Introducing......the Camiguin Island wake! Happy to share that our paper is published in the Philippine Journal of Science Vol. 154 No. 1, February 2025.
Read more: https://t.co/x80Exfm72S
Looks like we see the Panay eddy (https://t.co/aJXF8s4vXW), the Zamboanga upwelling (https://t.co/DObjTKtGIh), and Camiguin Island wake (soon haha!)βΊοΈ
The complex interplay between coastal flow, the Gulf of Mexico "Loop Current" (dark red) & its eddies (bright red) is shown in this night-time sea-surface temperature scene seen by @CopernicusEU#Sentinel3 SLSTR on 29 March π‘οΈπ
(With @NASA Blue Marble land overlay for context.)
Zamboanga Peninsula upwelling, Camiguin and Siquijor Island wakes! π
Chl data source: @CMEMS_EU E.U Copernicus Marine Service Information (https://t.co/wAZACrx2uZ)
South Central #philippines Chl patternsπ Panay eddy, Zamboanga upwelling, and Camiguin Island wake!
Chl data source: @CMEMS_EU E.U Copernicus Marine Service Information (https://t.co/wAZACrx2uZ)
Closer look at the Panay eddy π (Read: https://t.co/gUU5rTb20R)
Chl data source: @CMEMS_EU E.U Copernicus Marine Service Information (https://t.co/wAZACrx2uZ)
Congratulations to our very own Dr. Rene Abesamis for being named a @PewEnvironment 2024 marine fellow!
Read the press release here: https://t.co/6A3fky7ECj
#PewMarineFellow
Sediment plumes of Iponan, Cagayan, and Tagoloan rivers in Macajalar Bay (Misamis Oriental, Northern Mindanao, Philippines)
Captured by #sentinel2@CopernicusEU processed in @sentinel_hub
Eddy-entrained Iponan river plume (Cagayan de Oro, Northern Mindanao, Philippines) π΅π
Captured by #sentinel2@CopernicusEU enhanced using @sentinel_hub
Looks like we see the Panay eddy (https://t.co/aJXF8s4vXW), the Zamboanga upwelling (https://t.co/DObjTKtGIh), and Camiguin Island wake (soon haha!)βΊοΈ
Beautiful patterns of Chl in the central Philippinesππ΅π
Chl data source: E.U. Copernicus Marine Service Information @CopernicusEU https://t.co/wAZACrx2uZ