Archive for Restoration Projects


Profiles in Resilience: ORA Estuaries wins 2014 Water Challenge business pitch at New Orleans Entrepreneur Week

April 14, 2014 | Posted by Elizabeth Skree in Economics, People, Profiles in Resilience, Restoration Projects

By Keenan Orfalea, Communications Intern, Environmental Defense Fund

Last month, ORA Estuaries took first place in the 2014 Water Challenge business pitch competition at New Orleans Entrepreneur Week. The Baton Rouge-based company beat out four other startups to claim the prize, which included $50,000 in seed money as well as free office space and legal counsel for a year. This support will help the company to expand the use of its innovative products and services in restoring Louisiana’s wetlands.

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Tyler Ortego, president and founder of ORA Estuaries.

ORA Estuaries provides engineering, scientific and regulatory consulting services as well as project implementation for clients including local, state and federal governments. The company’s primary products are the patented OysterBreak™ and OysterKrete® technologies.

“The OysterBreak and OysterKrete technologies were originally developed in Louisiana to address Louisiana's coastal land loss,” said Tyler Ortego, president and founder of the company. “This prize package, combined with recent project successes, is critical to allowing ORA Estuaries to export that success to other areas of the country and world.”

ORA’s innovative technologies are specifically designed to facilitate the protection, restoration and healthy growth of coastal estuaries. OysterBreak™ is designed to use the gregarious, shell-building nature to form a living coastal protection structure. The system has proven more effective than alternative rock structures. By employing these tools, ORA Estuaries is able to accomplish its primary goals of stabilizing shoreline and enhancing marine ecosystems.

Small Oysterbreak. Credit: ORA Estuaries.

Small Oysterbreak™. Credit: ORA Estuaries.

While ORA Estuaries may be a startup, Ortego has years of experience working in coastal engineering and natural resource management. He is a Graduate of Louisiana State University and holds B.S. and M.S. degrees in Biological Engineering, as well as being both a professional engineer and a certified oyster biologist with the state’s Oyster Lease Damage Evaluation Board. He started his career consulting on wetland restoration, flood protection and mitigation projects around Louisiana and the Gulf Coast before founding ORA Estuaries. Since then, the company has participated in a number of large-scale plans involving the study and design of oyster reefs and various other aquatic environments. Through the success of these projects, Mr. Ortego hopes they will become “the new definition of a living shoreline.”

Thanks to winning the Water Challenge business pitch, ORA Estuaries plans to use its innovator prize monies to help market their OysterBreak™ technology as a solution to coastal restoration experts internationally.

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Rebuilding coastal Louisiana, using the natural power of the mighty Mississippi

February 12, 2014 | Posted by Delta Dispatches in 2011 Mississippi River Flood, 2012 Coastal Master Plan, Birds, Diversions, Mardi Gras Pass, Restoration Projects, Science

This was originally posted by Environmental Defense Fund on EDF Voices.

By Estelle Robichaux, Restoration Project Analyst, Environmental Defense Fund

Soon after my flyover of the Mississippi River Delta, I joined Dr. John Lopez of the Lake Pontchartrain Basin Foundation (LPBF) on a boat ride down the Bohemia Spillway to Mardi Gras Pass. As we sped down the spillway canal, beautiful swamp lilies and purple morning glories popped out against a backdrop of lush, green plants. Once we reached our destination, we saw an incredible number of birds: Laughing Gulls, Snowy Egrets, Great Blue and Tricolored Herons – just to name a few. This, along with an increase in the number of river otters and beavers observed, is a good indicator that there are healthy fish populations in the area.

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Thirty-five miles southeast of New Orleans, Mardi Gras Pass is the Mississippi River’s newest and naturally evolving “distributary,” a channel of water that flows away from the main branch of the river. This new distributary began forming during the spring flood of 2011, when the water level of the Mississippi River was so high that it flowed over the natural levee in this area. When the floodwaters receded, Dr. Lopez and his team of scientists noticed two breaches in the embankment. These breaches continued to widen and deepen and soon, right around Mardi Gras Day 2012, the breach was complete. The Mississippi River was once again connected to the surrounding wetlands, allowing freshwater and land-building sediment back into the area.

