Smithsonian Global

Advising Abu Dhabi on Blue Carbon Pools

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Biogeochemist and team in Abu Dhabi




Advisory Services
Global Change

Mangroves, a type of coastal forest, have an ability to “sink,” or absorb carbon from the atmosphere and oceans. In 2013, Smithsonian scientists worked closely with Abu Dhabi’s Ministry of Environment to quantify carbon stored by these important plants and trained dozens of Emirati students—2/3 of whom were women—in ecosystems monitoring and carbon assessment.

Biogeochemist Patrick (Pat) Megonigal, traveled Abu Dhabi to work with an international team on a project to quantify the carbon storage capacity of coastal mangrove systems, or “blue carbon” pools. 

The project included training for government scientists and student volunteers who learned techniques to collect plant and soil samples. They also learned to analyze samples for carbon content.

Abu Dhabi’s efforts to preserve its coastal ecosystems date back to the 1950’s. As a major oil producer, the UAE has an added incentive to maximize their coasts’ ability to sequester carbon. “They’re also interested in blue carbon ecosystems as part of their energy economy, and are intrigued by the idea that this can contribute to their efforts to become, at least as a country, carbon neutral,” says Pat.



Patrick Megonigal (Pat)  

Pat Megonigal is a biogeochemist who studies the soil ecology of tidal wetlands.

Lisa Schile  

Lisa Schile is a coastal ecologist who studies wetland plants, carbon cycling, and biogeochemistry.