Ernesto Lopez Baeza Representing the ''Climatology from Satellites Group''
Servicio de la Universitat de València

[<][<=][=>]Index of this webpage

**++Climatology from Satellites Group++**
**++Postgraduate++**
    ++Current Research Assistants (and Doctorate Students):++
    ++Doctorate on Remote Sensing Students:++
    ++Master Postgraduate:++
    ++Master Students:++
    ++Advanced Undergraduate:++
    ++Practicum - Practical Training:++
    ++Current External:++
    ++Past ..., but very close to us ...:++
**++Publications++**
**++Links to Significant Meetings++**
    ''**++2015++**''
    ''**++2014++**''
**++Active Collaborations++**
**++Acknowledgments**++
**++Book suggestions++**
**++Link of the Day++** (in reality, ... every now and then)
    2013
        December
**++Teaching Subjects++**
Postgraduate Course on ''New Observation and Watching Systems in Meteorology and Climatology''
    **Some Teaching Publications**
**++Research Lines++**
    **''I Validation of low spatial resolution remote sensing data and products (GERB, SMOS, EPS/MetOp, SMAP)''**
    **''II Radiative balance studies (GERB, CERES, SEVIRI, EarthCARE)''**
    **''III Soil moisture from passive microwaves (SMOS)''**
**++Valencia & Alacant Anchor Stations++**
    **What is an ''ANCHOR STATION''**? (from Professor H.-J. Bolle)/
    **Rationale**/
    **Desirable measurements at ''Anchor Stations''**/
     How Representative are the ''Alacant and the Valencia Anchor Stations'' Measurements of their Respective Surrounding Meteorology?
     Proposal for a ''Water Cycle Observatory'': The VALENCIA and the ALACANT ANCHOR STATIONS, Meteorological Reference Stations for Remote Sensing Data and Products
    **Publications**
            2008
            2007
            2006
            2005
            2003
            2002
**++Involvement in Satellite Earth Observation Missions++**
    **SMOS (''Soil Moisture and Ocean Salinity'')**/
        **SMOS Validation Rehearsal Campaign Activities at the Valencia Anchor Station**
            **Scientific Team**
            **Purpose**
            **Activities
                **SM Measurements**
                **Vegetation Measurements**
                **Soil texture**
            **Airborne Operations during the SMOS Validation Rehearsal Campaign (Tauriainen, 2008)**
            **Modelling**
        **Publications**
            2011
            2010
            2008
            2007
            2006
            2005
            2004
            2003
            2002
        **Projects**
    **EarthCARE (''Earth Clouds, Aerosols and Radiation Explorer'')**
        **Publications**
            2012
            2011
            2007
            2006
            2004
            2003
            2002
            2001
        **Projects**
    **GERB (''Geostationary Earth Radiation Budget'')**/
        **Publications**
            2011
            2008
            2007
            2006
            2005
            2004
            2000
        **Projects**
    **CERES (''Clouds and the Earth's Radiant Energy System'')**/
        **Publications**
            2012
            2008
            2007
            2006
            2005
            2004
            2000
        **Projects**
    **EPS/MetOp (''EUMETSAT Polar System / MetOp'')**/
        **Publications**
        **Projects**
**++Other Significant Research Projects and Contracts++**
        **Publications**
**++Field Campaigns++**
**++Supervision of Research Academic Work++**
**++Selected Significant Publications++**
**++Photographic Album: A Sample++**/
    2014
    2013
    2012
    2008
    2007
    2006
    2005
    2004
    2003
    2002
    2001
    2000
    1988

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**SM Measurements**

Volumetric/Gravimetric soil samples Volumetric probe measurements (Theta Probe)

In each sampling plot, volumetric SM data will be obtained by means of capacitance probes (Delta-T Theta probes) calibrated according to the soil textures obtained in each case and, in parallel, soil samples will be obtained in cylinders of known volumen where volumetric soil moisture will be measured, thus obtaining soil bulk density. From that, soil porosity will be estimated because this parameter is responsible of the soil water retention capacity.

The percent of water in volume obtained will be used as �ground truth� with respect to the SM values obtained with the capacitance probes.

The ground measurements will consist of 20 teams distributed throughout the entire area, (4 teams for the detailed diagonal flight, 4 teams for the harder soil shrub area (left-hand side of the image, teams 5, 6, 7, 8), and 3 teams for the rest of each flight line remaining. Depending on the soil properties and hardiness each group will take a large number of cylinder volumetric samples and an average of 1000 volumetric probe measurements every flight day.

SVRC_FlightLines_Teams.gif
Flight lines over the 10 x 10 km2 area


SVRC_Sampling.gif
Detail of the sampling to be carried out by one of the teams (team #10, just an example)


One team more will perform sea surface measurements, for calibration purposes of the radiometers onboard the research aircraft, and according to the Spanish Port System (Puertos del Estado)(tbc)

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