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THE GREAT RIVERS PARTNERSHIP brings together diverse stakeholders and best science to work toward sustainable management and development of the world’s most critical river systems.

 

Working with Nature to Manage Floods


With record floods devastating the Midwest in early 2013, the GRP's Michael Reuter says now is the time for a new approach to flood risk management.

Watch his video blog >

Balancing Transportation & Restoration


The same waters that transport U.S. crops to market also provide habitat for wildlife and drinking water for millions of people.

See how stakeholders are coming together >

China-U.S. EcoPartnership


Signed in 2012, the EcoPartnership aims to develop models for promoting energy security, economic growth and environmental sustainability.

Learn more about the agreement >

Join Partners in an Effort to Restore the Lower Mississippi


Work continues with the U.S. Army Corps of Engineers and partners to develop a Lower Mississippi resource assessment, and they need your help.

Get involved >

 Mississippi River Basin

Misssippi Basin - © Robert J. Hurt

​The United States’ Mississippi River ranks among the largest rivers in the world at approximately 2,320 miles (3,734 kilometers) long. From its humble headwaters in Minnesota to its delta at the Gulf of Mexico, it drains 31 states and two Canadian provinces.

More than 400 native species of freshwater fish call the basin home, and its delta gives life to a seafood industry at the country’s largest port. The Mississippi also supports migratory birds, mammals, and diverse populations of native mussels, amphibians, reptiles and invertebrates.

Likewise, a multitude of industries thrive because of this great waterway—including agriculture, hydropower, barge transportation and recreation. In fact, more than half the goods and services consumed by U.S. citizens are produced with water flowing through the Mississippi and its tributaries.

In order to meet development demands, the Mississippi has been heavily modified over the last century by way of locks, dams and levees. In most places, the river no longer inundates its floodplains during heavy rainfall, contributing to a decline in wetlands that would otherwise filter the river's flow and provide habitat for wildlife. The results include increased flood risk to cities and river communities and run-off of excess nutrients and sediment, which reduces water quality.

 A river so vital to life and economic prosperity in the U.S. requires science- and partner-based management decisions that incorporate the needs of people, industries and the environment. The Great Rivers Partnership works across sectors to take an integrated approach through collaboration with the transportation industry, flood management efforts with the U.S. Army Corps of Engineers, and fish monitoring work with U.S. Geological Survey that has enabled exchanges with China. These activities, and many others, allow the GRP to eliminate management silos and ensure partners are working across jurisdictions to make progress toward sustainable development of this Great River system.

 
Mollicy Farms project, Louisiana - © Erika Nortemann

Proof-of-Concept Projects

These case studies advance system-scale conservation and benefit sustainable agriculture, flood risk management and sustainable river flows.

America's Watershed Initiative

In an effort to create a collective vision for the river and find solutions that address the full watershed, AWI unifies stakeholders across 31 states.

Mississippi-Yangtze Science Exchange

Aquatic monitoring on the Mississippi and Yangtze rivers share protocol developed by U.S. Geological Survey.

Field to Market

Diverse initiative seeks to create sustainable outcomes for agriculture.