Category Archives: Research Stories
Researchers who have spent a decade studying impacts from the Deepwater Horizon incident offered their personal perspectives as they reflected upon the oil spill’s 10th anniversary in an engaging series titled “Deepwater Diaries.” Published by the research consortium studying Ecosystem Impacts of Oil and Gas Inputs to the Gulf (ECOGIG), the diaries feature 10 scientists Read More
The Texas Gulf Coast is experiencing a rapid increase in oil refining and transport activities, which also increases the risk of spill-related impacts to its coastal bays and estuarine ecosystems. Marine researchers from several institutions converged on the Texas coast in June 2019 and conducted an intensive two-week biological survey, or BioBlitz, to establish a Read More
Outreach coordinators from Gulf of Mexico Research Initiative (GoMRI) consortia partnered to produce a special issue of Current: The Journal of Marine Education, published by the National Marine Educators Association (NMEA). The GoMRI-sponsored special issue – titled “Special Issue Featuring the Gulf of Mexico Research Initiative: Research Resulting from the 2010 Deepwater Horizon Oil Spill” Read More
The Gulf of Mexico is one of four “super-diverse” ecoregions in the world; yet, we don’t know much about how its deep environment changed after Deepwater Horizon because very little was known about it before the spill. Since the spill, the data about deep-ocean life are growing as scientists with the DEEPEND research consortium study Read More
Eight years after Deepwater Horizon, we reflect on the sobering deaths of 11 people and the millions of barrels of oil released into the Gulf of Mexico. We also reflect on the extraordinary establishment of the largest coordinated scientific endeavor around an ocean event – the Gulf of Mexico Research Initiative (GoMRI) – to understand, Read More
The deep-pelagic ecosystem was the largest habitat affected by the Deepwater Horizon incident, yet our limited knowledge about its fauna makes it difficult to compare their conditions before and after the spill. Researchers with the DEEPEND consortium are developing a quantitative, taxonomically comprehensive assessment of these deep-sea creatures to estimate their vulnerability and ability to Read More
The 2017 hurricane season was one of the most active and destructive on record and included two major storms that affected the U.S. Gulf Coast – Harvey and Irma. Scientists who lead consortia funded by the Gulf of Mexico Research Initiative are based in this area, and they shared how they and their teams prepared Read More
Two Georgia middle school teachers recently joined a consortium research cruise through the AMP-IT-UP (Advanced Manufacturing and Prototyping Integrated to Unlock Potential) program, a multi-year grant focused on cultivating the next generation of STEM innovators. The research was relevant not only for the teachers but also for their students, who have been studying AMP-IT-UP curriculum modules Read More
Data and pictures from before and after a disaster help us understand the impacts of an event; however, the “before” is not always available. Researchers with the Relationships of Effects of Cardiac Outcomes in fish for Validation of Ecological Risk (RECOVER) consortium have found through oil-exposure laboratory studies that the Deepwater Horizon incident may have negatively affected Read More
Smithsonian’s Ocean Portal recently released a new article in partnership with the Ecosystem Impacts of Oil and Gas Inputs to the Gulf (ECOGIG) consortium called A Brittle Star May Be a Coral’s Best Friend. Following the Deepwater Horizon oil spill, ECOGIG researchers began studying the impacts of oil on deep sea corals. They noticed a particular Read More
In April 2017, GoMRI researchers collaborated on a field experiment focused on better understanding how oil movement and transport is impacted by river fronts. Led by RFP-V investigator Dr. Villy Kourafalou (University of Miami (UM)) and Dr. Tamay Özgökmen (UM and principal investigator of the Consortium for Advanced Research on Transport of Hydrocarbon in the Read More
This RECOVER Consortium experiment uses satellite tags attached to adult mahi to help determine if consortium experiments could be replicated in the wild. Experienced anglers can help increase the amount of fish researchers catch in a day and reduce stressful fight times on the line to ensure that the tagged fish are as healthy as Read More
The Bay Drift Project is a citizen-science experiment that uses drift cards to help determine the origins of the trash that washes up on the Vizcaya Museum and Garden’s shoreline. CARTHE Consortium representatives and Vizcaya hosted an event to highlight results from the project’s first year and to prepare drift cards and identify goals for Read More
Response decisions during Deepwater Horizon relied on forecasts of where the oil was going and when it would get there. Researchers with the CARTHE consortium have been working to improve the information that goes into making ocean transport forecasts. The group recently completed the last of four field experiments that link the dynamics of deep ocean, shelf, Read More
Gulf-wide baseline for oil pollution monitoring complete! Marine scientists advanced academic relations between the U.S. and Cuba during an 18-day research expedition (May 8-25) off the northwest coast of the island nation. Twenty-four scientists representing four universities sailed on the R/V Weatherbird II and collected 450 fish, 50 plankton, 150 water, and 1,500 sediment samples. They Read More
A recent visual and acoustic survey of the northern Gulf of Mexico assessed changes in marine mammal distribution and ambient noise levels following the Deepwater Horizon oil spill. The short clip follows the R/V Pelican as it surveys the area. Watch the video here.
