The ocean plays a critical role in Earth’s climate and is necessary to sustain life on our planet, yet we still have much to learn about how it is changing due to natural and anthropogenic forces. As physical oceanographers, we make new observations of the oceans and use physics, mathematics, computer models and statistics to better understand how the oceans work and make more accurate predictions of how they may change in the future. The Physical Oceanography Department at WHOI is home to nearly 150 scientists, technicians, engineers, students and administrative support staff who are addressing fundamental questions in fluid dynamics and applying knowledge on the ocean’s physical environment to help solve some of the most critical issues facing society today. Among the many diverse and inter-disciplinary topics being studied at WHOI are:
  • heat and carbon storage and transport in the oceans
  • sea level rise
  • oceans and hurricanes
  • the water cycle
  • Arctic changes
  • impact of ocean temperature variations on fisheries
  • past climates
  • autonomous vehicles and drifters for regional and global observations
  • sustained measurement systems for long-term ocean and atmospheric monitoring
  • new methods for observing oceans from space
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411 to 420 of 548 Results
Plain Text - 40.2 KB - MD5: ca9141aaed259aa343e4025ad7d835b2
Data dictionary for wind force classifications
Feb 18, 2026
Gao, Yu; Plueddemann, Albert; Weller, Robert; Bigorre, Sebastien, 2025, "Deep-Ocean Temperature data from a mooring in the Southeast Pacific (85°W, 20°S), 2012 - 2025", https://doi.org/10.26027/DATAKX5CQK, MBLWHOI Library Dataverse, V3
A time series of deep-ocean temperature measurements is provided, spanning 13 years (2012-2025) at depths from 4200 to 4500 m in the Southeast Pacific. The measurements come from temperature sensors mounted above the anchor of moorings at the Stratus Ocean Reference Station site near 22°S, 85°W, off the coast of Chile. Long-term, deep-ocean tempera...
Plain Text - 7.0 KB - MD5: a7fb9905edc0d735866d834c090c0084
ReadMe file with basic info
Network Common Data Form - 1015.2 KB - MD5: ac6898f7332580be4d776026b7f72397
Data file; NetCDF format
Feb 10, 2026
Weller, Robert; Plueddemann, Albert; Bigorre, Sebastien, 2026, "WHOTS 1 to 17 surface meteorology and air-sea fluxes", https://doi.org/10.26027/DATAFGIDYP, MBLWHOI Library Dataverse, V1
Six time series spanning July 2004 to July 2022 provide surface meteorology and air-sea fluxes from the WHOTS ORS (Woods Hole Oceanographic Institution Hawaii Ocean Timeseries Station Ocean Reference Station) located north of Oahu, Hawaii. Three time series provide surface meteorology sampled 1 per minute, 1 per hour, and 1 per day, respectively. T...
Plain Text - 1.5 KB - MD5: 76e5ccf4a85cc9f77874f2634761e3c8
ReadMe file
MATLAB Data - 1.6 MB - MD5: 0ea44a29e4ba968f831963c7572b9084
Surface flux data, 1 day interval
MATLAB Data - 35.3 MB - MD5: 751a00b963eea9dda7e3fff312484cf1
Surface flux data, 1 hour interval
MATLAB Data - 1.8 GB - MD5: e064c8c5a98dbb330360eede01ff20b5
Surface flux data, 1 minute interval
MATLAB Data - 1.2 MB - MD5: bcc56b59f4853af849d4a622ddbe2a40
Meteorology data, 1 day interval
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