Archive for Reports
This was originally posted on the National Wildlife Federation's Wildlife Promise blog.
By Ryan Fikes, National Wildlife Federation
BP has just released a new report on the state of the Gulf, called Gulf of Mexico: Environmental Recovery and Restoration. The glossy report is filled with footnotes and citations, but leaves key pieces of science out.
Here are ten important things BP’s latest report strategically didn’t mention:
- Dolphins died before the spill – from freshwater
The report says: “An “unusual mortality event” (UME) involving an abnormally high number of dolphin deaths in the Gulf of Mexico began in February 2010, months before the Deepwater Horizon accident.”
What it leaves out: The deaths of a cluster of dolphins during the months before the Deepwater Horizon exploded were likely caused by extended exposure to fresh water and unusually cold weather. (Source: NOAA)
- Gulf dolphins are now very susceptible to an old disease
The report says: “NOAA has said that brucella, a bacterium that can infect animals, is “a common thread” in a number of the animals examined. Nearly one-third of the dolphins tested as of Nov. 25, 2014 were positive for brucella.”
What it leaves out: In 2011, Teri Rowles, the coordinator of NOAA’s National Marine Mammal Health and Stranding Response Program said, “Severe environmental stress, including from exposure to oil, could have reduced the animals’ ability to fight infection.”(Source: NOAA)
And in 2013, NOAA released a study showing that dolphins in heavily-oiled Barataria Bay had adrenal gland problems consistent with oil exposure that would in fact harm their ability to fight infections.(Source: Environmental Science & Technology)
- For the Kemp's ridley, anything less than an increase is a decrease
The report says: “For Kemp’s ridley sea turtles, nesting numbers the two years after the accident were above historical averages.”
What it leaves out: Up until 2009, Kemp’s ridley nests were increasing exponentially (15-19%) every year. In 2011 and 2012, the number of Kemp’s ridley nests—while essentially the same as the
numbers seen in 2009—were still below expectations. Even more troubling are the significant decreases in nests seen in 2010, 2013, and 2014. (Source: Gulf States Marine Fisheries Commission)
- Sperm whales in the Gulf have high levels of toxic metals
The report says: “While data analysis is ongoing, BP has not seen any evidence indicating that oil or dispersant compounds from the Deepwater Horizon accident have impacted the health of whales in the Gulf.”
What it leaves out: Researchers have found higher levels of DNA-damaging metals such as chromium and nickel in sperm whales in the Gulf of Mexico compared to sperm whales elsewhere in the world. (Source: Environmental Science & Technology)
And a recent study found that the two dispersants used in the Deepwater Horizon spill—Corexit 9500 and 9527—were both found to be damaging to sperm whale cells and DNA. (Source: Aquatic Toxicology)
- Oil exposure damages fish development – in many species
The report says: “A study by university and government researchers examined the overlap between spawning habitat and oiled waters and concluded that the spawning area for bluefin tuna extended much farther west than previously known and that “the proportion of spawning habitat impacted by oil was generally predicted to be small (<10%).”
What it leaves out: Estimates vary on how many larval bluefin tuna may have been exposed. One NOAA study estimated that the figure could be as high as 20 percent. (Source: NOAA)
And a recent comprehensive laboratory study found that a chemical in Deepwater Horizon oil can cause irregular heartbeats in bluefin and yellowfin tuna that can lead to heart attacks, or even death. The resulting heartbeat changes significantly altered the development of other organs. The researchers suggest that many other vertebrate species in the Gulf could have been similarly affected. (Source: Science)
- Right after the spill, red snapper and other fish had unusual lesions
The report says: “Researchers from the University of South Alabama and Dauphin Island Sea Lab in Alabama took samples of reef fish from the Alabama and western Florida Panhandle coasts from January 2010 to June 2011. They found no significant evidence of diseased fish in those populations.”
What it leaves out: In the aftermath of the spill, a number of fish caught in the Gulf between eastern Louisiana and western Florida had unusual lesions or rotting fins. Lesions were most common in bottom-dwelling species, including red snapper, and were particularly common north of the wellhead. (Source: Transactions of the American Fisheries Society)
- An unusual lack of young red snapper
The report says: “In an Auburn University study published in 2014, researchers found no evidence that the spill affected young red snapper populations on reefs off the Alabama coast.”
What it leaves out: Both 2010 and 2011 had the lowest numbers of juvenile red snapper seen in the eastern Gulf fishery since 1994. (Source: NOAA SEDAR)
- Seaside sparrows on oiled sites less likely to fledge
The report says: “Data from studies that BP conducted independently indicate that in 2011, the spill did not adversely impact bird productivity – how successful birds are at producing offspring. Brown pelicans, laughing gulls, great egrets, black skimmers, bald eagles and ospreys were studied.
