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An airborne campaign was performed during August, 2014 in an agricultural area in the Duero basin (Spain) in order to appraise thesynergy between very different sources of Earth Observation imagery, and very different instruments for soil moisture retrieval.During the flight, an intensive field campaign comprising soil, plant and spectral measurements was carried out. An innovativesensor based on the Global Navigation Satellite Systems Reflectometry (GNSS-R) was on board the manned vehicle, the LightAirborne Reflectometer for GNSS-R Observations (LARGO) engineered by the Universitat Politècnica de Catalunya. While thesynergy between thermal, optical and passive microwave spectra observations is well known for vegetation parameters and soilmoisture retrievals, the experiment aimed to evaluate the synergy of GNSS-R reflectivity with a time-collocated Landsat 8 imageryfor soil moisture retrieval under semiarid climatic conditions. LARGO estimates, field measurements, and optical, NIR, SWIR andthermal bands from Landsat 8 were compared. Results showed that the joint use of GNSS-R reflectivity with vegetation and waterindices together with thermal maps from Landsat 8 thoroughly improved the soil moisture estimation

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

MULTISENSOR EXPERIMENTS OVER VINEYARD: NEW CHALLENGES FOR THE GNSS-R TECHNIQUE