Carbon Fluxes and Biophysical Variables from Earth Observation

1. Introduction<br><br>PART 1: Vegetation status and retrieval of vegetation biophysical variables through EO<br>2. A review of methods, approaches and techniques in LAI/FPAR(FVC/CHLa<br>3. Machine learning and cloud computing for trait parameter estimation<br>4. Agricultural crop monitoring with C-band polarimetric SAR features derived from the linear basis and compact polarimetry<br>5. Biophysical variables estimation with Hyperspectral data and applications<br>6. Toward standardized validation of satellite-based biophysical variables: current status and needs<br>7. Biophysical variables from LiDAR data<br><br>PART 2: Estimating Carbon and water fluxes for ecosystem assessment<br>8. Emerging needs for Carbon fluxes assessment<br>9. A review of methods, approaches and techniques in water fluxes<br>10. 20 year of GPP estimates from EUMETSAT geostationary satellites<br>11. Long-term study of water and carbon fluxes in a Mediterranean pine forest through the use of multiple remotely sensed datasets and bio-geochemical modelling<br>​​​​​​​12. Linking biophysical variables and carbon fluxes in Earth Observation data assimilation