What it leaves out: Preliminary data from 2012 and 2013 indicate that seaside sparrows from nests on unoiled sites were significantly more likely to fledge than those on oiled sites.. (Source: BioScience)
- Oil is still washing up on beaches
The report says: “Since some of the heavily oiled areas were last surveyed a year or two earlier, NRDA teams resurveyed the areas in 2014 and determined that a total of just one mile remained heavily oiled.”
What it leaves out: Recent studies of beach shoreline in Alabama suggest that tar balls are likely to continue washing up for years to come on Gulf Coast beaches, and could pose a risk to organisms living on or near those beaches. (Source: Science of the Total Environment)
- Oil remains in Louisiana's coastal marshes
The report says: “A 2012 University of Florida study that measured the rate of marsh erosion in a limited geographic area in Louisiana showed that erosion rates returned to normal 18 months after the spill and that its impact was generally limited to the edge of the marshes.”
What it leaves out: In May 2013, three years after the spill, more than 80 miles of marsh shoreline in Louisiana remained visibly oiled. The long-term effects of the oiling of Gulf marshes are still unclear and may take decades to unfold. (Source: International Oil Spill Conference)
By Theryn Henkel, Ph.D., Lake Pontchartrain Basin Foundation
The Coastal Sustainability Program at the Lake Pontchartrain Basin Foundation (LPBF) recently released an article titled “Examination of Deltaic Processes of Mississippi River Outlets–Caernarvon Delta and Bohemia Spillway in Southeastern Louisiana” in the Gulf Coastal Association of Geological Societies Journal. The article details work that LPBF has done investigating the development of the Caernarvon Delta and operation of the Bohemia Spillway, both located in Plaquemines Parish, La.
Natural land-building deltaic processes of the Mississippi River Delta have been severely limited by artificial river levees, which prevent water and sediment from flowing over the banks during spring floods. To counteract the effects of severing the connection between the river and the delta, focus has been placed on reconnecting the river to the surrounding wetlands by the creation of artificial outlets, also called diversions.
The Caernarvon Freshwater Diversion was designed to deliver up to 8,000 cubic feet per second (cfs) of water from the Mississippi River. For reference, a flow rate of 8,000 cfs could fill up an Olympic-size swimming pool in 11 seconds or the Superdome in 4.5 hours. The Mississippi River also contains sediment that is carried along with the fresh water through the Caernarvon Diversion into the adjacent wetlands or open water, where it can nourish the wetlands and/or build land.
LPBF collects data on the turbidity, or cloudiness, of the water diverted through the diversion. Through established equations, the cloudiness of the water can be related to sediment load or the amount of sediment carried in the water. From this, it was calculated that the total amount of sediment carried into the wetlands and open waters areas from 2009 to 2012 was 264,000 cubic yards, or a volume equal to 81 swimming pools. Due to other considerations, the diversion is not always operated when the sediment load in the river is high and therefore does not maximize potential sediment capture. Despite this variability in operation of the diversion – and the fact that the Caernarvon Diversion was built to minimize sediment capture, as it was built solely for salinity control, not land building – there actually has been enough sediment diverted by the Caernarvon Diversion to build a new delta. Total wetland growth of the delta in the open water area receiving diverted water from 1998 to 2011 was 600 acres. This new wetland area is lush and thriving with a variety of plant species (trees and herbaceous) growing, and alligators, birds and insects abound.
The Bohemia Spillway is an 11-mile stretch along the east side of Mississippi River south of New Orleans where the federal protection levees were removed. It was created in 1926 by the removal of existing artificial river levees, thereby allowing river water to flow over the banks and into the adjacent wetlands when the river was high. This overflowing process is how the river would have operated historically.
In 2011, the Mississippi River watershed experienced an historic flood which provided an ideal opportunity to investigate and study how the spillway operates. When the river overflows its banks, if brings fresh water, nutrients and sediment to the wetlands. This cannot happen when the connection is cut off by levees. The severing of the connection of the river to the wetlands is one of the contributing factors to the high rates of land loss rates experienced by southeast Louisiana.
Current land loss rates in the Bohemia Spillway are negligible, perhaps due to receiving inputs of fresh water, nutrients and sediment during high river events since 1926. We have not observed delta formation in the Bohemia Spillway, as we did at the Caernarvon Diversion, but we have observed the infilling of defunct navigation and oil and gas canals as they slowly convert back to land.
