• Ablain, M., Lalau, N., Meyssignac, B., Fraudeau, R., Barnoud, A., Dibarboure, G., Egido, A., and Donlon, C. J.: Benefits of a second tandem flight phase between two successive satellite altimetry missions for assessing the instrumental stability, EGUsphere [preprint], doi.org/10.5194/egusphere-2024-1802, 2024.
• Ardhuin.F., F.Nougier, A.Bohe, B Molero P.Dubois et al.           Propagation and reflections of swells with 1 to 2 km wavelengths across the Indian and Pacific oceans: observations with SWOT LR data (submitted to GRL)
• Aublanc.J., D.Desroches, & al Illustration of KaRIn HR products over land ice
• Ballarotta.M. et al.        Adding large swath altimetry to Level-4 multi-mission DUACS maps
• Bignalet-Cazalet.F., H.Roinard, et al. Statistical and multi-mission performance assessment of SWOT's nadir altimeter
• Bohe.A. et al. (B.Molero, Eva & Curtis, P.Dubois,)        Measuring Significant Wave Height fields in two dimensions at kilometric scales with SWOT
• Bohe.A.,  B.Molero  P.Dubois, et al Spectral signature of ocean surface waves on SWOT estimated heights and NRCS 
• Elisa Carli, Lia Siegelman, Rosemary Anne Morrow, et al. Surface Quasi Geostrophic Reconstruction of Vertical Velocities and Vertical Heat Fluxes in the Southern Ocean: Perspectives for SWOT. ESS Open Archive . April 22, 2024.
  DOI: 10.22541/essoar.171379572.28719963/v1
• Carrère.L, F.Lyard, R.Ray, N.Picot, S.Desai, et al.        Revisiting atmospheric corrections in altimetry and SWOT
• Curtis  Overview of the SWOT/KaRIn spectral performance over ocean
• Dibarboure, G., Anadon, C., Briol, F., Cadier, E., Chevrier, R., Delepoulle, A., Faugère, Y., Laloue, A., Morrow, R., Picot, N., Prandi, P., Pujol, M.-I., Raynal, M., Treboutte, A., and Ubelmann, C.: Blending 2D topography images from SWOT into the altimeter constellation with the Level-3 multi-mission DUACS system, EGUsphere [preprint], doi.org/10.5194/egusphere-2024-1501, 2024.
• Gerald Dibarboure, Briol.F., Chevrier.R., Delepoulle.A., Faugere.Y., Morrow.R., Picot.N., Prandi.P., Pujol.M-I., Raynal.M., Treboutte.A., Ubelmann.C.  (in prep. Ocean Science), Blending 2D topography images from SWOT into the altimeter constellation with the Level-3 multi-mission DUACS system
• Dibarboure.G. et al. New and atypical phenomena captured by SWOT during its first months of operations Data-driven calibration of SWOT's systematic errors: first in-flight assessment
• T. Farrar , Y. Faugère, G.Dibarboure(?), A.Delepoulle, LL.Fu  Observation of mini-tsunamis caused by icebergs: what do we learn from SWOT?
• Foucher.E., F.Lyard, L.Fenoglio-Marc, N.Picot, et al. Regional atmospheric and tide corrections for SWOT: lessons learned from the Elbe estuary
• Fu, L.‐L., Pavelsky, T., Cretaux, J.‐F., Morrow, R., Farrar, J. T., Vaze, P., et al. (2024). The Surface Water and Ocean Topography Mission: A breakthrough in radar remote sensing of the ocean and land surface water. Geophysical Research Letters, 51, e2023GL107652. https://doi.org/10.1029/2023GL107652
• Konstantinos et al A first look at river discharge from SWOT satellite observations, submitted to GRL
• Laloue.A., P.Schaeffer, D.Sandwell, O.Andersen, M-I.Pujol, G.Dibarboure, Y.Faugere           Merging recent Mean Sea Surface into a 2023 Hybrid model
• Le Traon et al., or Benkiran et al.           Assimilating SWOT data in the Mercator framework
• Lyard.F., L.Carrère, M-L.Dabat, M.Tchilibou, E.Fouche, et al.               The FES22 tidel model
