%0 Journal Article
%9 ACL : Articles dans des revues avec comité de lecture répertoriées par l'AERES
%A Jarlan, Lionel
%A Khabba, S.
%A Er-Raki, S.
%A Le Page, M.
%A Hanich, L.
%A Fakir, Y.
%A Merlin, Olivier
%A Mangiarotti, Sylvain
%A Gascoin, S.
%A Ezzahar, J.
%A Kharrou, M. H.
%A Berjamy, B.
%A Saaidi, A.
%A Boudhar, A.
%A Benkaddour, A.
%A Laftouhi, N.
%A Abaoui, J.
%A Tavernier, Adrien
%A Boulet, Gilles
%A Simonneaux, Vincent
%A Driouech, F.
%A El Adnani, M.
%A El Fazziki, A.
%A Amenzou, N.
%A Raibi, F.
%A El Mandour, A.
%A Ibouh, H.
%A Le Dantec, V.
%A Habets, F.
%A Tramblay, Yves
%A Mougenot, Bernard
%A Leblanc, Marc
%A El Faiz, M.
%A Drapeau, Laurent
%A Coudert, B.
%A Hagolle, O.
%A Filali, N.
%A Belaqziz, S.
%A Marchane, A.
%A Szczypta, C.
%A Toumi, J.
%A Diarra, A.
%A Aouade, G.
%A Hajhouji, Y.
%A Nassah, H.
%A Bigeard, Guillaume
%A Chirouze, Jonas
%A Boukhari, K.
%A Abourida, A.
%A Richard, Bastien
%A Fanise, Pascal
%A Kasbani, M.
%A Chakir, A.
%A Zribi, M.
%A Marah, H.
%A Naimi, A.
%A Mokssitg, A.
%A Kerr, Yann
%A Escadafal, Richard
%T Remote Sensing of Water Resources in Semi-Arid Mediterranean Areas : the joint international laboratory TREMA
%D 2015
%L fdi:010065451
%G ENG
%J International Journal of Remote Sensing
%@ 0143-1161
%K MAROC ; ZONE MEDITERRANEENNE ; ZONE SEMIARIDE
%M ISI:000364334500008
%N 19-20
%P 4879-4917
%R 10.1080/01431161.2015.1093198
%U https://www.documentation.ird.fr/hor/fdi:010065451
%> https://www.documentation.ird.fr/intranet/publi/2015/12/010065451.pdf
%V 36
%W Horizon (IRD)
%X Monitoring of water resources and a better understanding of the eco-hydrological processes governing their dynamics are necessary to anticipate and develop measures to adapt to climate and water-use changes. Focusing on this aim, a research project carried out within the framework of French-Moroccan cooperation demonstrated how remote sensing can help improve the monitoring and modelling of water resources in semi-arid Mediterranean regions. The study area is the Tensift Basin located near Marrakech (Morocco) - a typical Southern Mediterranean catchment with water production in the mountains and downstream consumption mainly driven by agriculture. Following a description of the institutional context and the experimental network, the main recent research results are presented: (1) methodological development for the retrieval of key components of the water cycle in a snow-covered area from remote-sensing imagery (disaggregated soil moisture from soil moisture and ocean salinity) at the kilometre scale, based on the Moderate Resolution Imaging Spectroradiometer (MODIS); (2) the use of remote-sensing products together with land-surface modelling for the monitoring of evapotranspiration; and (3) phenomenological modelling based only on time series of remote-sensing data with application to forecasting of cereal yields. Finally, the issue of transfer of research results is also addressed through two remote sensing-based tools developed together with the project partners involved in water management and irrigation planning.
%$ 062 ; 126