In many parts of Louisiana’s coast, man-made canals often contribute to increased land loss. Poorly maintained canals erode and become wider, and salt water is conveyed through the canals into adjacent fresh marshes, killing plants and converting land to open water. Therefore, seeing canals infilling and low rates of land loss in the Bohemia Spillway indicates that the restoration of somewhat normal processes, by reconnecting the river to the wetlands since 1926, has had a positive effect on the area.
For both Bohemia Spillway and the Caernarvon Diversion, there are clearly benefits to sustaining or increasing wetland areas. However, the two outlets also provide a contrast in the future possibilities. Precisely replicating the Bohemia Spillway by levee removal is generally not feasible because of the ongoing need for protection from river floods. However, a controlled diversion built and operated to more efficiently capture and deliver sediment in ways that emulate more natural processes, such as in the Bohemia Spillway, may hold great promise for coastal restoration, rather than the obsolete design and operational goals of a diversion such as Caernarvon.No Comments
FOR IMMEDIATE RELEASE
Emily Guidry Schatzel, National Wildlife Federation, 225.253.9781, email@example.com
Elizabeth Van Cleve, Environmental Defense Fund, 202.553.2543, firstname.lastname@example.org
Lauren Bourg, National Audubon Society, 225.776.9838, email@example.com
Conservation Groups Release Restoration Solutions for Mississippi River Delta
New report recommends a series of science-based restoration efforts to benefit coastal Louisiana
(NEW ORLEANS – December 9, 2014) Today, leading national and local conservation groups released a report outlining 19 priority projects for restoring the Mississippi River Delta following the 2010 Gulf oil disaster.
Restoring the Mississippi River Delta for People and Wildlife: Recommended Projects and Priorities was jointly authored by conservation groups working together on Mississippi River Delta restoration – Environmental Defense Fund, National Wildlife Federation, National Audubon Society, Lake Pontchartrain Basin Foundation and the Coalition to Restore Coastal Louisiana – and describes a suite of restoration projects that would collectively reverse wetlands loss and help protect New Orleans and other coastal communities from storms. The project recommendations include sediment diversions, freshwater diversions, marsh creation, barrier island reconstruction, ridge restoration, shoreline protection and hydrological modifications. The proposed project solutions can work in tandem to not only build but also sustain new wetlands along Louisiana’s coast.
The report is aimed at informing a series of decisions that will be ultimately made for funds flowing from the Gulf oil disaster, including those to be made by Gulf Coast Ecosystem Restoration Council (Council). The federal-state Council is tasked with implementing a comprehensive restoration plan to include a list of projects prioritized for their impact on the Gulf ecosystem. The Council recently released a list of projects and programs proposed for funding with oil spill penalty money.
“The Mississippi River Delta was ground zero for the Gulf oil disaster,” said David Muth, National Wildlife Federation’s director of Gulf restoration. “These project recommendations, if selected and implemented efficiently, could begin in earnest the wholesale restoration of one of the most ecologically and economically important areas in the entire country. The health of the Mississippi River Delta is a cornerstone for the health of the entire Gulf Coast. ”
“We have a once-in-a-lifetime chance to get this right and start real restoration along the Gulf Coast,” said Doug Meffert, executive director and vice president of Audubon Louisiana. “Our recommendations present a full suite of restoration solutions that work in concert, providing complementary benefits and sustaining one other. We hope the Council will select restoration projects like these, which are scientifically shown to provide the maximum benefit to the entire Gulf ecosystem.”
“By combining different types of projects in the same geographic area – for example, sediment diversions, marsh creation and barrier island restoration – we can build new land quickly and sustain it for the long term,” said Natalie Peyronnin, director of Science Policy for Environmental Defense Fund’s Mississippi River Delta Restoration Program. “This comprehensive approach to restoration is much more effective than using a band-aid approach. We must get restoration right – and get it started now – for the communities, wildlife and economies of the Gulf.”
“The oil spill affected wildlife and ecosystems across the Gulf Coast, and we need to make smart decisions about how to use this money to improve the health of the entire system,” said Muth. “We owe it to future generations to determine where this money can have the greatest impact and to focus our efforts there.”
The oil disaster sent roughly 200 million gallons of oil into the Gulf of Mexico. Louisiana’s coastline received the largest amount of oil and was suffering one of the fastest rates of wetlands loss in the world even prior to the spill. BP and the other companies responsible will ultimately pay billions of dollars in penalties and punitive damages, much of which will be allocated to the Gulf states for restoration.
Please contact Emily Guidry Schatzel, firstname.lastname@example.org, for a recording of the telepress conference.
