The new wave of SWOT scientists: J. Daniel Vélez Castaño
Hydrologist focusing on how rivers work and how their behavior is shaped by the surrounding landscape
Hydrologist focusing on how rivers work and how their behavior is shaped by the surrounding landscape
Master’s Degree using a synergy of remote sensing and in situ observations to examine the ability to detect mesoscale and submescale eddies in the Northwestern Mediterranean Sea and the Nordic Sea.
The contribution of the SWOT mission to the observation of the ocean and the cryosphere, as well as its potential support to climate education, ocean literacy, and the promotion of space science, were presented during a side-event at COP30, in Belém, Brazil.
Post-doctoral researcher investigating tidal dynamics across the land-ocean zone.
PhD student working with a new Lagrangian methodology aimed at reconstructing high resolution SST (Sea Surface Temperature) submesoscale fronts with the ultimate goal of estimating the strain field at high resolution.
Are you an early career scientist (from graduate student to 10 years from finishing your PhD) in the filed of oceanography and do you work with SWOT data? If so we would like to hear from you and your research for the series of interview “The new wave of oceanographers”! Please download this file and answer to the questions, then send all back (text + pictures) to Your interview and pictures will be shared on this
An invitation email to early career researchers to join the SWOT Early Career (SWOT-EC) community.
Fresh off the press! The ebook "SWOT and the New Wave of Oceanographers - Early Career Researches speak about SWOT" is an attempt to document the thoughts of the generation of researchers who will help chart the course of oceanography’s future, and provide a snapshot of their views through the lens of SWOT.
An original study reveals a new record for the highest ocean waves ever measured in the open ocean and how these giant waves are formed. The methodology applied in the study can be useful in a wide range of engineering and geophysical application, such as the design of structures and adaptation to climate change, in particular in coastal areas, the interpretation of sedimentary records and the analysis of yet unexplained seismic signals.
The BioSWOT2025 meeting was the occasion to show first confirmed results from the BioSWOT-Med cruise and discuss possible interpretations for preliminary and unexpected ones. The meeting concluded with new steps forward during the BioSWOT ANR project.