Amran O., Cherchali S., Monteny Bruno, Flouzat G. (1995). Integration of the spatio-temporal heterogeneity of ecosystems to improve the hydrological fluxes. In :
Stein T.I. (ed.). IGARSS'95 : quantitative remote sensing for science and application : advance program. Spring (USA) ; Bruxelles : IEEE;URSI, p. 1988-1990. IGARSS'95 : Quantitative Remote Sensing for Science and Application : Advance Program : Symposium, Florence (ITA), 1995/07/10-14. ISBN 0-7803-2567-2.
Titre du document
Integration of the spatio-temporal heterogeneity of ecosystems to improve the hydrological fluxes
Année de publication
1995
Type de document
Partie d'ouvrage
Auteurs
Amran O., Cherchali S., Monteny Bruno, Flouzat G.
In
Stein T.I. (ed.), IGARSS'95 : quantitative remote sensing for science and application : advance program
Source
Spring (USA) ; Bruxelles : IEEE;URSI, 1995,
p. 1988-1990 ISBN 0-7803-2567-2
Colloque
IGARSS'95 : Quantitative Remote Sensing for Science and Application : Advance Program : Symposium, Florence (ITA), 1995/07/10-14
The soil water content is estimated using an hydrological model based on the radiometry surface temperature and some soil characteristics. The results are compared to the ground measurements and show a good fit. The test site for this study is in the Sahel of SW Niger
Plan de classement
Mécanisme du cycle de l'eau [062MECEAU]
;
Bioclimatologie générale [072BCLIGE]
;
Végétation / Forêt [126TELAPP08]
Descripteurs
FONCTIONNEMENT DE L'ECOSYSTEME ; VARIATION SPATIALE ; SAVANE ; RELATION CLIMAT COUVERT VEGETAL ; INTERFACE VEGETATION ATMOSPHERE ; EVAPOTRANSPIRATION ; CYCLE HYDROLOGIQUE ; BILAN HYDROLOGIQUE ; EAU DU SOL ; TEMPERATURE DE SURFACE ; TELEDETECTION ; MODELISATION