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. Composed 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 New Orleans and Baton Rouge, Louisiana; Washington, D.C.; and around the United States. A map of the projects and descriptions are available for download at www.mississippiriverdelta.org/map.1 Comment
IPCC report examines climate change’s effects on Mississippi River Delta and strategies for adaptationAugust 5, 2014 | Posted by Delta Dispatches in Community Resiliency, Economics, Hurricanes, Job Creation, Reports
By Keenan Orfalea, Communications Intern, Environmental Defense Fund
“There are risks and costs to action. But they are far less than the long range risks of comfortable inaction.” – President John F. Kennedy
The Mississippi River Delta – one of the largest and most productive wetland ecosystems in North America – is teeming with life, and this rich bounty has supported the development of unique cultures and traditions, alongside industry. At the same time, Louisiana’s fragile coastal wetland ecosystems are facing collapse. Today, the region also faces serious threats from global climate change, combined with other manmade impacts. Climate impacts could devastate Gulf fisheries, submerge critical infrastructure like Port Fourchon and imperil cities such as New Orleans. These outcomes are not inevitable, though, if meaningful action is taken.
Coastal wetlands are the first line of defense against climate change impacts such as storm surge. Unfortunately, the Mississippi River Delta has been losing wetlands at an alarming rate as a result of unsustainable river and coastal management practices. Since 1932, Louisiana has lost nearly 1,900 square miles of land, and every hour, an area of land the size of a football field turns into open water.
While this gradual process may go unnoticed from day to day, the consequences became clear through the devastation of natural disasters such as Hurricanes Katrina and Rita. Intact coastal wetlands could have protected against the force of these storms, because they have the potential to buffer storm surge. For communities that lie behind natural wetland barriers, restoring such ecosystems will increase communities’ resiliency and ability to thrive in the face of climate change.
A recent report by the Intergovernmental Panel on Climate Change (IPCC) focused on the observed and predicted effects of climate change as well as adaptation strategies. The report found strong evidence of variation in key environmental indicators over the past two decades and predicts that this variation is likely to continue into the future, generating increasingly severe effects over time. The report also explores what can be done to confront these new challenges and protect against the most extreme impacts.
For vulnerable, low lying areas like southern Louisiana, any effective adaptation plan will have to utilize multiple strategies simultaneously. Coastal wetland restoration will be one of the most important and cost effective tools for adapting to climate change.
There are costs associated with any restoration program, but strategic investment could produce economic gains for the entire Mississippi River Delta region. According to an analysis by The Center for American Progress and Oxfam America, long-term investment in ecosystem services returned $15 in value for every $1 spent. The same study found that an average of 17 jobs were created per $1 million in spending on ecosystem services, compared to only 9 jobs created from the same investment in the offshore oil and gas industry.
Adaptive coastal planning delivers further benefits by mitigating potential losses from storm damage and sea level rise. Taken together, the gains in human safety and economic stimulus stemming from adaptive planning far exceed the costs of any coastal restoration program. Embarking on this course of action will not only ensure the long-term sustainability of the Mississippi River Delta and its communities, but it could also lay the foundations for future economic development.
Climate change is a global problem, but the earliest and most severe developments will be felt in areas that are most exposed, like the low-lying and disappearing Mississippi River Delta. While mitigating the future impacts of climate change will require an international effort, adaptation must take place on the regional and local levels. Louisiana’s most pressing threats stem from its vanishing coastline. In order to meet the challenges of the future, policymakers and citizens must take immediate action in order to reverse this land loss crisis, because comfortable inaction is not an option.No Comments
By Alisha A. Renfro, Ph.D., National Wildlife Federation
As spring weather warms the Midwest, snow melts and drains from 31 states into the Mississippi River. In south Louisiana, the mighty Mississippi River is nearing its peak flow of nearly 900,000 cubic feet of water per second. Rolling down the river with the water is mud and sand, which are essential to building wetlands in the disappearing Mississippi River Delta.
Every hour in Louisiana, a football field of land becomes open water. This land loss crisis is caused in part by levees built for flood protection and navigation which severed the connection between the delta and the river, almost completely halting the land-building processes that once created this iconic landscape.
Sediment diversions are large-scale restoration projects that move sand and mud from the river through the levees into nearby wetlands during high river flows – such as this year’s spring high water flow – to restart the land-building process and help sustain existing wetlands. One important question to understand the full land-building potential of these projects is: Is the Mississippi River a long-term, sustainable source of mud and sand?
A recent Nature Geoscience paper by Jeffrey Nittrouer, Ph.D. of River University and Enrica Viparelli, Ph.D. of the University of South Carolina, “Sand as a stable and sustainable resource for nourishing the Mississippi River delta,” suggests that while the amount of mud carried by the Mississippi River has decreased since the 1970s, the sand it carries has remained steady and may do so for the next 600 years.