Losing Louisiana

Louisiana has lost 25% of its coastal land area since 1930 and continues to lose land at an alarming rate – one football field every hour, on average. Man-made levees along the Mississippi River cut off many small distributaries, like Mardi Gras Pass, from the wetlands in the floodplain of the river and have contributed to this massive wetland loss. Our team here at EDF works with partner organizations, including the Lake Pontchartrain Basin Foundation, as part of the Mississippi River Delta Restoration Coalition, which has a vision of reconnecting the Mississippi River to its delta to help protect people, wildlife and jobs in coastal Louisiana.

To address the complex, yet urgent need for coastal restoration in Louisiana, the state legislature unanimously passed the 2012 Coastal Master Plan. This plan is a long-term, science-based restoration program that includes nearly 250 restoration projects such as barrier island restoration, marsh creation, establishment of oyster barrier reefs and sediment diversions that will help rebuild Louisiana’s disappearing coast.

Restoring our coast, restoring my hope

One of the principal guidelines for restoration under the Coastal Master Plan is to address the root causes of land loss by using the natural power of the Mississippi River to build land at a large scale. Sediment diversions, a central component of the plan, embody this principle because they are designed to mimic the natural stages of the river and carry sediment to the areas of coastal Louisiana that need it most. By operating diversions at times of high water flow (like during a flood), large amounts of sediment can be diverted. It will then settle out in the wetlands and shallow bays, eventually building land mass in vulnerable coastal areas.

In a way, Mardi Gras Pass is a naturally occurring ‘pilot project’ of a sediment diversion. Knowledge gained from studying this area can tell us about the land-building properties, as well as the short-term effects, of sediment diversions. To learn more about this, LPBF scientists are studying how the reintroduction of freshwater and sediment to the spillway area is changing the wetlands and affecting wildlife populations.

Swift currents and downed trees along the edge of the flooded forest can make navigating Mardi Gras Pass somewhat treacherous, but we, in a trusty 14’ skiff, maneuvered through the channel and onto the Mississippi River for a brief but thrilling cruise.

This is what it means for the river to be connected to its floodplain, I thought as we emerged out onto the open water, this is what this ecosystem is supposed to be like.

Although I grew up only a few miles from it, this was the third time in my life I had been out on the Mississippi River and the first time it was in a boat small enough that I could reach down and touch its muddy waters. As our tiny boat circled out in that mighty river, despite the heat and the midday sun, I had goose bumps.

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Expert panel discusses diversions as a coastal restoration tool

January 17, 2014 | Posted by Delta Dispatches in 2012 Coastal Master Plan, Army Corps of Engineers, Diversions, Meetings/Events, Restoration Projects, Science

By Alisha A. Renfro, Ph.D., National Wildlife Federation

Last week in Baton Rouge, The Water Institute of the Gulf hosted the inaugural meeting of the Expert Panel on Diversion Planning and Implementation. The panel – comprised of 12 experts in natural and social sciences, engineering and economics – was selected from more than 60 nominees from across the country. Panel members are all from outside Louisiana, in order to foster critical and constructive review of work being led by Louisiana-based experts. Under the direction of The Water Institute of the Gulf and meeting up to three times a year, this independent panel will provide technical review, input and guidance as the state moves forward and refines its plans for diverting fresh water and sediment from the Mississippi and Atchafalaya Rivers to build, maintain and sustain coastal wetlands. For this first meeting, the panel was asked to consider the most suitable approaches to addressing current or perceived uncertainties in the planning and design of sediment diversions.

