This cruise is part of a larger research program focused on examining the ecosystem-level response to oil and gas in the Gulf of Mexico. The research group leading the cruise is called the Ecosystem Impacts of Oil and Gas Inputs into the Gulf of Mexico (ECOGIG) Consortium, which is made up of scientists from a wide variety of disciplines studying current flow, ocean chemistry, microbial activity, deep-sea coral communities, and everything in between. ECOGIG, funded as a part of the Gulf of Mexico Research Initiative (GoMRI), is studying both natural oil and gas seepage into the Gulf of Mexico and ecosystem responses and effects directly attributable to the 2010 Deepwater Horizon oil spill. The team will focus on deep-sea corals, animals that live on and around them, and their response to the oil spill. To do so, they will re-image as many as possible of the same corals that they have followed over the last 4 years and collect samples for analyses of coral and microbe response to natural seepage.
ECOGIG
June 22 – July 4, 2014
NA043
Meet the Team
Gallery Highlights
Photo album:
On Deck, Off Duty
Photo album:
Corals in Stunning High Resolution
Photo album:
Sneak Peek: Inside The Engine Room
Blog:
ECOGIG Wrap Up: A Success!
Blog:
Dyeing Corals to Find Life
Video:
Brine Puddle Dunk
Photo album:
Above the Surface on ECOGIG
Photo album:
Amazing Coral Images from ECOGIG
Video:
Unexpected Biology in the Gulf of Mexico
Blog:
This Week's Top Finds: Five Weirdest Deep Sea Drifters
Photo album:
Beautiful Siphonophore Wanders Past Hercules Camera
Blog:
Not So Bloodthirsty: An Encounter with a Vampire Squid
Video:
Stunning Siphonophore Sighting
Video:
ECOGIG in 60 Seconds
Video:
Visit from a Rare Vampire Squid
Video:
Life Among the Coral
Photo album:
Studying Coral Above and Below
Photo album:
ECOGIG: The Beginning
Video:
ECOGIG: Imaging Deep-Water Corals
Blog:
Exploring Now: Oil Spill Impacts on Gulf of Mexico Biology
Selected Publications
2018
(2018). Long-term impact of the Deepwater Horizon oil spill on deep-sea corals detected after seven years of monitoring. Biological Conservation 225: 117-`127.
(2018). Projecting the recovery of a long‐lived deep‐sea coral species after the Deepwater Horizon oil spill using state‐structured models. Journal of Applied Ecology 55(4): 1812-1822.
2016
(2016). Response of deep-water corals to oil and chemical dispersant exposure.. Deep-Sea Research Part II-Topical Studies in Oceanography 129: 137-147.