The Missouri River is an important source of sediment to the Mississippi, historically supplying about one-half of the total sediment moving down the Mississippi River. However, dams built in the 1950s along the Missouri have been hypothesized as the cause of the large reduction in the amount of total sediment (mud plus sand) that makes its way down to the Mississippi.
In this study, Nittrouer and Viparelli look at changes in the mud and sand carried by the river over a year since the 1970s and found that while the amount of mud that makes it to Tarbert Landing, Miss. (306 miles above the Bird’s Foot delta) has decreased over time, the amount of sand has been consistent. They point out that the likely source of sand is material that is being eroded out of the river channel.
Nittrouer and Enrica applied a model to simulate the response of a sudden reduction in sediment supply that likely occurred with dam construction along the Missouri River in the 1950s. The model indicates that erosion of sand in the river channel between Cairo, Ill. and Vicksburg, Miss. keeps the amount of sand available at Tarbert Landing, Miss. steady for the next 600 years.
Sand and mud are both needed to restore the Mississippi River Delta. Sand, which is 20 percent of the sediment carried by the river, is essential for building new platforms that can support marsh vegetation. Mud, which makes up the other 80 percent, is necessary for maintaining and increasing the resiliency of existing marsh to sea level rise and storm events.
This study suggests that there is a steady supply of sand to the lowermost part of the Mississippi River that can be put to work by constructing and using sediment diversions to mimic nature to build new land, help sustain existing wetlands and begin the restoration of the Mississippi River Delta. This is positive news for large-scale coastal restoration efforts.No Comments
By Alisha Renfro, Coastal Scientist, National Wildlife Federation
Coastal communities throughout the U.S. are increasingly threatened by rising sea levels and extreme weather events. The conventional approach for protecting people and property along the coast has relied on engineering solutions such as levees, seawalls and bulkheads, which “harden” shorelines. However, not only can these structures be expensive to build and difficult to maintain, but in some cases, they can also increase erosion, impair the recreational uses of the area and reduce water quality.
In recent years, efforts to protect coastal communities have been expanded to recognize restoration and conservation of coastal habitats as ways to help buffer coastlines from waves and storm surge. In a study recently published in Nature, “Coastal habitats shield people and property from sea-level rise and storms,” researchers assessed the risk reduction that natural habitats provide to vulnerable people and property and found that loss of the ecosystems that currently exist will result in greater damage to people and property.
Different types of coastal habitat and shoreline offer varying levels of protection to coastal communities depending on their morphology and previously observed ability to offer protection from erosion and flooding. For example, in this study, coastal forests and high cliff shorelines were classified as providing a higher level of protection when compared to marsh and oyster reef habitat, with barrier beach shorelines and areas with no habitat offering the lowest level of protection.
To provide a nationwide view of the risk reduction that could be provided by natural coastal habitat, the researchers in this study compiled a coastal habitat map for the U.S. and compared model runs with and without the habitats under present-day and future sea level scenarios. Their modeling results indicated that, today, 16 percent of the U.S. coastline is classified as a “high hazard” area. When the same conditions were modeled without the presence of protective coastal habitats, the results suggested the extent of U.S. coastline that would be considered vulnerable to storms and sea level rise would double.
Compared to the West Coast, the low-relief Gulf and eastern coasts of the U.S. are more vulnerable to both sea level rise and storms. In order to better protect these vulnerable regions, the authors of this study suggested that large expanses of coastal forests and wetlands, oyster and coral reefs, dunes and sea grass beds are critical.
Recently, some coastal protection plans have begun incorporating conservation and restoration of coastal habitat alongside traditional physical structures. Louisiana’s 2012 Coastal Master Plan is an excellent example of a plan that acknowledges not only the value that coastal habitats have for the fish and wildlife of the area, but it also examines how to combine conservation and restoration of these habitats with traditional engineering strategies to enhance protection for the millions of people that call coastal Louisiana home.1 Comment
By Whit Remer and Elizabeth Weiner, Environmental Defense Fund
Last week, the Gulf Coast Ecosystem Restoration Council released the “Initial Comprehensive Plan: Restoring the Gulf Coast’s Ecosystem and Economy” for implementing parts of the RESTORE the Gulf Coast Act, which was enacted into law in 2012 in response to the 2010 Deepwater Horizon oil disaster. The Gulf Coast Ecosystem Restoration Council was created by the RESTORE Act and comprises officials from five Gulf Coast states and six federal agencies.
The RESTORE Act requires the Council to develop and maintain a comprehensive plan for restoring the Gulf Coast, and the release of the Initial Comprehensive Plan is a milestone in that process. Throughout the last year, the Council solicited input from the public on various components of the Initial Comprehensive Plan. The Plan ultimately included goals and objectives and reiterated the restoration priorities that were central in the RESTORE Act.
