Skip Navigation
menu close modal

Team Members

Sönke Dangendorf

Co-investigator, 2021-2024

Contributions to Coastal Sea Level Extremes: Understanding the Past and Projecting the Future

Dr. Sönke Dangendorf is a coastal engineer and physical oceanographer in the Ocean and Earth Sciences Department at Old Dominion University in Norfolk, VA. His sea-level research focuses understanding of past and future sea-level changes and its various contributors. He is also interested reconstructing past sea-level changes from a combination of the satellite record, tide gauges, salt marsh proxies and different model estimates.

Top Stories

Long-term satellite measurements reveal that sea level rise is accelerating over decades.
More
NASA Analysis Sees Spike in 2023 Global Sea Level Due to El Niño
NASA Analysis Sees Spike in 2023 Global Sea Level Due to El Niño
The NASA Sea Level Change Team met in Pasadena to present new findings on the latest sea level research and outline the next steps in their ongoing projects.
More
NASA Team Sharpens Vision for Future Sea Level Research
NASA Team Sharpens Vision for Future Sea Level Research
The NASA Sea Level Change Team collaborates with PEERS organization on making sea level science more applicable.
More
NASA Team Partners with Global Group to Prepare Coastal Communities for Rising Seas
NASA Team Partners with Global Group to Prepare Coastal Communities for Rising Seas
Massive Australian wildfires might have prolonged the regional La Niña climate pattern, a recent study suggests.
More
Intense and Widespread Wildfires Could Influence Climate, Study Shows
Intense and Widespread Wildfires Could Influence Climate, Study Shows
Sea level science team reveals complex, interlocking causes behind "nuisance" flooding events.
More
NASA Project Shows Hidden Factors Shape Minor Coastal Floods
NASA Project Shows Hidden Factors Shape Minor Coastal Floods
Floating sea ice seems to have a small effect on sea level.
More
Melting Ocean Ice Affects Sea Level – Unlike Ice Cubes in a Glass
Melting Ocean Ice Affects Sea Level – Unlike Ice Cubes in a Glass