@possibilize Here’s one study. https://t.co/Kp8XXkXPve
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @TarynFoster_: Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_g…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
RT @ProfTerryHughes: Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very dee…
Excellent study on the patchiness of coral bleaching on oceanic atolls. Even at the sites exposed to cooler (very deep) water at Scott Reef, 61–90% of corals bleached. @CoralCoE
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @TarynFoster_: Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_g…
RT @TarynFoster_: Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_g…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
More solid work by @greenbecks on physical-biological coupling on reefs - this time on the role tides play in coral bleaching. Based on the terrible bleaching event in 2015-2016 on Scott Reef: https://t.co/tQcKEqtzLG https://t.co/sdJfmFMdl0
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @TarynFoster_: Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_g…
RT @TarynFoster_: Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_g…
Check out our new paper on the cooling mechanisms providing some protection to #corals from #bleaching @uwaoceans @aims_gov_au
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
RT @greenbecks: Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temp…
Look at the structural complexity of these acropora 😍
Physical cooling mechanisms can influence coral bleaching patterns at local reef scales – reduced exposure to elevated temperatures at certain sites caused lower incidences of bleaching at the Scott Reef atoll system. Paper at: https://t.co/yfRkCU9sxb @Tar
Physical mechanisms influencing localized patterns of temperature variability and coral bleaching within a system of reef atolls: https://t.co/dY6oWwnYkK
Physical mechanisms influencing localized patterns of temperature variability and coral bleaching within a system of reef atolls https://t.co/MjTeNuDCiq https://t.co/Jz1ZruLIGo