Evapotranspiration in the Mediterranean region
Observation des surfaces continentales par télédétection II : hydrologie continentale
Observation des surfaces continentales par télédétection II : hydrologie continentale
Land surface remote sensing in continental hydrology
The transfer of energy and water, as well as gaseous components, in the soil–plant–atmosphere system plays a crucial role in many processes involved in climate change. The surface energy balance drives both evapotranspiration (closely linked to the CO2 flux) and sensible heat flux. By providing direct information on heat dissipation efficiency, sur...
Land surface remote sensing in continental hydrology
The transfer of energy and water, as well as gaseous components, in the soil–plant–atmosphere system plays a crucial role in many processes involved in climate change. The surface energy balance drives both evapotranspiration (closely linked to the CO2 flux) and sensible heat flux. By providing direct information on heat dissipation efficiency, sur...
Land surface remote sensing in continental hydrology
The transfer of energy and water, as well as gaseous components, in the soil–plant–atmosphere system plays a crucial role in many processes involved in climate change. The surface energy balance drives both evapotranspiration (closely linked to the CO2 flux) and sensible heat flux. By providing direct information on heat dissipation efficiency, sur...
Environmental control on water vapour and energy exchanges over grasslands in semiarid region of Brazil
A micrometeorological experiment was conducted over grasslands in a semi-arid region of north-eastern Brazil (São João, Pernambuco) from January to December 2011, using the Bowen ratio energy balance method, to improve the current understanding of energy partitioning and water vapour exchange over this ecosystem in this region. The objectives of th...
Modélisation et analyse pluriannuelles du fonctionnement hydrologique et énergétique de deux écosystèmes dominants au Sa...
A physically based model of the year-round surface energy and mass balance of debris-covered glaciers
A physically based model of the year-round surface energy and mass balance of debris-covered glaciers