The first day of this meeting was open to the public and included a series of presentations outlining the urgent need for restoration in coastal Louisiana as well as various perspectives on sediment diversions. Kyle Graham, Deputy Executive Director of the Coastal Protection and Restoration Authority (CPRA), summarized Louisiana’s 2012 Coastal Master Plan. In his presentation, Graham pointed out that there was no single restoration project type that can address the state’s land-loss crisis in one fell swoop, but that a suite of restoration projects are needed, including barrier island restoration, marsh creation, oyster barrier reefs, shoreline protection, hydrologic restoration and sediment diversions. Barrier island restoration and marsh creation can mechanically create land in strategic locations, but sediment diversions convey sediment to not only build new land but also to maintain existing wetlands that would otherwise be lost.

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Brigadier General Duke DeLuca, Commander of the U.S Army Corps of Engineers’ Mississippi Valley Division, presented the Corps’ perspective on sediment diversions. DeLuca discussed some of the questions that the Corps would like to see answered as sediment diversions move from plan to implementation. Many of these outstanding questions should be directly addressed through the Mississippi River Hydrodynamic and Delta Management Study, a joint project being conducted by the State of Louisiana and the Corps. The study will use historic and field data, along with models, to do an assessment of large-scale restoration features to address sustainability of the Mississippi River Delta.

Additional presenters included Jim Tripp from Environmental Defense Fund, Michael Massimi from the Barataria-Terrebonne National Estuary Program, Dr. Ehab Mesehle from The Water Institute of the Gulf and Dr. Alaa Ali from South Florida Water Management District.

In a late afternoon panel, Mark Wingate and Martin Mayer of the Corps’ New Orleans District, John Ettinger of the Environmental Protection Agency and Ronnie Paille of U.S. Fish and Wildlife Service, discussed their federal agencies’ views on diversions. Afterwards, the public was given the opportunity to voice their thoughts and concerns about coastal restoration directly to the panel.

The following day, panel members met in private to discuss the uncertainties discussed and the science that needs to be done to address these uncertainties. A report on that meeting will be given at a CPRA meeting in the coming months.

Bold solutions are needed to halt the rate of catastrophic land loss in coastal Louisiana. Every year, communities throughout the coast inch closer to disaster, becoming more and more exposed to the destructive forces of storm events. Infrastructure, which is vitally important to the economy of Louisiana and the nation, becomes more vulnerable, and important habitat for wildlife, fish and birds vanishes.

Limited by money and sediment resources, there is no one type of restoration project that is a cure-all solution. A suite of restoration projects that strengthen and sustain the landscape is necessary. Sediment diversions use the natural power of the river to build new land and help maintain the existing wetlands. To do nothing or to only implement the least challenging types of restoration projects would doom the resource-rich Louisiana coast.

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When it comes to restoration, let nature fill in the details

December 19, 2013 | Posted by Delta Dispatches in 2012 Coastal Master Plan, Restoration Projects, Science

This was originally posted by Environmental Defense Fund on EDF Voices: People on the Planet.

By David Festa, Vice President, West Coast & Land, Water & Wildlife, Environmental Defense Fund

I was struck by a line in an article in the new issue of Scientific American. It called the loss of Louisiana’s coastal wetlands “the greatest environmental, economic and cultural tragedy on the North American continent.”

healthy_bird_0It’s easy to see why they would say that. Since the 1930s, efforts to control the Mississippi River and widespread energy development in the delta have resulted in the sacrifice of 1,900 square miles of Louisiana’s coastal wetlands to the sea. If that had happened on the east coast, an area twice the size of Boston, New York City, Philadelphia and Washington, D.C. put together would be under water. Of course, the engineering projects on the Mississippi spurred over a century of economic development and navigation. But the cost has been the loss of the original delta ecosystem, leaving coastal communities more exposed to storm surges and a rising sea level.

As dramatic as that is, the thing that caught my eye even more was another line in the Scientific American article: “Many wetland recovery programs have failed by trying to re-create the original ecosystems.”

The article goes on to make a point that we don’t have to re-create the past to make things better for people and the planet. In fact, when you think clearly and specifically about the need we as a society are trying to meet, and then ask how nature can help meet that need, surprisingly positive things can happen.

Consider Scientific American’s example of the Delaware Bay, an ecosystem that was teeming with aquatic life before settlers built dikes and drained thousands of acres to grow crops.