The ACER objectives are: To assess how coastal ecosystem structure, as measured by multiple estimates of biodiversity, and functioning (its provision of valuable processes and services) have been affected by differential exposure to Deepwater Horizon oiling. To determine how the biodiversity of coastal ecosystems can buffer resistance and recovery from oiling. To determine the conditions of Read More
The Understanding How the Complex Topography of the Deepwater Gulf of Mexico Influences Water-column Mixing Processes and the Vertical and Horizontal Distribution of Oil and Gas after a Blowout project is lead by Kurt Polzin, Woods Hole Oceanographic Institution. An integrated, multi-platform, observational field effort is proposed that makes direct observations of turbulent mixing in Read More
The Three-Dimensional Gulf Circulation and Biogeochemical Processes Unveiled by State-of-the-Art Profiling Float Technology and Data Assimilative Ocean Models project is lead by Lynn K. (Nick) Shay, University of Miami. The overarching goal of this proposed research is to build a rapid response capability that can be deployed in the event of an oil spill. The Read More
The Toxicological Properties of Specific Aromatic Hydrocarbons Isolated from Fresh and Aged Crude Oil from the Deepwater Horizon Spill project is lead by Charles Miller, Tulane University. The scientific goal of this research is to elucidate the highly toxic compounds within fresh and weathered crude oil from the MC252 oil spill. The hypothesis of Read More
The Molecular Engineering of Food-Grade Dispersants as Highly Efficient and Safe Materials for the Treatment of Oil Spills project is lead by P.I. Srinivasa R. Raghavan, University of Maryland The goal is to engineer a new class of dispersants that combine environmental safety and high efficiency. By avoiding the synthetic components in current dispersants Read More
The Influence of river induced fronts on hydrocarbon transport project is lead by P.I. Villy Kourafalou, University of Miami. The overarching study objective is to understand, quantify and be able to predict the role of river plume induced fronts and circulation regimes in enhancing, modifying or altering the transport pathways of hydrocarbons, in the Read More
The Transport and fate of oil in the upper ocean: Studying and modeling multi-scale physical dispersion mechanisms and remediation strategies using Large Eddy Simulation project is lead by P.I. Charles Meneveau, Johns Hopkins University. In the aftermaths of deep water blowouts, oil plumes rise through and interact with various layers of the ocean and Read More
The Vertical upwelling and bottom-boundary layer dispersal at a natural seep site project is lead by P.I. Daniela Di Iorio, University of Georgia. The physical understanding of the vertical upwelling velocity and bottom boundary layer dispersal of a hydrocarbon seep in the Gulf of Mexico is extremely limited due to paucity of direct long-term Read More
The Deep-sea Risk Assessment and species sensitivity to WAF, CEWAF and Dispersant project is lead by P.I. Anthony Hayden Knap, Texas A&M University. Subsea injection of dispersants offers some significant benefits compared to the application of dispersants on the sea surface, for example access to the freshest and non-emulsified oil in the high turbulence environment, Read More
The A Combined Analytical and Synthetic Approach Based on Line Narrowing Spectroscopy for Specific Isomer Determination of Petroleum Oil Spills project is lead by P.I. Andres D. Campiglia, University of Central Florida. This proposal tackles a different aspect of PAHs analysis as it focuses on detection and characterization of higher-molecular weight PAHs (HMW-PAHs), i.e. PAHs with Read More
The Role of Microbial Motility for Degradation of Dispersed Oil project is lead by P.I. Jacinta C. Conrad, University of Houston. Microbial biodegradation processes are thought to have played a substantial role in the surprisingly swift disappearance of oil and gas released into the Gulf of Mexico after the catastrophic Deepwater Horizon MC252 blowout. Read More
The Oil-Marine Snow-Mineral Aggregate Interactions and Sedimentation during the 2010 Deepwater Horizon Oil Spill project is lead by P.I. Adrian Burd, University of Georgia. The goal of this project will be to use coagulation theory to develop a predictive, mechanistic model for how oil coagulates with particulate material in the marine environment. There is strong Read More
Matt Firneno recently completed Bachelor’s degrees in physics and mathematics at the University of New Orleans. He participated in LADC-GEMM’s recent research cruise aboard R/V Pelican, where he assisted learned about different forms of data acquisition and real-time data analysis. Learn more about his research and experiences here.
