Research Geochemist Renee Takesue combines geology and chemistry to shed light on how chemical components from natural and human-made sources make their way into coastal environments.
Climate Science Champions, Season 2: Ferdinand Oberle, Research Geologist
Detailed Description
Along reef-lined shores of the Pacific Islands, USGS Research Geologist and Oceanographer Ferdinand Oberle studies how warming surface waters, nutrient runoff, and increasingly powerful storms impact coral reefs.
Healthy coral reefs are more than just hotspots of marine biodiversity and the source of livelihood for coastal communities—they’re also invaluable to long-term resilience against storms and sea-level rise. Reefs serve as natural breakwaters, helping to dissipate wave energy before they crash ashore and flood coastlines. Along reef-lined shores of the Caribbean and Pacific Islands, USGS researchers study how stressors such as warming surface waters, nutrient runoff, and increasingly powerful storms impact the growth and health of reefs. Their work adds to a growing shift toward nature-based climate solutions: By working with nature and restoring degraded reefs, humans can reduce present and future risks to coastal communities and save coral reef ecosystems at the same time.
Details
00:02:42
Sources/Usage
Public Domain.
Video is Public Domain.
Music: “Satsuma Beach” by Giants’ Nest, “Jakarta” by Bonsaye, used with permission from Epidemic Sound.
Additional media used with permission from Envato Elements.
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Climate Science Champions, Season 2: Ferdinand Oberle, Research Geologist
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Coral Reef Project
Explore the fascinating undersea world of coral reefs. Learn how we map, monitor, and model coral reefs so we can better understand, protect, and preserve our Nation's reefs. - Multimedia
Climate Science Champions, Season 2: Ferdinand Oberle, Research Geologist
Along reef-lined shores of the Pacific Islands, USGS Research Geologist and Oceanographer Ferdinand Oberle studies how warming surface waters, nutrient runoff, and increasingly powerful storms impact coral reefs.
Climate Science Champions Season 3: Renee Takesue, Research GeochemistResearch Geochemist Renee Takesue combines geology and chemistry to shed light on how chemical components from natural and human-made sources make their way into coastal environments.
Research Geochemist Renee Takesue combines geology and chemistry to shed light on how chemical components from natural and human-made sources make their way into coastal environments.
Climate Science Champions Season 3: Jessica Lacy, Research OceanographerResearch Oceanographer Jessica Lacy investigates the influence of tides, waves, and water levels on wave-exposed tidal salt marshes, helping to understand how these important ecosystems will respond to sea level rise.
Research Oceanographer Jessica Lacy investigates the influence of tides, waves, and water levels on wave-exposed tidal salt marshes, helping to understand how these important ecosystems will respond to sea level rise.
Climate Science Champions, Season 2: Kira Mizell, Research OceanographerResearch Oceanographer Kira Mizell studies change in ocean chemistry by collecting marine minerals, looking for insights into past climate conditions and geologic history.
Research Oceanographer Kira Mizell studies change in ocean chemistry by collecting marine minerals, looking for insights into past climate conditions and geologic history.
Climate Science Champions, Season 2: Ann Gibbs, GeologistGeologist Ann Gibbs studies the vulnerability of the rapidly-warming Alaska coast to climate change effects like sea level rise and permafrost thawing.
Geologist Ann Gibbs studies the vulnerability of the rapidly-warming Alaska coast to climate change effects like sea level rise and permafrost thawing.
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