measuring Carbon Co-Benefits of Agricultural Conservation Policies: In-stream vs. Edge-of-Field Assessments of Water Quality. Measuring Carbon Co-Benefits.
Center for International Climate and Environmental Research-Oslo: Research Priorities and Interest in China Lin Gan SINCIERE Member Workshop October 19,
Understanding „the nexus“ in the MENA region Holger Hoff Stockholm Environment Institute Potsdam Institute for Climate Impact Research Beirut, 22 January.
Co-Benefits from Conservation Policies that Promote Carbon Sequestration in Agriculture: The Corn Belt CARD, Iowa State University Presented at the Forestry.
Nonpoint Source Management Plan: Issues and Opportunities Greg Anderson Nonpoint Source Coordinator MO DNR.
The Importance of Watershed Modeling for Conservation Policy Or What is an Economist Doing at a SWAT Workshop?
Assessing Alternative Policies for the Control of Nutrients in the Upper Mississippi River Basin Catherine L. Kling, Silvia Secchi, Hongli Feng, Philip.
The Gulf of Mexico Hypoxia Zone:. Mississippi River Basin.
Watershed Management Assessment Through Modeling: SALT and CEAP Dr. Claire Baffaut Water Quality Short Course Boone County Extension Office April 12, 2007.
DEAD ZONE Hypoxic Zone in the Gulf of Mexico. What is it? The hypoxic zone in the northern Gulf of Mexico refers to an area along the Louisiana- Texas.
IUCN, WBCSD, Sep 2007 Markets for Ecosystem Services: New Challenges and Opportunities for Business and the Environment.
Hypoxia in the Gulf of Mexico Implications and Strategies for Iowa Remarks by Craig Cox Environmental Working Group October 15, 2008 Remarks by Craig Cox.
Agriculture’s Role in Climate Change Mitigation July 18, 2007 (revised) Daniel A. Lashof, Ph.D. Science Director Climate Center Natural Resources Defense.
Conservation Agriculture as a Potential Pathway to Better Resource Management, Higher Productivity, and Improved Socio-Economic Conditions in the Andean.
Rainwater management Systems NBDC Project N2: -technologies, institutions and policies -Where are we, where are we going? -a personal view Partners: (international)
Least Cost Control of Agricultural Nutrient Contributions to the Gulf of Mexico Hypoxic Zone Sergey Rabotyagov, Todd Campbell, Manoj Jha, Hongli Feng,
Emily Schweiss, Alex Birkley, Petr Carter, and Eric Hempelmen.
The Value of Accurate, Field-Scale, Soil Carbon Assessment Technology: Conservation Tillage in Iowa Lyubov Kurkalova, Catherine Kling, and Jinhua Zhao.
Wisconsin’s Nutrient Reduction Strategy for Water Quality Wisconsin Crop Management Conference January 16, 2014 Ken Genskow, PhD Associate Professor, Department.
Beyond Science into Policy: Gulf of Mexico and the Mississippi River By: Colten Nswonger, Michaela Kempf, Cassie Ambuehl, Rébecca Ada Ondo, Shuai Wang,
Water Framework Directive and the SRDP Jannette MacDonald Land Unit, SEPA.
Potential Partnership UNRBA – Nicholas Institute Bill Holman & Amy Pickle August 4, 2011.
Bill Ehm, Administrator Environmental Services Division.
KWWOA Annual Conference April 2014 Development of a Kentucky Nutrient Strategy Paulette Akers Kentucky Division of Water Frankfort, KY.
A Pivotal Moment for Leaders Across the Gulf Coast States and Connected Communities Throughout the Country.
Opportunities for Collaboration on Water- Quality Issues in the Mississippi River Basin Herb Buxton, Office of Water Quality.
1 GEORGIAN EXPERIENCE – and Strategy for Future DAVID NAKANI Environmental Pollution Control Program DAREJAN KAPANADZE World Bank Office Tbilisi Georgia.
Environmental impacts and the potential for sustainable food supplies.
DO NOW Draw the hydrologic cycle Label all parts of your diagram.
Agricultural pollution in Ukraine (Azov-Black Sea Region ) The World Bank.
Nutrients and the Next Generation of Conservation Presented by: Tom Porta, P.E. Deputy Administrator Nevada Division of Environmental Protection President,
Eutrophication Nutrient pollution in the Mississippi River Delta Eutrophication : Mississippi River Delta.
Introduction to SANREM / SMARTS Project A University of Hawaii/OUAT Collaboration, March 2011 prepared by Jacqueline Halbrendt, MS J. Halbrendt, T. Idol,
IOWA NUTRIENT REDUCTION STRATEGY A science and technology-based framework to assess and reduce nutrients to Iowa waters and the Gulf of Mexico James Gillespie.
Taking on the Challenge Addressing Sustainability and Nutrient Loss Reduction Strategy Goals Caroline Wade, Nutrient Watershed Manager Illinois Corn Growers.
Slide 1 Achieving Effective Conservation in the Upper Mississippi River Basin CEAP —Conservation Effects Assessment Project.
 Decreasing Nutrient Runoff from Iowa Farms to Improve Water Quality Everywhere from Local Sources in Iowa to the Dead Zone in the Gulf of Mexico.
Manure 101 University of Wisconsin - Extension
Illinois Nutrient Loss Reduction Strategy - NLRS
Texas Water Resources Institute
Costs of P Reductions in Lake Erie.
State GHG.
4 State LWV’s 60 local LWV’s About 4000 individuals Twin Cites Chicago
Conservation Biology.
Iowa Agriculture Water Alliance
ENVIRONMENTAL SYSTEMS
Environmental Systems
Presentation transcript:

World Resources Institute

Hypoxia: What is it? What causes It? The Dead Zone > Seasonally oxygen depleted zone in the Gulf of Mexico > Mobile aquatic species leave the area > Those that can’t leave die or are weakened Primary Cause > N itrogen from the Mississippi River Basin World Resources Institute

Setting the scene Hypoxia: The Growing Problem World Resources Institute

Setting the scene Sources of Nitrogen? World Resources Institute

Setting the scene Where does the nitrogen come from? World Resources Institute Source: USGS, 2000

WRI Policy Research ? Agricultural Policy Analysis ! Fertilizer Tax on Nitrogen ! Extension of CRP ! Conservation Tillage Subsidy ! GHG Trading ! Nutrient Trading ! Nutrient Trading with GHG Payments World Resources Institute

Setting the scene Nitrogen delivered to the Gulf World Resources Institute

Setting the scene Farm Income World Resources Institute

Setting the scene Greenhouse Gas Emissions World Resources Institute

Setting the scene Nitrogen Lost to Waterways World Resources Institute

Setting the scene Phosphorus Lost to Waterways World Resources Institute

Setting the scene Soil Erosion World Resources Institute

Setting the scene Cost-Effectiveness World Resources Institute

Setting the scene Regional Impacts World Resources Institute

Setting the scene Regional Impacts World Resources Institute

WRI Findings Findings ? Considering nitrogen delivery to the Gulf is important ? Nutrient trading is the most cost-effective solution ? Co-benefits are important World Resources Institute

WRI Recommendations Recommendations ? Establish and implement a N cap for Mississippi River Basin ? Promote nutrient trading programs ? Develop a coordinated and collaborative approach to watershed planning ? Establish coordinated monitoring strategies World Resources Institute

WRI Recommendations Recommendations ?Farm conservation spending should be targeted ? Need to explore other opportunities to reduce GHG emissions ? Develop strategy to address a suite of environmental problems NOT individual problems World Resources Institute