Sudden mass coral/invertebrate mortality at Flower Garden Banks National Marine Sanctuary; cause unknown.

by | Jul 29, 2016 | Conservation, Science | 0 comments

As if this year hasn’t been rough enough on Global Coral reefs, I learned this afternoon that mysterious mass invertebrate deaths had suddenly begun and were continuing like wildfire in the East Flower Garden Banks.  Many of the dying or stressed sessile organisms are being found coated with a whitish, completely unidentified mat-like substance. Discovered initially by recreational divers only Monday, by the end of this work week FGBNMS and the Bureau of Ocean Energy Management had confirmed a mass mortality event is currently taking place within of the most isolated and closely monitored coral reef ecosystems in the Western Hemisphere.

Dead sea urchin spines lay on top of dying massive star coral, coated in unidentified white mats. Image credit: FGBNMS/G.P. Schmahl

Dead sea urchin spines lay on top of dying massive star coral, coated in unidentified white mats. Image credit: FGBNMS/G.P. Schmahl

Right now the root cause of this substance and the massive dieoff itself is still unknown. Some preliminary hypotheses which have been thrown about are BP dispersants, oil itself, and seasonal Gulf of Mexico hypoxia. Texas A&M University and NOAA have coordinated to launch an emergency 3-day research cruise to the Banks leaving tomorrow evening. The goal will be to collect water samples for an array of analyses in hopes of expediently identifying a cause or distinct stressor.

The first, and so far only, press release can be found here, with gut-wrenching images: http://sanctuaries.noaa.gov/news/jul16/noaa-scientists-report-mass-die-off-of-invertebrates-at-east-flower-garden-bank.html

I will blog further on this developing situation as I receive more information, and more becomes known about the situation.

  • Chris Maupin

    Chris Maupin is a research scientist at Texas A&M University, whose primary research interests consist of using the geochemistry of coral skeletons, microfossils and cave deposits to reconstruct climate variability and investigate climate change in the coral-rich regions of World Ocean. His day job ranges from from turning wrenches on mass spectrometers to culturing corals, with fieldwork in incredible places in between.

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