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St. Petersburg Coastal and Marine Science Center images.

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Orbicella annularis bleaching during 2026 marine heatwave in the Florida Keys
Orbicella annularis bleaching during 2026 marine heatwave in the Florida Keys
Orbicella annularis bleaching during 2026 marine heatwave in the Florida Keys
Orbicella annularis bleaching during 2026 marine heatwave in the Florida Keys

Lobed star coral (Orbicella annularis) bleaching during the 2026 marine heatwave in the Florida Keys. Taken on July 12, 2026 at Newfound Harbor, an inshore patch reef in the Lower Florida Keys.

Siderastrea siderea bleaching during 2026 marine heatwave in the Florida Keys
Siderastrea siderea bleaching during 2026 marine heatwave in the Florida Keys
Siderastrea siderea bleaching during 2026 marine heatwave in the Florida Keys
Siderastrea siderea bleaching during 2026 marine heatwave in the Florida Keys

Starlet coral (Siderastrea siderea) bleaching during the 2026 marine heatwave in the Florida Keys. Taken on July 12, 2026 at Newfound Harbor, an inshore patch reef in the Lower Florida Keys.

An illustration of a beach complex showing the relative level that the water reaches during a typical storm
An illustration of a beach complex showing a "swash regime" - the relative level that the water reaches during a low-impact storm
An illustration of a beach complex showing a "swash regime" - the relative level that the water reaches during a low-impact storm
An illustration of a beach complex that show an "overwash regime," a storm impact that transports sand over the dune inland
An illustration of a beach complex showing an "overwash regime" - a type of storm impact on a beach complex and dune system
An illustration of a beach complex showing an "overwash regime" - a type of storm impact on a beach complex and dune system
An illustration of a beach complex showing an "overwash regime" - a type of storm impact on a beach complex and dune system

An illustration of a beach complex showing an "overwash regime." Total water levels (including tide, surge, and waves) reach the dune crest. When storm-induced waves exceed the height of the dune, sand is transported over top of the dune and deposited inland.  The beach becomes greatly altered/degraded.

An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system
An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system
An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system
An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system

An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system where total water levels (including tide, surge, and waves) exceed the dune toe area of the beach. The water and waves that reach the dune toe will impact the front of the dune. Loss of sand will reduce beach area for recreational use.

An illustration of a beach complex showing a "collision regime" - a type of storm impact on a dune system where total water levels (including tide, surge, and waves) exceed the dune toe area of the beach. The water and waves that reach the dune toe will impact the front of the dune. Loss of sand will reduce beach area for recreational use.

An illustration of a beach complex showing an "inudation regime" describes the frequency, duration, and depth of tidal or st
An illustration of a beach complex showing an "inundation regime" where water levels exceed the beach complex and dune crest
An illustration of a beach complex showing an "inundation regime" where water levels exceed the beach complex and dune crest
An illustration of a beach complex showing an "inundation regime" where water levels exceed the beach complex and dune crest

An illustration of a beach complex showing an "inundation regime" where water levels exceed the beach complex and dune crest. An inundation regime describes the frequency, duration, and depth of tidal or storm-induced flooding in a given location. Water is pushed onto adjacent land and communities behind the dune.

three people posing for photo together
Science Storytelling
Science Storytelling
Science Storytelling

Non-profit organizations Transom Story Lab and Atlantic Public Media hosted a weekend-long science storytelling workshop called "Making Waves." It was attended by 11 scientists from scientific institutions throughout Woods Hole, Massachusetts, including USGS scientists Jin-Si Over, Ellen Lalk, and Sara Zeigler.

Non-profit organizations Transom Story Lab and Atlantic Public Media hosted a weekend-long science storytelling workshop called "Making Waves." It was attended by 11 scientists from scientific institutions throughout Woods Hole, Massachusetts, including USGS scientists Jin-Si Over, Ellen Lalk, and Sara Zeigler.

person sitting on stool next to microphone smiling
Science Storytelling
Science Storytelling
Science Storytelling

Non-profit organizations Transom Story Lab and Atlantic Public Media hosted a weekend-long science storytelling workshop called "Making Waves." It was attended by 11 scientists from scientific institutions throughout Woods Hole, Massachusetts, including USGS scientists Jin-Si Over, Ellen Lalk, and Sara Zeigler.

Non-profit organizations Transom Story Lab and Atlantic Public Media hosted a weekend-long science storytelling workshop called "Making Waves." It was attended by 11 scientists from scientific institutions throughout Woods Hole, Massachusetts, including USGS scientists Jin-Si Over, Ellen Lalk, and Sara Zeigler.

Person walks along shoreline carrying a backpack used for surveying elevation.
Elevation data collected on a beach
Elevation data collected on a beach
Cartoon image of a sediment core, coral slab x-ray, clam shell, and a foramnifera
Coral, Clam, Core, and Foram!
Coral, Clam, Core, and Foram!
Coral, Clam, Core, and Foram!

Cartoon created image of all the APPROACH proxies, a coral x-ray, sediment core, clam shell, and a foraminifera.

Cartoon created image of all the APPROACH proxies, a coral x-ray, sediment core, clam shell, and a foraminifera.

A woman stands behind a podium with a plaque reading 'National Academies Sciences Engineering Medicine' in an elegant room.
Dr. Donya Frank-Gilchrist visited the National Academies of Sciences, Engineering and Medicine during the Science and Innovation Diplomacy Workshop.
Dr. Donya Frank-Gilchrist visited the National Academies of Sciences, Engineering and Medicine during the Science and Innovation Diplomacy Workshop.
Dr. Donya Frank-Gilchrist visited the National Academies of Sciences, Engineering and Medicine during the Science and Innovation Diplomacy Workshop.

Dr. Donya Frank-Gilchrist visited the National Academies of Sciences, Engineering and Medicine during the Science and Innovation Diplomacy Workshop, organized by the US Global Change Research and the Inter-American Institute for Global Change Research.

USGS scientist wearing an orange personal floatation device holds half of a clamshell
USGS scientist holding clam
USGS scientist holding clam
USGS scientist holding clam

USGS scientist BJ Reynolds holds half of a Mercenaria spp. clamshell found by wading in shallow waters of South Tampa Bay, Florida.

USGS scientist BJ Reynolds holds half of a Mercenaria spp. clamshell found by wading in shallow waters of South Tampa Bay, Florida.

Screenshot of predicted impacts to Florida beaches from Hurricane Milton, with light to dark ribbons.
USGS Coastal Change Hazards Portal shows potential coastal change from Hurricane Milton
USGS Coastal Change Hazards Portal shows potential coastal change from Hurricane Milton
USGS Coastal Change Hazards Portal shows potential coastal change from Hurricane Milton

Prior to landfall on the Florida coast on October 9, 2024, the Coastal Change Hazards Team predicted that 86 percent of beaches along the west coast of the Florida peninsula were very likely to erode at the dunes’ base, 82 percent of dunes were very likely to be overwashed by storm waves, and 75 percent of dunes were expected to be very likely to be inundated (

Prior to landfall on the Florida coast on October 9, 2024, the Coastal Change Hazards Team predicted that 86 percent of beaches along the west coast of the Florida peninsula were very likely to erode at the dunes’ base, 82 percent of dunes were very likely to be overwashed by storm waves, and 75 percent of dunes were expected to be very likely to be inundated (

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