“Will” is an underwater autonomous vehicle that will survey and collect acoustic Gulf of Mexico data for approximately eight weeks. Every four hours, the glider surfaces, relays information back to a base station at Oregon State University, and descends again to collect more information. Will is surveying and collecting acoustic data in the Gulf until Read More
Approximately 15 local fishermen and their families attended the workshop to meet the scientists and voice their concern about topics such as sediment and marine snow. The fishermen also learned how to use the YSI ProDSSII conductivity/temperature-depth meter (CTD) to collect depth salinity and temperature profiles. They will continue collecting and returning data through the Read More
Following a short weather delay, the consortium kicked off its fifth research cruise, a two-week survey of Gulf of Mexico. The DEEPEND team has been posting updates on their progress to the project’s Kids Blog almost daily. Visit the blog to catch up on the latest news. DEEPEND Kids Blog DEEPEND Outreach
7th year of the largest coordinated research endeavor around an ocean event. The 2010 Deepwater Horizon oil spill and subsequent response efforts raised concerns about impacts on the Gulf of Mexico’s ocean and coastal environments. The Gulf of Mexico Research Initiative (GoMRI), in response to the spill, initiated an unprecedented 10-year scientific research program funded Read More
Interactions among wind, waves, and upper-ocean currents are essential factors in predicting oil slick transport and fate. These complex interactions, however, make capturing their dynamics in simulations challenging, especially when turbulent weather conditions are present. The Gulf of Mexico Research Initiative recently awarded Dr. William Drennan a grant to study how wind-wave-current interactions affect oil Read More
As the Deepwater Horizon oil spill unfolded, there were concerns that the Loop Current might transport oil out of the Gulf to the Florida Keys and up the eastern seaboard. This possibility highlighted the need for quick predictions of oceanic flows and subsurface hydrocarbon distribution during and after a spill. Because physical and biochemical processes Read More
Meiofauna are invertebrate organisms that live in seafloor sediments. These marine creatures perform ecosystem functions such as trophic transfer, biogeochemical cycles, pollution removal, and sediment transport stability. Sensitive to environmental events such as oil spills, meiofauna are valuable bioindicators of impacts from contamination. However, their small size and our limited knowledge about these organisms’ community Read More
Marshes depend on a healthy, well-functioning complex of plants, microbes, and benthic communities to support the environmentally and economically important ecosystem services they offer, such as reducing storm surges and providing nursery grounds for many species. Researchers have been conducting studies assessing Louisiana marsh flora and fauna after the 2010 Deepwater Horizon oil spill and Read More
The importance of bacteria for biodegradation of petroleum is well described for contaminated seawater and coastal soils, but very little is known about the role of symbiotic plant bacteria in degrading petroleum. Endophytes are bacteria and fungi that live as symbionts within plant roots, stems and leaves. These symbionts are closely associated with the plant Read More
The Understanding Resilience Attributes for Children, Youth, and Communities in the Wake of the Deepwater Horizon Oil Spill project is lead by Tim Slack, Louisiana State University. This proposal outlines a research agenda to assess the public health impacts of the 2010 Deepwater Horizon (DH) oil spill in the Gulf of Mexico, with special emphasis Read More
Researcher Oscar Garcia-Pineda demonstrates some of the methods the team uses to collect imagery and samples of floating oil near MC20. (Provided by Villy Kourafalou) The flow of the Mississippi River into the northern Gulf of Mexico may have caused circulation patterns and fronts that significantly influenced the transport and fate of Deepwater Horizon oil. Read More
The Avoiding Surprises: understanding the impact of the Deepwater Horizon oil spill on the decision making behaviors of fishers and how this affects the assessment and management of commercially important fish species in the Gulf of Mexico using an agent-base project is lead by Steven Saul, Arizona State University. The Deepwater Horizon oil spill disrupted Read More
Concern about how the Deepwater Horizon oil spill may continue to negatively affect wild bottlenose dolphins living in the spill’s footprint remains high. Researchers supporting the Natural Resource Damage Assessment (NRDA) studied live and stranded dolphins in the heavily affected area of Louisiana’s Barataria Bay and reported that exposed dolphins exhibited increased lung disease, adrenal Read More