“Looming on the New Jersey shore of the bay is the Salem nuclear power plant, owned by utility giant PSEG. The plant sucks in billions of gallons of water a day for cooling and kills millions of tiny fish and other creatures as they get drawn through the intake valves. In the early 1990s state regulators asked PSEG to build cooling towers to end the carnage. Reluctant to spend $1 billion to $2 billion, the utility proposed an alternative: restore enough salt marsh to compensate for the loss of fish — more than 10,000 acres.”

The restoration team decided to take a less-is-more approach — cut gaps in the dikes that would let just the right amount of water into the marsh to create an initial maze of tidal creeks, and then let the rest of the creeks develop on their own. “If you engineer a drainage system in great detail, the system is forced to go the way you think it ought to be,” a restoration expert told the publication. “But if you allow it to develop itself, it’s more likely to be stable.”

Today, reports Scientific American, the increase in fish populations more than makes up for the losses from the power plant’s water intake, and the restoration looks like the natural marshes next door. Plus, it saved consumers money because letting nature meet the need cost hundreds of millions of dollars less than the concrete cooling towers.

Reversing Damage

You see this principle at work in the efforts of EDF and our allies in the Gulf of Mexico. Last year, as part of ongoing efforts to reverse losses in the Mississippi River Delta, Louisiana passed the Comprehensive Master Plan for a Sustainable Coast. This landmark plan serves as the blueprint for restoring Louisiana’s wetlands, and it follows two tenets that proved so successful in the Delaware Bay. First, it focuses on a single goal: rebuilding and sustaining hundreds of square miles of land. Secondly, it relies on nature to do the bulk of the reconstruction. Sediment-laden water from the Mississippi River will be diverted into marshes and shores. Over time, the sediment will create new land and a more resilient coastline.

In the face of extreme weather and global sea-level rise, this new approach takes on great meaning. Superstorm Sandy provided powerful illustrations of how wetlands can serve as a first line of defense against extreme weather events. Salt marsh remnants along Long Island’s Jamaica Bay, for example, helped to protect residents there, while the lack of wetlands around Manhattan left it exposed to crashing waves.

More than 3 billion souls — 40 percent of the world's population — live as close to the sea as New Orleans. By letting nature back into the game, we can help rebuild coastal Louisiana and turn “a North American tragedy” into a model of success for protecting nearly half the planet’s population.

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Deepwater Horizon Trustees release environmental plans for $627 million in restoration projects

December 18, 2013 | Posted by Delta Dispatches in BP Oil Disaster, Natural Resource Damage Assessment (NRDA), Restoration Projects

By Whit Remer and Estelle Robichaux, Environmental Defense Fund

On December 6, the U.S. Department of Interior, on behalf of the Deepwater Horizon Natural Resource Damage (NRDA) Trustees, released a Draft Programmatic Environmental Impact Statement (PEIS) for approximately $627 million of early restoration projects across the Gulf Coast. While the projects were initially proposed in May, over the past six months, the Trustees have been preparing a PEIS to evaluate the broad impacts of the projects. The PEIS includes $318 million for barrier island restoration projects and $22 million for marine fisheries research and science in Louisiana.

A NOAA veterinarian prepares to clean an oiled Kemp's Ridley turtle. As part of the NRDA process, NOAA assesses injuries to marine life.

A NOAA veterinarian prepares to clean an oiled Kemp's Ridley turtle. As part of the NRDA process, NOAA assesses injuries to marine life.

The Natural Resource Damage Assessment is the scientific and legal process to assess and quantify injuries to natural resources and services following oil spills. Trustees from the five Gulf states and four federal agencies are conducting the process for the Deepwater Horizon oil spill. While the full NRDA for the spill is ongoing, the Trustees and BP reached an agreement in April 2011 to begin an early restoration program to restore resources and services immediately and acutely harmed by the oil spill.

