Wednesday 22 November 2017

The Center for the Integrated Modeling and Analysis of the Gulf Ecosystem

A tale of two Gulf spills: A research consortium of 19 institutions from 5 countries studying the impacts of oil spills on the Gulf of Mexico.


 

The Center for Integrated Modeling and Analysis of Gulf Ecosystems (C-IMAGE) is a research consortium of 19 U.S. and international partners focused on effects of oil spills on marine environments. The C-IMAGE consortium is currently in their second installment of funding from the Gulf of Mexico Research Initiative (GoMRI) in response to the Deepwater Horizon blowout of 2010. C-IMAGE II is focused on GoMRI Research Themes 2 and 3, studying:

  • Chemical evolution and biological degradation of the petroleum/dispersant systems and subsequent interaction with coastal, open-ocean, and deep-water ecosystems. (Theme 2)
  • Environmental effects of the petroleum/dispersant system on the sea floor, water column, coastal waters, beach sediments, wetlands, marshes, and organisms; and the science of ecosystem recovery. (Theme 3)

C-IMAGE II: The Tale of Two Spills

The focus of C-IMAGE II is to advance understanding of the processes, mechanisms, and environmental consequences of marine oil blowouts. Centered on findings from C-IMAGE I, we look to incorporate laboratory experimentation, field-oriented assessments, and modeling to broaden our research fields.

New to the Center are three novel projects focused on establishing ecological baselines in the case of another Gulf spill. These projects include:

  1. Controlled exposure studies of adult fish assessing the chronic vs. episodic oil pollution uptake
  2. Predict the long-term fate and degradation of oil on Gulf ecosystems using sediment cores from parallel Gulf spills
  3. Establish fish and sediment baselines by conducting the first Gulf-wide assessment along the continental shelf.

Recent events like Deepwater Horizon focused the scientific efforts of C-IMAGE I, but C-IMAGE II looks to gain insight by researching a parallel blowout incident occurring 30 years prior.

The Ixtoc-I oil spill began on June 3rd, 1979 in the Bay of Campeche, 100 km NW of Ciudad de Carmen, Mexico. Nine and a half months later, the well head was capped and flow stopped, but not after an estimated 126 to 210 million gallons of oil leaked into the southern Gulf of Mexico; compare this to the three month uncontrolled blowout and 107 to 184 million gallons of Deepwater Horizon.

The interconnectedness of any marine ecosystem requires a collaborative effort with each of our consortium members. To remain focused on our goals, C-IMAGE II divides into six Tasks dedicated to their area of expertise and research interests:

  • Task 1: Near-field & far-field modeling
  • Task 2: High-pressure, low temperature environments
  • Task 3: The Distribution, Fate, Transport and Impacts of Oil Deposition Resulting from MOSSFA Processes During DWH and the IXTOC-I Discharges
  • Task 4: Hydrocarbon Impacts on Plankton, Invertebrates, Fishes and Marine Mammals
  • Task 5: Toxicology Studies
  • Task 6: Detailed and Spatially Resolved Ecosystem Modeling

The implementation of tasks integrates the research conducted under C-IMAGE, rather than creating a collection of unrelated studies, and is intended to achieve outcomes that are “more than the sum of the parts”. For example, high-pressure testing in the facility in Hamburg (Task 2), has as its goal providing estimates of droplet size distributions that are critical to near- and far-field models predicting hydrocarbon partitioning, and transportation in various blowout scenarios (Task 1). The six Tasks and proposed mechanisms to coordinate among them will thus function to assure integration among studies.

 C-IMAGE I:

Beginning in 2011, C-IMAGE I received funding from GoMRI to study the processes and effects of the BP oil spill on the Gulf of Mexico. With help from domestic and international partners, we began studying the physical, chemical, and biological processes occurring when oil and dispersants are introduced to a marine ecosystem. Our consortium began connecting researchers across disciplines and academic institutions to create a holistic view of marine environments during and after oil spills. Through high-pressure experiments, calibrated modeling, and field research, C-IMAGE I has laid a foundation for future research throughout the Gulf of Mexico.

Projects from C-IMAGE I included: ecosystem modeling based on biological, chemical, and physical data sets, marine resource assessments of ichthyoplankton, fish, and marine mammals, oil and dispersant toxicology, simulating high-pressure environments and their effects on fluids, and sediment analysis of oil-affected areas of the sea floor.

 

C-IMAGE II focuses on Six Tasks covering a range of research areas including deep-ocean environments, sediment deposition, and plankton and fish species toxicity

 

Listen to our Podcasts

  • #10 The Risks for Fish +

    #10 The Risks for Fish What happened to the fish in the days and weeks after the Deepwater Horizon oil spill? With a suite of Read More
  • #9 Forensic Oceanography +

    Listen to learn how scientists reanalyzed remotely sensed data taken in the late 1970s to study the Ixtoc 1 oil Read More
  • #8 In the Mud in Mexico +

    #8 In the Mud in Mexico “We were of the mind that with studying the Deepwater Horizon in the northern Gulf we weren’t getting a full Read More
  • #7 The Ixtoc Spill: Reflections +

    #7 The Ixtoc Spill: Reflections The Deepwater Horizon oil spill happened just a few years ago, but it might be possible to predict its impact Read More
  • #1 Overview of C-IMAGE +

    #1 Overview of C-IMAGE C-IMAGE PI Dr. Steven Murawski talks to David Levin about the research goals of our center and the importance of Read More
  • #2 Sampling for oil in the sediments in the Gulf of Mexico +

    #2 Sampling for oil in the sediments in the Gulf of Mexico C-IMAGE PI's Steven Murawski and David Hollander on board the Weatherbird II in August of 2012 talking to David Levin Read More
  • #3 The "not-so-visible" impacts of the Deepwater Horizon oil spill on the Gulf of Mexico +

    #3 The Three years after the BP oil well disaster, scientists are struggling to understand the effects on the Gulf ecosystem. From Read More
  • #4 Fitting the Gulf of Mexico inside a computer: how to build an ecosystem model +

    #4 Fitting the Gulf of Mexico inside a computer: how to build an ecosystem model Mind Open Media's David Levin talks with C-IMAGE members Cameron Ainsworth, Jason Lenes, Michelle Masi and Brian Smith about building Read More
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