The The State-of-the-Art Unraveling of the Biotic and Abiotic Chemical Evolution of Macondo Oil: 2010-2018 project is lead by Ryan P. Rodgers, Florida State University. Once released into the environment, petroleum undergoes physical processes that modify its native composition (water washing and evaporative losses) and chemical processes (largely oxidative, i.e. photo-oxidation and biodegradation) that we Read More
Concern about how the Deepwater Horizon oil spill may continue to negatively affect wild bottlenose dolphins living in the spill’s footprint remains high. Researchers supporting the Natural Resource Damage Assessment (NRDA) studied live and stranded dolphins in the heavily affected area of Louisiana’s Barataria Bay and reported that exposed dolphins exhibited increased lung disease, adrenal Read More
Hydrocarbons associated with oil spills can have harmful effects on humans and organisms, yet little is known about the specific compounds that contribute to toxicity. The ability to identify and quantify oil’s key toxic compounds will help improve predictions of future spills’ effects on human health and marine ecosystems. The Gulf of Mexico Research Initiative Read More
The Genomic Responses to the Deepwater Horizon event and development of high-throughput biological assays for oil spills project is lead by W. Kelley Thomas, University of New Hampshire. Within the GoM, the benthic environment is biologically hyper-diverse, performing critical ecosystem functions that have consequences for the ecology of the entire GoM region. Benthic communities are Read More
An international science team recently completed a 4,000-mile expedition to learn more about the long-term fate of two of the world’s largest subsea oil spills, the 1979 Ixtoc-I and the 2010 Deepwater Horizon. The 40-day Gulf of Mexico voyage continued their 2015 field campaign, contributing to a multi-year Gulf-wide analysis of these oil spills and Read More
The Long-Term Impact, Recovery and Resilience: Wetland plant-microbial-benthic ecosystem responses to the Deepwater Horizon oil spill and mitigation strategies promoting sustainability by P.I. Qianxin Lin, Louisiana State University The Deepwater Horizon (DWH) oil spill exposed the nation’s largest and most productive wetland estuarine environment, the Mississippi River Delta coastal wetland ecosystem, to an unprecedented potential Read More
Living inside the roots and leaf tissues of marsh grass are bacteria and fungi known as endophytes that help promote plant growth. Since some endophytes can also help degrade petroleum that the plants absorb, it is possible they could be a natural tool to help clean up oil buried in marsh soils. The Gulf of Read More
It’s almost like a game of tug-of-war. There are growing numbers of residents, tourists, and industry at one end and the environment where people live, work, and play at the other. When the former increases, the latter is stressed. This scenario plays out all over the world, especially in coastal areas. Biscayne Bay near Miami, Read More
C-IMAGE Releases One Gulf Expedition Photos and Videos From 2 Aug-10 Sept, 20 researchers from the C-IMAGE Consortium circumnavigated the Gulf of Mexico studying fish toxicity between 20-180 fathoms (36-330m). The science crew caught 2,442 fish through 69 demersal long-lining stations. Over 600 photos documenting the expedition’s equipment, crew, and research activities are now available Read More
The Investigation of Oil Spill Transport in a Coupled Wind-Wave Current Environment Using Simulation and Laboratory Studies project is lead by P.I. William M. Drennan, University of Miami. This project aims at studying the transport of oil droplets in upper oceans subject to actions of Langmuir cells and breaking waves and the transport of oiled Read More
The Gulf of Mexico Research Initiative (GoMRI) is pleased to announce a special issue of Oceanography Magazine: GoMRI: Deepwater Horizon Oil Spill and Ecosystem Science. This special issue – a collaborative effort among scientists funded by GoMRI, the GoMRI Research Board, and the GoMRI management team – highlights scientific advances from the program. Twenty papers Read More
The Design of Synergistic Dispersant and Herding Systems using Tubular Clay Structures and Gel Phase Materials project is lead by P.I. Vijay John, Tulane University. Dispersants are typically solutions containing one or more surfactants dissolved in a solvent. They work by reducing the interfacial tension between oil and water, thereby reducing the work needed to Read More
Deep ocean oil plumes that formed from the Deepwater Horizon spill and their subsequent rise through the water column were greatly influenced by physical mixing mechanisms such as turbulence, Langmuir circulations, and sub-mesoscale eddies. These mixing processes are crucial variables needed for existing models to accurately predict a plume’s overall size, shape, and transport direction. Read More
Markus Huettel gives an overview of the project at the Gulf of Mexico Oil Spill & Ecosystem Science Conference January 2016 The A systems approach to improve predictions of biodegradation and ecosystem recovery in coastal marine sediments impacted by oil spill project is lead by P.I. Markus Huettel, Florida State University. After coastal oil spills, petroleum Read More