• Mazaleyrat E., N. Tran, H. Feng, D. Vandemark, G. Dibarboure, F. Bignalet-Cazalet, et al      SWOT nadir 1-day phase / sea-state parameters temporal correlation and SSB
• Morrow.R., O.Vergara, G.Dibarboure, Y.Faugere          SWOT observations of regionally-varying ocean wavenumber spectra
• Nencioli.F., M.Raynal, A.Bohe, et al. (at least 1 JPL coauthor)               Using nadir altimeters to evaluate the spectral error budget of KaRIN products
• Peral. E., D et al  (2024): KaRIn, the Ka-Band Radar Interferometer of the SWOT Mission: Design and In-Flight Performance. Submitted to Transaction on Geoscience and Remote Sensing.
• Raynal.M. , P.Prandi, F.Nencioli, G.Dibarboure, B.Stiles, C.Chen, E.Peral, et al.        Statistical and multi-mission performance assessment of SWOT's KaRIn interferometer
• Stiles.B., M.Raynal, et al.           Retrieving surface wind data from SWOT
• Tchilibou.M., E.Zaron, L.Carrère, B.Arbic, R.Ray, et al.              What can we learn from internal tides with the 1-day phase of SWOT?
• Tchilibou, M., Carrere, L., Lyard, F., Ubelmann, C., Dibarboure, G., Zaron, E. D., and Arbic, B. K.: Internal tides off the Amazon shelf in the western tropical Atlantic: Analysis of SWOT Cal/Val Mission Data, EGUsphere [preprint], doi.org/10.5194/egusphere-2024-1857, 2024.
• Treboutte.A., G.Dibarboure, L.Gomez-Navarro, Y.Faugère, et al.        Noise-mitigation algorithms applied to SWOT's flight data: better 2D geostrophic velocities and vorticity with KaRIn data
• Ubelmann.C, B.Flamant, G.Dibarboure, B.Raffier, E.Peral, N.Steunou, et al.               Evaluation of the data-driven calibration algorithms for the SWOT Mission 
• Clément Ubelmann, Gérald Dibarboure , Benjamin Flamant , Antoine Delepoulle, Yannice Faugère, Pierre Prandi,  Maxime Vayre, Matthias Raynal , Frédéric Briol, Geoffroy Bracher and Emeline Cadier (in prep. Remote Sensing)
• Vandemark.D., N.Tran, A.Bohe, P.Dubois, et al.           Sea-state bias for swath altimetry: theory and practice
• Vergara.O. et al What can we learn of fast ocean variability for SWOT's 1-day orbit?
• Vergara.O., R.Morrow, et al.     Small-scale ocean variability in the Southern Ocean from SWOT
• Vergara.O., R.Morrow, I.Dadou et al.  Intra-seasonal variability of bathymetry-trapped coastal waves
• Yu, Y., Sandwell, D. T., Dibarboure, G., Chen, C., & Wang, J. (2024). Accuracy and resolution of SWOT altimetry: Foundation seamounts. Earth and Space Science, 11, e2024EA003581. https://doi.org/10.1029/2024EA003581
• Zaron.E. et al.   Observations of Surface and Baroclinic Tides During the SWOT Cal/Val Orbit Phase

• Swot topic: Images and animations with some artist views, presentation leaflet, ...

Four “white papers” have been prepared by members of the SWOT Science Definition Team. 

• Tides and the SWOT mission: Transition from Science Definition Team to Science Team, Brian K. Arbic et al., Jan. 2015 (pdf)
• Coastal and Estuaries White Paper. Part 1 : Estuaries and nearshore processes Issues and SWOT contribution in the coastal zones and estuaries, B. Laignel et al., Mar. 2015 (pdf)
• Coastal and Estuaries White Paper. Part 2 : Coastal seas and shelf processes, N. Ayoub et al., Mar. 2015 (pdf)
• Mesoscale/sub-mesoscale dynamics in the upper ocean (pdf)

• Swot (Cnes project library)
• Swot (Nasa/JPL)
• Legos
• "Adopt a crossover" (calibration phase over ocean)