Agreement signed by State and Corps to proceed with study
understanding of the Mississippi River
On Aug. 24, 2011, the New Orleans District Commander, Colonel Edward Fleming, and Coastal Protection and Restoration Authority Chairman, Garret Graves, signed a Feasibility Cost Share Agreement for the MRHDM Study at the Louisiana State Museum in Baton Rouge. (Click on the image for a larger version)
NEW ORLEANS, LA – The U.S. Army Corps of Engineers and the State of Louisiana’s Coastal Protection and
Restoration Authority have signed a noteworthy Project Management Plan and Feasibility Cost Share
Agreement to move forward on the Mississippi River Hydrodynamic and Delta Management Study (MRHDM).
Designed to enhance coastal restoration efforts, the study will investigate existing water and sediment
resources in the Mississippi River that could be used for restoration purposes without compromising the river’s
existing navigation and flood control functions.
“Coastal restoration within the state of Louisiana will only be successful when multiple programs and partners
work together on coordinated efforts,” said Col. Ed Fleming, New Orleans District Commander. “The
Mississippi River Hydrodynamic and Delta Management Study is an important tool in the development of a
comprehensive coastal restoration program in partnership with the State of Louisiana.”
“Re-designing the Mississippi River is foundational to our future in south Louisiana. We must reconnect the
historic distributaries of the Mississippi River to allow the river to begin building land once again. While this
study will not affect or further delay the seven diversions that were authorized for construction in 2007, it will
play an important role in guiding future projects to provide for navigation, flood control and coastal restoration,”
said Garret Graves, Chairman, Coastal Protection and Restoration Authority.
The MRHDM project has been identified as a large-scale, long-term restoration feature recommended for study
by the Louisiana Coastal Area program. The study effort will include data collection and modeling, and would
assist in determining the need, location, size, and seasonal variations for planned diversions and future
restoration projects. This effort is intended to produce a dynamic model capable of evaluating multipurpose
management scenarios of the river, which is important to the Nation and the long term sustainability of coastal
Work on the study will be shared by the U.S. Army Corps of Engineers, New Orleans District and the State of
Louisiana’s Coastal Protection and Restoration Authority throughout the development of the comprehensive
model. For more information, please visit www.lca.gov.