The early restoration process is guided by a contract signed by the Trustees and BP known as the Early Framework Agreement, whereby BP committed to provide up to $1 billion in early restoration funds. Two phases of funding were announced prior to the latest $627 million announcement. In Phase I, Louisiana received funds for the Lake Hermitage Marsh Creation Project and for oyster hatcheries in Plaquemines and Terrebonne Parishes.  Phase II contained $9 million in sea turtle and bird habitat restoration projects in Alabama, Mississippi and Florida.

Phase III contains the largest and most diverse suite of projects across the Gulf. In Louisiana, four barrier islands will be restored through $318 million in funds proposed under the Louisiana Outer Coast Restoration project set.” Once the PEIS is complete for Phase III, the Trustees will begin work to restore beach, dune and back barrier marsh on Caillou Lake Headlands (also known as Whiskey Island), Chenier Ronquille, Shell Island (West Lobes and portions of East Lobe) and the North Breton Island. These islands provide important habitat for brown pelicans, terns, skimmers and gulls. Barrier islands also have the potential to buffer storm surge and wave action and thus serve as a first line of defense for coastal communities and infrastructure.

An oiled shoreline in Barataria Bay, Louisiana.

An oiled shoreline in Barataria Bay, Louisiana.

Restoring these islands will require an enormous amount of sediment. Almost 7,500 tons of sand, silt and clay will be pumped from various locations offshore or in the Mississippi River to provide the material for these restoration projects. In all, these projects will restore nearly 2,500 acres of barrier island habitat. Before sediment pumping can begin, containment dikes need to be constructed. Containment dikes give new sediment time to settle and compact, allowing sediment-stabilizing vegetation to grow. These structures are very important because they lessen the impact of ocean currents and waves that lead to the erosion of these newly established island sediments. The containment dikes will generally degrade over time as the island becomes more stable and more vegetation grows.

After the islands have been restored, sand fencing will be installed, to help trap and retain wind-blown sediments and help foster the development of sand dunes, and native vegetation will be planted. Sand dunes are important to the long-term maintenance of barrier islands because they serve as a reservoir of sand from which a beach can replenish itself after a storm. Dunes can also lessen wave energy by breaking waves before they reach shore and, along with “back-barrier marsh,” (the salt marsh on the backside of a barrier island) have the potential to buffer storm surge by absorbing and retaining water.

These barrier island restoration projects were selected for NRDA early restoration because many of them were the first landmasses to be oiled by the Deepwater Horizon spill. But it is important to have these projects constructed quickly, so that Louisiana’s communities can have their first line of defense intact.

To make sure this happens, we encourage you to urge the NRDA Trustee Council by February 4, 2014, either in writing online or at one of the public meetings, to advance these critical Louisiana restoration projects as expeditiously as possible.

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National Fish and Wildlife Foundation Announces Nearly $68 Million for Louisiana Restoration Projects

November 14, 2013 | Posted by Ryan Rastegar in 2012 Coastal Master Plan, Media Resources, Mid-Barataria Sediment Diversion, Restoration Projects

FOR IMMEDIATE RELEASE

Contact:
Erin Greeson, National Audubon Society, 503.913.8978, egreeson@audubon.org
Emily Guidry Schatzel, National Wildlife Federation, 225.253.9781, schatzele@nwf.org
Elizabeth Skree, Environmental Defense Fund, 202.553.2543, eskree@edf.org

National Fish and Wildlife Foundation Announces Nearly $68 Million for Louisiana Restoration Projects

$40.4 million dedicated to Mid-Barataria Diversion, a critical project to comprehensive coastal restoration

(New Orleans, LA – November 14, 2013) Today, leading national and local conservation and restoration organizations – Environmental Defense Fund, National Audubon Society, National Wildlife Federation, Coalition to Restore Coastal Louisiana and the Lake Pontchartrain Basin Foundation – released the following joint statement:

“We applaud the National Fish and Wildlife Foundation (NFWF), in partnership with Louisiana’s Coastal Protection and Restoration Authority, for dedicating $67.9 million to seven key barrier island and river diversion projects, including $40.4 million for the Mid-Barataria Diversion project. The Barataria Basin has one of the highest rates of land loss in the world, and this large-scale wetland restoration project is crucial to reversing that trend.

