NOAA and partners assess coral reef damage in Florida following Hurricane Irma

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Recently, scientists from Florida Keys National Marine Sanctuary joined other partners from NOAA and outside organizations to conduct a rapid assessment of the Florida Coral Reef Tract, including areas in the sanctuary, following Hurricane Irma. Preliminary reports from the team found extensive shifting of sand and heavy sediment accumulation, which can smother and prevent corals from getting enough sunlight, as well as some structural damage to individual corals and the reef itself.

This effort is the first step in a longer recovery process and helps NOAA begin assessing damage and start preparing and prioritizing future restoration activities. The rapid assessment took place October 9-19.

Recently, scientists from Florida Keys National Marine Sanctuary joined other partners from NOAA and outside organizations to conduct a rapid assessment of the Florida Coral Reef Tract, including areas in the sanctuary, following Hurricane Irma. Preliminary reports from the team found extensive shifting of sand and heavy sediment accumulation, which can smother and prevent corals from getting enough sunlight, as well as some structural damage to individual corals and the reef itself.

This effort is the first step in a longer recovery process and helps NOAA begin assessing damage and start preparing and prioritizing future restoration activities. The rapid assessment took place October 9-19.

Science divers surveyed more than 50 sites, from Biscayne Bay to the Marquesas, and found widespread damage to sponges from storm-force waves, fast-moving debris, and heavy sediment deposits. They also found that the areas with the most damage were where the eye of the storm crossed the Middle and Lower Florida Keys, but the type and severity of the damage throughout the reef tract varied within regions and sites. Where it was feasible, teams also stabilized corals and removed debris to help accelerate recovery. A full report is expected later this fall.

 

Continue reading at NOAA (National Oceanic and Atmospheric Administration).

Photo via NOAA.