Climatology from Satellites Group
Servicio de la Universitat de València

**III ''WATER STUDIES''**

III.1 Development of a reliable soil moisture network
III.2 Soil moisture upscaling and downscaling techniques
III.3 Impact of soil moisture on land surface - atmosphere interactions
III.4 Remote Sensing for Water Management Optimisation (RESEWAM-O)

ValenciaAnchorStation_SM_Network.png
Fig. 1. Valencia Anchor Station soil moisture network

ValidationMethodology.png
Fig. 2. Soil moisture validation methodology. Generation of ground-based soil moisture maps (upscaling) from the soil moisture network measurements through the definition of homogeneous physio-hydrological units considering soil type, vegetation cover, lithology, physiography topography, ...
(Ernesto Lopez-Baeza & the VAS Team: Ahmad Al Bitar, M. Carmen Antolin, Jan Balling, Fernando Belda, Catherine Bouzinac, Alejandro Buil, Fernando Camacho, Aurelio Cano, Ester Carbo, J. Cernicharo, M. Amparo Coll, Malcolm Davidson, Steven Delwart, Arancha Fidalgo, Achim Hahne, Silvia Juglea, Yann Kerr, Beatriz Martinez, Christian Mätzler, Susanne Mecklenburg, Arnaud Mialon, Cristina Millan, Cecilia Narbon, Mickael Parde, Fernando Requena, Kauzar Saleh, Mike Schwank, Niels Skou, Sten S. Søbjærg, Jorge Tamayo, I Torralba, Elena Torre, Ingo Voelksch, Jean-Pierre Wigneron, Patrick Wursteisen, Mehrez Zribi (2019): Towards Validation of SMOS Land Products Using the Synergy Between Models, Airborne and Ground-based Data Over the Valencia Anchor Station. Definition of Matching-up Points to SMOS Observations. IEEE International Symposium on Geoscience and Remote Sensing-IGARSS 2010. Remote Sensing: Global Vision for Local Action. Session on SMOS: The Beginning of an L-band Generation of Global Remote Sensed Soil Moisture Observations II. Honolulu, Hawaii, 25-30 July 2010)


volver
contador