“The mid-sized Mid-Barataria sediment diversion is a key component of Louisiana’s 2012 Comprehensive Master Plan for a Sustainable Coast. The master plan is a blueprint for restoring the Mississippi River Delta and Louisiana’s coast and contains a suite of coastal restoration and protection projects. Our organizations support the full suite of restoration projects in that plan, of which the Mid-Barataria Diversion is a critical piece.

“Restoration of Louisiana’s disappearing wetlands is important not only to Louisiana but to the entire nation. Louisiana’s wetlands and waters provide one-third of the nation’s seafood, are a stopover point for migratory birds traveling the Mississippi Flyway and provide critical wildlife habitat. Projects like the Mid-Barataria Diversion can help revive Louisiana’s coastal wetlands – part of America’s largest delta – to a productive, functioning state, which provides important ecological and economic opportunities for people and wildlife. We look forward to continued work with both the National Fish and Wildlife Foundation and the State of Louisiana to implement the Mid-Barataria sediment diversion on its current timeline of being ready for construction in 2015.”

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Mississippi River Delta Restoration Campaign volunteers plant 250 trees in Big Mar basin

November 7, 2013 | Posted by Delta Dispatches in 2012 Coastal Master Plan, Meetings/Events, Restoration Projects

By Theryn Henkel, Lake Pontchartrain Basin Foundation

Since 2009, the Lake Pontchartrain Basin Foundation (LPBF) has been actively documenting the development of an emergent delta in the receiving basin, Big Mar, of the Caernarvon Diversion outfall canal on the east side of the Mississippi River south of New Orleans. Since October 2010, in partnership with the Coalition to Restore Coastal Louisiana (CRCL), LPBF has conducted tree plantings within Big Mar as part of a Restore the Earth Foundation grant-funded reforestation effort, called 10,000 Trees for Louisiana.

Volunteers and staff planted a total of 250 trees at five different sites.

The Lake Pontchartrain Basin Foundation and the Coalition to Restore Coastal Louisiana conducted a 7th tree planting in Big Mar on October 28, 2013. This planting was conducted as a restoration event opportunity for members of the Mississippi River Delta Restoration Campaign. All of the volunteers were people who work on various parts of the campaign and included staff from Environmental Defense Fund, National Audubon Society, National Wildlife Foundation, LPBF and CRCL.

Twenty-five people, including 18 volunteers and 7 staff, planted a total of 250 trees at five different sites. Two of the sites, with 25 trees planted at each, are demonstration sites. If trees grow successfully at these locations, then future plantings will occur there with many more trees. 125 bald cypress trees (Taxodium distichum) and 125 water tupelo trees (Nyssa aquatica) were planted. Photos from the event can be seen on the Restore the Mississippi River Delta Facebook page and the Coalition to Restore Coastal Louisiana Facebook page.

The focus of these volunteer events is to plant trees that will abate and reduce storm surge. Big Mar is located directly in front of the newly built Hurricane and Storm Damage Risk Reduction System Levees,  and a thriving cypress forest will provide some protection to this levee system by buffering storm surge. Big Mar is also located in front of the Braithwaite community, which is outside the federal levee system but has local levees that were overtopped and breached during Hurricane Isaac. A swamp forest in front of that community would provide some storm surge attenuation benefit. Additionally, monitoring the growth of these trees under the influence of the Caernarvon Diversion, at different distances from the diversion, will provide valuable information for future restoration projects. The work being done around the Caernarvon Delta Complex provides a unique opportunity to test the effectiveness of many proposed 2012 Louisiana Coastal Master Plan restoration initiatives, which rely heavily on river diversions.

Ultimately, if the data bears out and the hypothesis is true that the sediment delivered by river diversions builds land – and that the fresh water flowing into a receiving basin lowers soil salinity and the nutrients associated with river water increase growth rates – then this information could be used to manage river diversions more effectively in the future in an effort to do what they are supposed to do, which is to build wetlands that will help sustain coastal Louisiana and protect its people and communities from devastating storm surges.