Evidence suggests that when oil interacts with particles in the marine environment, it can form larger, rapidly sinking particles called marine snow. These oily aggregates are often transported from the sea surface to the seafloor. The snow falls more like a heavy blizzard than a light flurry for large discharges such as the Deepwater Horizon Read More
Claudia Husseneder gives an overview of the project at the Gulf of Mexico Oil Spill & Ecosystem Science Conference January 2016 A Study of horse fly (Tabanidae) populations and their food web dynamics as indicators of the effects of environmental stress on coastal marsh health project is lead by P.I. Lane Foil, Louisiana State University Read More
The active environment of the Gulf of Mexico’s continental slope contains diverse currents that are difficult to simulate and predict. We know that turbulence is an essential mechanism for hydrocarbon transport and subsurface oil plume dispersion, but we still have much to learn about the complex processes behind this area’s diverse currents. The Gulf of Read More
Oil spill responders currently have the option to treat oil spills with a synthetic dispersant called Corexit, however scientists continue to search for alternatives. In this search, scientists seek to develop an understanding of the specific mechanisms that drive dispersion and identify an effective combination of food-grade components. The Gulf of Mexico Research Initiative (GoMRI) Read More
Spilled oil buried in nearshore sediment can persist for many years and act as a long-term source of episodic hydrocarbon contamination in the environment. Although we have a basic understanding of how fast crude oil degrades in soils, we still do not fully understand what influences the degradation process or the microbial community responsible for Read More
Responders to the Deepwater Horizon spill used large quantities of dispersant to facilitate oil biodegradation, but could a different method be safer for the environment? Oil compounds take on additional oxygen atoms as physical and chemical processes weather them. However, the classical methods that scientists use to analyze and describe these molecular compositional changes cannot Read More
Polycyclic aromatic hydrocarbons with high molecular weights (HMW-PAHs) are potentially toxic compounds that can cause genetic mutations. However, current environmental monitoring and analyses of human health risks only focus on the sixteen PAHs that the Environmental Protection Agency considers priority pollutants. The Gulf of Mexico Research Initiative awarded Dr. Andres D. Campiglia a grant to Read More
Immediately following the Deepwater Horizon oil spill, the National Center for Disaster Preparedness surveyed households in highly-affected Louisiana areas to track the event’s health and social impacts. Follow up studies in 2014 revealed that physical and mental distress resulting from the spill still persisted, with over 15% of respondents reporting no perceived recovery of their Read More
There is a lot of action at the bottom of the Gulf of Mexico. A turbulent mixed layer of water and sediment particles known as the bottom boundary layer circulates counterclockwise across the seafloor, flowing against the water above. Meanwhile, oil and gas naturally seep into this active environment from the seafloor. Scientists are investigating Read More
The Consortium for Advanced Research on Transport of Hydrocarbon in the Environment (CARTHE) conducts unprecedented experiment to improve oil fate models. Predictions for decisions – our world relies on them, from daily weather to annual financial forecasts. Predictions, though, are only as good as the information that goes into making them. And those predictions carry Read More
Greenhead horse fly larvae live in Spartina marshes and are the top predator in the coastal wetlands invertebrate food chain between Texas and Nova Scotia. Drs. Lane Foil and Claudia Husseneder discovered reduced genetic variation and severe declines in adult and larval horse fly populations living in oiled marshes, which showed that the horse flies Read More
Research about commercial dispersant safety has seen increased efforts to identify benign alternatives and improve current dispersant systems since the Deepwater Horizon oil spill. Preliminary research suggests that dispersants formulated as gels may be a viable alternative to liquid dispersants and may address certain problems and concerns about Corexit 9500 use and application. The Gulf Read More
The Ixtoc I blowout happened in the Bay of Campeche over thirty-five years ago, so why are scientists studying this spill now? Because understanding what happened to Ixtoc I oil may help predict if and how Deepwater Horizon oil will degrade, persist, and impact northern Gulf of Mexico ecosystems over the next few decades. A Read More