The Mississippi River Delta Restoration Campaign provided vital input to the Council, emphasizing adherence to statutory language, use of the best-available science and the central role that the delta plays in comprehensive, Gulf-wide restoration. While the Plan sketches a blueprint for Gulf Coast restoration, the next steps toward developing a project and program list are critical to the Plan’s success. Louisiana’s fragile wetlands continue to disappear at an alarming rate. Sediment diversions, marsh creation and barrier island restoration are all methods being proposed to stem the loss of land and provide storm protection and habitat along the coast. We will continue to encourage the Council to use the best-available science to develop a project and program list, including these methods, and put restoration dollars to work as soon as possible.
In the Initial Comprehensive Plan, the Council provided several reasons for not including a project and program list. The Department of Treasury is required by the RESTORE Act to issue regulations to guide disbursement of funding to states and allocation of funding by the Council. These regulations are currently held up for review at the Office of Management and Budget. Once the regulations are approved, the Council will have more direction on how to spend and allocate restoration dollars.
However, the Council will need more funding in the Gulf Coast Ecosystem Restoration Trust Fund to carry out its priority projects and programs list, once complete. Thirty percent of the total funding in this Trust Fund will be used for these priority projects and programs. Transocean, one of the responsible parties, has already settled their Clean Water Act fines totaling $1 billion, which will result in $800 million in the Trust Fund by January 3, 2015. The Trust Fund will receive additional funding from Clean Water Act fines assessed against BP and other responsible parties resulting from the 2010 Deepwater Horizon oil spill. Fines against BP and other oil companies involved in spill have yet to be determined by a federal judge in New Orleans. The second phase of the trial to determine those fines is set for September 30, but the judgment could take months to issue, with the chance an appeal would follow.No Comments
This is the first in a series of posts about wildlife tourism and the Gulf Coast economy.
By Will Lindsey and Rachel Schott, Environmental Defense Fund
A new economic report by Datu Research LLC studied the important contribution that wildlife tourism provides to the economic vitality of 53 coastal counties and parishes across the Gulf Coast states. Wildlife tourism, which includes wildlife watching, recreational fishing and hunting, generates $19 billion per year in revenue for the Gulf Coast. Renowned for its unique culture and outdoor opportunities, the Gulf Coast environment provides world-class recreational activities for millions of tourists every year.
According to the report, “Wildlife Tourism and the Gulf Coast Economy,” more than 20 million people participate in these activities across the five Gulf Coast states every year. The study found that after taking into account businesses and economic sectors that rely on wildlife tourists, the industry produces more than $19 billion per year in revenue. This income is generated by a variety of industries, including guide and outfitter business as well as the lodging and restaurant establishments that provide services to wildlife tourists traveling to the area.
The study demonstrates that a healthy Gulf Coast is not only an important ecological resource for the region but is also a vital economic resource, providing more than $5.3 billion in tax revenues annually and numerous employment opportunities throughout the region. From sunbathing on the beaches of Alabama and Florida to fishing and hunting in Louisiana and Texas, tourists find enjoyment in the natural beauty of the Gulf Coast.
Yet this critically important wildlife recreation sector will continued to be threatened unless policy makers take bold steps to protect our eroding and degraded coastlines. “It is important that we take care of our most valuable natural assets,” said Mark Romig, President of the New Orleans Tourism Marketing Corporation, at a press conference in New Orleans for the release of the report. “We need coastal restoration to protect our economic base… It’s right for the environment, right for business, right for people, and right for jobs.”
Knowing the economic impact of wildlife tourism on the Gulf Coast region makes coastal restoration even more essential and timely. Many people and businesses rely on the resources provided by the Mississippi River Delta and Gulf Coast, and the economic viability of the area can be secured by ensuring the resiliency of this diverse, yet fragile, region for decades to come.
Investing in coastal restoration, as through the RESTORE Act and other monies stemming from the Deepwater Horizon oil disaster, will help the Gulf Coast ecosystem as well as the tourism industry which depends on a healthy Gulf.1 Comment
By Rachel Schott, Environmental Defense Fund
In June, the Joint Ocean Commission Initiative, a bipartisan 16-member council representing diverse ocean interests, released a new report, “Charting the Course: Securing the Future of America’s Oceans.” The report outlines important ocean reform and coastal restoration recommendations for Congress and the Obama Administration. Being an “ocean nation,” the health of the U.S. economy is closely tied to health of its oceans. For Gulf Coast residents, this specifically means the Gulf of Mexico. The report has implications for both the health the Gulf Coast environment and the economies that rely on it.