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Recap of Wednesday's Mississippi River Hydrodynamic and Delta Management Study Technical Meeting

October 25, 2013 | Posted by Delta Dispatches in Army Corps of Engineers, Diversions, Meetings/Events, Restoration Projects, Science

By Alisha Renfro, Coastal Scientist, National Wildlife Federation

The Mississippi River is one of the most managed river systems in the world. However, that management has focused on navigation and flood control needs to the detriment of the economically and ecologically important coastal Louisiana landscape. This week, the U.S. Army Corps of Engineers and Louisiana’s Coastal Protection and Restoration Authority (CPRA) hosted a public meeting in New Orleans to present information and preliminary results of their joint effort on the Mississippi River Hydrodynamic and Delta Management Study. This large-scale, long-term study is developing tools to evaluate different combinations of restoration projects in an effort to address the long-term sustainability of the Mississippi River and its delta while balancing the needs of navigation, flood protection and restoration.

The scope of the study extends from Vicksburg, Miss. south to the Bird’s Foot delta. The study is actually comprised of two coupled, but somewhat distinct, efforts. The hydrodynamic portion of the study will focus on characterizing the dynamics in the river and developing models that can be used to evaluate river-side changes due to proposed freshwater and sediment diversion projects. It will also inform location and design of these projects to maximize their effectiveness and minimize the potential for shoaling in the river’s navigation channel. The delta management part of the study will focus on the basin-side benefits and changes caused by these restoration projects. The delta management portion of the study has not yet begun. Currently, the state of Louisiana and the Army Corps are working to define the depth and breadth of that part of the study.

The afternoon session of the meeting focused on detailed technical presentations on the study. The different tasks of the Mississippi River Hydrodynamic and Delta Management Study include a geomorphic assessment, data collection and an extensive modeling effort. The geomorphic assessment focuses on compiling historical river data, dredging records and satellite imagery to document the historical trends in the river. The data collection effort will compile existing data and conduct field work to fill in gaps in understanding of the water and sediment dynamics that currently exist in the river. The historical data and present data will be integrated into the modeling work to inform the models and to ensure that the models capture the dynamics of the river system. The modeling effort includes a suite of models that each has different strengths and weaknesses. These models will be used to forecast the large-scale, long-term and shorter-term regional changes expected in the river in both a future without river diversions and a future that includes different combinations of diversion projects.

The presentations from the technical meeting indicate that this collaborative state of Louisiana and Army Corps effort has moved forward significantly since it began. The geomorphic assessment has been completed and a final report on its results is expected by the end of this year. The data collection effort is ongoing, having captured the low discharge of the river last year and the higher flow discharge from this past spring. Many of the preliminary model simulations have begun, and the preliminary results presented at this meeting emphasized the dynamic nature of the Mississippi River system, where water discharge, sediment transport and deposition can not only vary greatly from year to year, but also from week to week. The preliminary results also point to the importance of appropriate size, location and operation of sediment diversions in order to maximize sediment conveyance into adjacent wetlands and to reduce potential riverside impacts.

The Mississippi River has been a key feature in the growth and development of the U.S. However, for more than 80 years, the management of the river has focused on balancing the needs of navigation and flood control. A shift away from that management scheme towards one that balances navigation, flood control and restoration is absolutely critical for the survival of the delta ecosystem and, ultimately, the communities and navigation industry that depend on the Mississippi River Delta. The Hydrodynamic and Delta Management study is poised to be the effort that changes the way we think about management of the river and how we build a more sustainable, holistic system for our future.