The Deep-Pelagic Nekton Dynamics (DEEPEND) consortium expands knowledge as a restoration tool for the Gulf’s largest ecosystem Much uncertainty remains about impacts on the deep-sea environment from the 2010 oil spill that erupted more than 5,000 feet below the sea surface. However, knowing what was affected or what may change in the future is particularly Read More
Authorities closed large portions of the Gulf of Mexico to commercial and recreational fishing following the Deepwater Horizon oil spill to contain and mitigate oil contamination of fish and seafood products. The fishing closures may have caused many fishers to search for alternative income solutions, such as relocating or chartering their vessels for the cleanup Read More
ACER investigates biodiversity’s role in oil spill recovery Disturbances to coastal environments, such as storms and pollution, cause great concern as these areas are typically heavily populated, are home to important industries, and provide critical ecosystem services. Ecologists have debated coastal ecosystems response to disturbances for decades. The Deepwater Horizon oil spill focused this debate Read More
Genomics is a powerful method to track things that humans cannot see. Months and years after the Deepwater Horizon oil spill, many people wondered where the oil went or where it might be lingering or what it may affect after it was no longer visible. Scientists are using genomic techniques such as DNA sequencing to Read More
It’s a catchy name, but the common phrase “Red Tide” for the algal bloom happening right now in the northern Gulf of Mexico is not quite right, scientifically. The bloom is not always red and it’s not always related to tides. However, the name does invoke a sense of concern about a potential threat to Read More
The AUV Jubilee was a premier event to coordinate autonomous underwater vehicles, known as AUVs or gliders, and other in situ operations in the Gulf of Mexico during July 2015. Called a “big science party,” the name used the term Jubilee to refer to the Gulf Coast phenomenon during which naturally occurring hypoxia pushes fish Read More
Dr. Debra Murie from the University of Florida answered a few questions about her RFP-II project, Spatial and Temporal Effects of the Deepwater Horizon Oil Spill on Growth and Productivity of Recreational and Commercial Fisheries in the Gulf of Mexico. The PIs on the project, in addition to Dr. Murie, are Dr. Daryl Parkyn and Read More
CONCORDE studies sub-surface exposure pathways After the Deepwater Horizon incident, the coastline oiling that occurred raised questions about oil movement and impact. For example, before a surface slick reached land, was there oil below the surface waters and how might that affect coastal environments and organisms? The Gulf of Mexico Research Initiative recently awarded CONCORDE Read More
Jellyfish push water in and out of their bells to propel themselves forward. Researchers are investigating if and how the small underwater waves and currents created by Jellyfish movements can help break up oil spilled in marine ecosystems. The Smithsonian posted an article featuring scientist Brad Gemmell’s research about interactions of gelatinous zooplankton with oil. Read More
Phytoplankton are active organic carbon producers and help drive the processes that move carbon from the ocean surface to the sea floor. Scientists are investigating impacts from the sudden large input of carbon from the Deepwater Horizon spill on this important biological cycle. The Smithsonian Ocean Portal recently featured Uta Passow with the University of Read More
One of the most significant outcomes of the Gulf of Mexico Research Initiative (GoMRI) has been the fostering of a multi-disciplinary collaborative academic community ready to put science into practice. Members of the GoMRI community have been cultivating relationships with emergency responders so that science gets to the right people at the right time. These Read More
Visitors to the Smithsonian Ocean Portal now have the opportunity to learn more about oil spills like the Deepwater Horizon. By using the Smithsonian’s newly released interactive tool on oil spill science, they can learn about cleanup efforts, dispersants, where the oil went, seafood safety, and the impacts on the Gulf. The Portal team, in partnership Read More
Did whale and dolphin populations change after the oil spill? Prior monitoring indicated that large numbers of these deep-diving marine mammals were living near the Deepwater Horizon site. The Gulf of Mexico Research Initiative recently awarded the Littoral Acoustic Demonstration Center – Gulf Ecological Monitoring and Modeling (LADC-GEMM) consortium a grant to study endangered sperm Read More
You may already be a winner! That is what folks will read on posters across the Gulf region if they find and report bright yellow cards drifting in Gulf waters or washed up on beaches. This small biodegradable card is part of a larger research effort to better understand Gulf currents and improve future oil Read More