“Our oceans and coasts are vital to our nation’s economy and security, as well as to the health and quality of life of its citizens,” states the Joint Initiative in the report. No one understands this better than Louisiana and Gulf Coast residents. After the 2010 oil disaster, in 2012, Congress took an important step toward securing the future health and vitality of the region when it passed the RESTORE Act – legislation that dedicates fines from the Gulf oil disaster to the Gulf Coast states for restoration. However, project selection and final authorization of funds has yet to be determined.
The report makes recommendations that advocate for restoring the coast’s natural coastline, strengthening its ability to protect communities from storms and rebuilding natural habitats and ecosystems. These recommendations offer a valid perspective for allocating available RESTORE Act funding and BP oil spill penalties to coastal restoration projects.
In its report, the council – consisting of national, state, and local leaders from diverse government agencies, academic institutions and industries – provided a set of science-based policy recommendations that enhance the long-term security and economic priorities of the nation’s coast. Two actions that would directly affect the Mississippi River Delta and coastal Louisiana are as follows:
- “Enhance the resiliency of coastal communities and ocean ecosystems to dramatic changes underway in our oceans and on our coasts.”
- “Support state and regional ocean and coastal priorities.”
As hurricanes and super storms become more common, it will become vital that policymakers implement programs that increase coastal resiliency. National decision makers must understand the underlying issues and local community priorities to effectively select and implement coastal restoration projects.
As the report underlines, building stronger and more resilient coastlines benefits not just those living near the coast, but the entire nation that depends on healthy coasts and oceans. The Gulf Coast Ecosystem Restoration Council has an unprecedented opportunity to allocate RESTORE Act funds to implementing coastal restoration projects and becoming an integral part of rebuilding the Mississippi River Delta and Gulf Coast and the economies that depend on a healthy Gulf Coast.
Gulf Tourism Depends on a Healthy Gulf
New report shows wildlife tourism is central to Gulf Coast economy
(New Orleans—July 9, 2013) The coastal environment of the Gulf of Mexico supports a $19 billion annual wildlife tourism industry that is highly dependent on critical investments in coastal environmental restoration, according to a survey released today by Datu Research LLC.
“Wildlife Tourism and the Gulf Coast Economy” concludes that wildlife tourism is extremely valuable to the Gulf Coast economy and relies heavily on the health of the endangered Gulf Coast ecosystem in the five states of Louisiana, Florida, Texas, Alabama and Mississippi. Wildlife tourism includes recreational fishing, hunting and wildlife watching.
Key findings of the report show that wildlife tourism:
- Generates more than $19 billion in annual spending.
- Attracts 20 million participants annually across the five Gulf Coast states.
- Delivers $5.3 billion annually in federal, state and tax revenues.
The study also found tourism jobs can account for 20-36 percent of all private jobs in coastal counties and parishes that are particularly dependent on wildlife activities. Those 53 counties and parishes have more than 25,000 tourism-related businesses and nearly 500,000 associated jobs.
The study reported that all forms of tourism generate 2.6 million jobs in the Gulf states, nearly five times the number of jobs provided by the region’s other three largest resource-based industries: commercial fishing, oil and gas, and shipping.
“With so many outdoor adventure opportunities, tourism is a critical industry to our coastal parishes,” Louisiana Lt. Gov. Jay Dardenne said. “Sportsman’s Paradise is more than our state’s nickname. If Louisiana is to remain the Sportsman’s Paradise, we have to ensure that funds Louisiana receives as a result of the Deepwater Horizon spill are properly and wisely spent preserving our paradise.”
Lt. Gov. Dardenne will speak at a press conference Tuesday, July 9 in New Orleans along with Billy Nungesser, president, Plaquemines Parish; Charlotte Randolph, president, Lafourche Parish; John F. Young, Jr., president, Jefferson Parish; Capt. Ryan Lambert, owner, Cajun Fishing Adventures; Mark Romig, president, New Orleans Tourism Marketing Corporation; Alon Shaya, executive chef, Domenica, Besh Restaurant Group; and Marcy Lowe, president, Datu Research LLC.
The study’s findings underscore the direct connection between the health of the ecosystem and the economic health of the Gulf region and the urgency for using the pending influx of monies from the RESTORE Act and other payments resulting from the 2010 Deepwater Horizon oil spill to properly and effectively restore the fragile Gulf Coast ecosystems.
“The conservation solutions that last are the ones that make economic sense and consider the needs of local communities,” said Scott Burns, director of the environment program at the Walton Family Foundation, which helped fund the survey. “This study connects the dots between a healthy Gulf environment, abundant wildlife and the good jobs that depend on tourism. This report adds to the growing evidence that investing in real restoration in the Gulf is the best way to create jobs and build economic prosperity across the region.”
