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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1 to 8 of 8 Results
May 15, 2026
Furey, Heather; Pinckney, Anna; Bower, Amy; Menezes, Viviane, 2026, "Deep Madagascar Basin Experiment: RAFOS Float Data, April 2023 - April 2025", https://doi.org/10.26027/DATAPLAHCT, MBLWHOI Library Dataverse, V1
The Deep Madagascar Basin (DMB) Experiment aims to identify deep and abyssal water pathways in the Southwest Indian Ocean. Abyssal waters store and redistribute heat, freshwater, and carbon, which, in turn, help to regulate Earth’s climate. The observational component of this program focused on both the Eulerian and Lagrangian framework: a field pr...
Apr 21, 2026
Wimberly, Finn; Ummenhofer, Caroline; Giacoppo, Tessa; Walker, Timothy Dale, 2026, "Global wind data from nineteenth century New England whaling ship voyages", https://doi.org/10.26027/DATAWJBAVU, MBLWHOI Library Dataverse, V2, UNF:6:BK0Kp/PeAIV+L7Ltby+ekQ== [fileUNF]
This data deposit includes three main components and two supplemental files. The first element is a metadata file (00_overview.tab) which provides summaries of each individual logbook (e.g., number of total entries in the logbook, number of entries which include usable wind descriptions, and the archive where the physical logbook lives). The second...
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...
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...
Jan 22, 2026
Kirincich, Anthony; Cinquino, Eve; Fernandez, Ian, 2025, "Wind Turbine Radar Interference Mitigation (WTRIM) in Situ Validation and Verification Data Collection", https://doi.org/10.26027/DATAMAFKG5, MBLWHOI Library Dataverse, V2
This data was collected by the Woods Hole Oceanographic Institution, PI Kirincich, as part of a series of experiments focus on understanding and mitigating the potential impacts of offshore wind turbines on the data collected by land-based HF radar (HFR) systems. The deployments made detailed observations of atmospheric and oceanic properties in ar...
Dec 9, 2025
Gao, Yu; Plueddemann, Albert; Weller, Robert; Bigorre, Sebastien, 2025, "Deep-Ocean Temperature data from a mooring in the Northwest Tropical Atlantic Ocean (15°N, 51°W), 2011 - 2022", https://doi.org/10.26027/DATATLTM44, MBLWHOI Library Dataverse, V1
The Northwest Tropical Atlantic Station (NTAS) project provides a time series of deep-ocean temperature measurements, spanning 11 years (2011-2022) at depths from 4936 m to 5016 m in the northwest tropical Atlantic ocean. The measurements come from temperature sensors mounted above the anchor of moorings at the NTAS Ocean Reference Station site nea...
Dec 9, 2025
Menezes, Viviane; Torres, Daniel J.; Furey, Heather, 2025, "Deep Madagascar Basin (DMB) Experiment – LADCP data", https://doi.org/10.26027/DATA54LCZZ, MBLWHOI Library Dataverse, V1
LADCP data collected during the DMB Experiment in the Southwest Indian Ocean. The dataset contains vertical profiles of current velocities from the sea surface to 10 m above the seafloor. Data was collected at 76 hydrographic stations.
Nov 24, 2025
Gonzalez, Alex, 2025, "Daily precipitation ITCZ states for observations, reanalyses, and 25 CMIP6 models for “We need to simulate more northern ITCZs and less southern ITCZs over the east Pacific Ocean in coupled climate models.”", https://doi.org/10.26027/DATAHCNII0, MBLWHOI Library Dataverse, V1, UNF:6:SBnn9o9RjBRK7IaJUFHnVw== [fileUNF]
Tropical precipitation biases have persisted since the very first generations of climate models. These biases are highly sensitive to the region and/or season of interest, with commonalities in the east Pacific and Atlantic Ocean basins, possibly due to their similar observed climatological northern hemisphere intertropical convergence zone (ITCZ)....
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