Sargassum
Research
CERMES research on sargassum covers a number of areas, including modelling and prediction of influxes, using drones and GIS to monitor and map influxes, the impact on fisheries, as well as the challenges and potential opportunities in managing sargassum influxes. We expect that new research and publications to be forthcoming as work advances.

We invite you to browse available publications and presentations below.  If you refer to any of these in your work, we ask that you cite them appropriately.  

Review, Assimilation and Communication of the State of Knowledge
 
Challenges of managing sargassum influxes: A way forward Sargassum: threat or opportunity for a Blue Economy? Sargassum: Impacts and opportunities
     
 
The Tropical Atlantic Sargassum Story: 2011-2021 UWI Cave Hill Campus Sargassum Research Coordination Workshop Summary  










 
 













Modelling and prediction of sargassum influxes (CC4FISH)
Summary report describing pelagic sargassum seaweed growth, abundance and mass transport within the North Equatorial Recirculation Region (NERR) and Eastern Caribbean for 2014 and 2015 Preliminary analysis report on the variables associated with the growth and arrival of pelagic sargassum in the eastern Caribbean using the HYCOM model Preliminary report on the model predicting pelagic sargassum seaweed growth, abundance and mass transport within the North Equatorial Recirculation Region (NERR) and the Eastern Caribbean
     
 
Final Report on Prediction of Pelagic Sargassum Incursions: Model Development Summary report on the development of a sub-regional sargassum outlook bulletin for the Eastern Caribbean  



































Using drones and GIS to monitor and map Sargassum
Since 2018, CERMES has been testing and comparing the use of ‘off-the-shelf’ recreational drones (or unmanned aerial vehicles, UAVs) equipped with a RGB camera payload, together with drone flight planning mobile application and cloud-based photogrammetry mapping software, as a tool for rapidly monitoring and detecting sargassum remotely. Remote sensing and standard geospatial techniques were then leveraged to map, classify and quantify the abundance of stranded sargassum. Conventional transect and quadrat surveys were simultaneously conducted to validate results of the drone mapping methodology and geospatial analyses.
 
This research has been presented at the 39th Annual AMLC Meeting and GCFI72
Application of drone technologies in quantifying stranded Sargassum

The work of SargAdapt will build on this research to mainstream the use of this approach of this technology for monitoring sargassum through the development of a standard monitoring protocol combined with strategic provision of resources and training in its application.


Sargassum and fisheries
Report on the Relationships between Sargassum Events, Oceanic Variables, and Dolphinfish and Flyingfish Fisheries Summary report on available catch and fishing effort data for flyingfish and dolphinfish in the Eastern Caribbean CERMES Technical Report No. 81
Socio-economic impacts of Sargassum influx events on the fishery sector of Barbados