- Geophysical Research Abstracts Vol. 12, EGU2010-12429, 2010
- Amazonian northern mid-latitude glaciation on Mars: A proposed climate scenario J.-B. Madeleine a,*, F. Forget a
- Microphysics and radiative effect of water ice clouds on Mars: Modeling with the LMD/GCM and insights from the OMEGA/MEx data set. J.-B. Madeleine1
- Cration d'une interface de visualisation des sorties du modle de circulation gnrale de Titan et comparaison aux donnes de
- European Space Agency International Conference on Comparative Planetology: Venus Earth Mars
- APHELION WATER-ICE CLOUD MAPPING AND PROPERTY RETRIEVAL USING THE OMEGA/MEX IMAGING SPECTROMETER.
- MAPPING CLOUDS MICROPHYSICS WITH OMEGA/MEX. J.-B. Madeleine1,2, J.-P. Bibring1, B. Gondet1, F. Forget2, F. Montmessin3,
- Mars Water cycle workshop, Paris 2008 MAPPING WATER ICE CLOUD MICROPHYSICS WITH OMEGA/MEX.
- Climatologie des nuages de glace d'eau vue par OMEGA bord de Mars Express
- MODELLING RADIATIVELY ACTIVE WATER-ICE CLOUDS: IMPACT ON THE THERMAL STRUCTURE AND WATER CYCLE.
- DUST RADIATIVE EFFECT EXPERIMENTS USING THE LMD MARS GENERAL CIRCULATION MODEL. Madeleine1
- Several features in the northern mid-latitudes of Mars have been interpreted as being cold-based glaciers similar to what is found in the Dry Valleys of Antarctica [1-3,16].
- A proposed Climatic scenario for the Martian Mid-Latitude Glaciation
- The water cycle in the northern polar region of Mars: Improved modeling using the LMD Global Climate Model. J.-B. Madeleine1,2
- Revisiting the radiative impact of dust on Mars using the LMD Global Climate Model
- AMAZONIAN GLACIAL CYCLES ON MARS: RESPONSE OF THE NEW LMD GLOBAL CLIMATE MODEL TO ORBITAL VARIATIONS. J.-B. Madeleine1
- A STUDY OF ICE ACCUMULATION AND STABILITY IN MARTIAN CRATERS UNDER PAST ORBITAL CONDITIONS USING THE LMD MESOSCALE MODEL. J.-B. Madeleine1