Datu Research LLC is an economic research firm whose principals were part of the Duke University Center on Globalization, Governance & Competitiveness. They have previously released three analyses of supply chains associated with the work of coastal restoration, showing that more than 400 businesses in 36 states would benefit from such work.
Part II: Supporting comments
Comments from participants in release of study: Wildlife Tourism and the Gulf Coast Economy
John Young, president, Jefferson Parish: “This study further supports the direct link between a healthy coastal environment and a robust economy which depends on a $19 billion wildlife tourism industry. The well-being and continued growth of our coastal communities depend on the health of the Gulf, restoring and strengthening our fragile ecosystems, and promoting a wildlife tourism industry which can thrive, not only in Jefferson Parish but in all Gulf Coast states.”
Billy Nungesser, president, Plaquemines Parish: “Plaquemines Parish and Louisiana are the nation’s premier delta coastline. We are strategically positioned as the fishing capital of the world, the sportsmen’s paradise state and the seafood capital of the United States, and these factors which make Plaquemines and Louisiana unique depend on the health of our coast.”
Michael Hecht, president & CEO, Greater New Orleans, Inc.: “Tourism overall, including wildlife tourism, provides 2.6 million jobs across the Gulf States – and many of these are with small businesses. To protect this vital economic base, as well as other important coastal industries, we must prioritize large-scale coastal restoration projects that will ensure a stable coast and healthy environment.”
Mark Romig, president, New Orleans Tourism Marketing Corporation: “New Orleans attracts the experiential discover type of tourist, one who enjoys using the city as a base to go out and explore any authentic and unique aspects of the city and region, including the natural world. For the many businesses in this region, the need to restore and preserve our coastal wetlands is not optional; it’s an urgent economic necessity.”
Capt. Ryan Lambert, owner, Cajun Fishing Adventures: “I’ve grown up loving and making a living from the waters of the Louisiana coast and for more than 30 years, my business has been taking people fishing in those waters. But every year, as I see places disappearing from the map, I fear I may be part of the last generation to live off the water.”
Ralph Brennan, president, Ralph Brennan Restaurant Group: “Family restaurants like mine depend on a healthy Gulf Coast for the fresh seafood that has made New Orleans the culinary capital of the United States. The money states are beginning to receive to repair the damages from the Deepwater Horizon spill are our best – and may be our last real chance – to reverse decades of mistakes.”
Marcy Lowe, president, Datu Research LLC.: “This study shows the vital connection between the health of the ecosystem and the economic health of the Gulf region. Wildlife tourism is a major contributor to the Gulf Coast economy, but it’s very survival depends on the restoration of an endangered and irreplaceable ecosystem.”
Part III: Key study findings
Report: Wildlife Tourism and the Gulf Coast Economy
Key findings for the Gulf region
“Wildlife Tourism and the Gulf Coast Economy,” a survey produced by Datu Research LLC, finds that in the five Gulf Coast states:
- Tourism generates 2.6 million jobs, nearly five times the number of jobs created by the region’s other three largest resource-based industries combined: commercial fishing, oil and gas, and shipping.
- In Gulf Coast coastal counties and parishes where economies are particularly dependent on tourism, 20-36 percent of all private sector employment is tourism-related.
- Wildlife tourism, which includes wildlife watching, recreational fishing and hunting, generates more than $19 billion in annual spending.
- Wildlife tourism generates $5.3 billion annually in federal, state and local tax revenues, divided roughly equally between local and state tax revenues and federal revenues. In 2011, Gulf Coast state and local governments received $2.5 billion and the federal government $2.8 billion from wildlife tourism. Recreational fishing generates the highest amount of tax revenue at $2.2 billion followed by $2 billion from wildlife watching and $1.2 billion from hunting.
- Wildlife tourism attracts 20 million participants annually across the five Gulf Coast states. The wildlife tourism industry consists not only of wildlife guide businesses that directly serve wildlife tourists, but also the lodging and dining establishments where they eat and sleep.
- Gulf Coast tourism – and wildlife tourism in particular – is highly dependent on a healthy coastal environment.
- More than 11,000 lodging and dining establishments and 1,100 guide and outfitters businesses create business networks that depend on each other for referrals. In a survey of over 500 guide and outfitter businesses, about 40 percent of respondents said clients ask them for hotel recommendations and 55 percent said clients request restaurant recommendations. Likewise, more than 60 percent of guide businesses receive clients based on recommendations from hotels and restaurants.
- Guide and outfitting operations represent a strong network of small businesses that have a large impact on local tourism. More than 86 percent of these businesses have one to five employees, and nearly 60 percent host more than 200 visitors per year, with many hosting several thousand.