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Conservation Groups Respond to Mid-Barataria Sediment Diversion Environmental Impact Statement Launch

October 8, 2013 | Posted by Elizabeth Skree in Media Resources, Mid-Barataria Sediment Diversion

FOR IMMEDIATE RELEASE

CONTACTS: Erin Greeson, National Audubon Society, 503.913.8978, egreeson@audubon.org
Emily Guidry Schatzel, National Wildlife Federation, 225.253.9781, schatzele@nwf.org
Elizabeth Skree, Environmental Defense Fund, 202.553.2543, eskree@edf.org

Conservation Groups Respond to Mid-Barataria Sediment Diversion Environmental Impact Statement Launch

Corps’ intention to conduct EIS seen as crucial step forward

(New Orleans, LA – October 8, 2013) Today, a coalition of leading national and local conservation and restoration organizations – Environmental Defense Fund, National Audubon Society, National Wildlife Federation, Coalition to Restore Coastal Louisiana and the Lake Pontchartrain Basin Foundation– released the following joint statement:

"The U.S. Army Corps of Engineers announced in last Friday’s Federal Register their intention to conduct an Environmental Impact Statement on the Mid-Barataria Sediment Diversion. The Mid-Barataria Sediment Diversion will be the first major controlled sediment diversion reconnecting the Mississippi River with its delta. It is a cornerstone of the state’s master plan for sustaining our coast.

"The Mississippi River Delta Restoration Campaign believes that launching the Environmental Impact Statement is an important step forward for the project. Given the urgency of restoring and sustaining our coast, a thorough and rigorous Draft Environmental Impact Statement should be completed by fall of 2014, with final review and permits issued by spring of 2015. We look forward to collaborating with the Corps and its state and federal partners to achieve this exciting and crucial 2015 construction goal. Our coast can’t wait. It's time to get together and get it done.”

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The Restore the Mississippi River Delta coalition is working to protect people, wildlife and jobs by reconnecting the river with its wetlands. As our region faces the crisis of threatening land loss, we offer science-based solutions through a comprehensive approach to restoration. Comprised of conservation, policy, science and outreach experts from Environmental Defense Fund, National Audubon Society, National Wildlife Federation, Coalition to Restore Coastal Louisiana and Lake Pontchartrain Basin Foundation, we are located in Houma, New Orleans and Baton Rouge, Louisiana; Washington, D.C.; and around the United States. See more at www.mississippiriverdelta.org.

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Conservation Groups Issue Statement on New Timeline for Mid-Barataria Sediment Diversion

September 20, 2013 | Posted by Elizabeth Skree in Media Resources, Mid-Barataria Sediment Diversion

FOR IMMEDIATE RELEASE
CONTACTS: Erin Greeson, National Audubon Society, 503.913.8978, egreeson@audubon.org
Emily Guidry Schatzel, National Wildlife Federation, 225.253.9781, schatzele@nwf.org
Elizabeth Skree, Environmental Defense Fund, 202.553.2543, eskree@edf.org

Conservation Groups Issue Statement on New Timeline for Mid-Barataria Sediment Diversion

 (New Orleans, LA – September 20, 2013) Today, leading national and local conservation and restoration organizations Environmental Defense Fund, National Audubon Society, National Wildlife Federation, Coalition to Restore Coastal Louisiana and the Lake Pontchartrain Basin Foundation released the following joint statement:

“The Mississippi River Delta Restoration Campaign commends the Louisiana Coastal Protection and Restoration Authority (CPRA) for adopting an ambitious timeline for the Mid-Barataria Sediment Diversion. Announced at the Authority's monthly meeting in New Orleans on September 18, the state plans to complete environmental review, engineering and design documents, and permit applications and submit them to the U.S. Army Corps of Engineers by Spring 2015. Construction could begin later that year.

“The Mid-Barataria Sediment Diversion is the first major controlled sediment diversion reconnecting the Mississippi River with its delta. It is a cornerstone of the state’s master plan for sustaining our coast. CPRA’s timeline matches the urgency of our coastal land loss crisis. Funding from BP oil spill settlements makes this schedule altogether feasible.

“We know that the Army Corps of Engineers and the other federal resource agencies consider this project to be a national ecosystem restoration priority and will do everything possible to work with the State to make this schedule a reality. We look forward to collaborating with the State and its federal partners to achieve this exciting and crucial 2015 construction goal. Our coast can’t wait. It's time to get together and get it done.”

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