The role of the ocean on interannual climate changes is now well recognized. E.N.S.O. : El Nino Southern Oscillation affecting both the tropical oceans, mostly the Pacific and the whole tropical atmosphere is the most stricking climate signal involving the ocean. In 1982-1983, the strongest E.N.S.O. of the century has been observed in the Pacific followed one year later, in 1984, by a warm event in the Tropical Atlantic ocean. The Atlantic event is the consequence of the Pacific event. It is hoped that sophisticated high resolution coupled models associated with a permanent monitoring of the oceans will permit us to forecast the evolution of the climate in the range of several months to several years.Le rôle de l'océan dans l'évolution du c...
La variabilité interannuelle du Pacifique tropical est aujourd’hui principalement modulée par l’osci...
El Niño-Southern Oscillation (ENSO) is the dominant mode of variability in the tropical Pacific on i...
Human-induced climate change is already affecting every inhabited region of the planet. Yet, over 90...
The role of the ocean on interannual climate changes is now well recognized. E.N.S.O. : El Nino Sout...
The Earth's climate is determined by complex interactions between the Ocean, the Atmosphere and the ...
Les océans expliquent une part importante de la variabilité des pluies de mousson en Afrique de l’ou...
The oceans explain an important part of the variability of monsoon rainfall overWest Africa. What ar...
The Ocean-Atmosphere interactions have a large influence on the climate and on the ecosystems at the...
El Niño-Southern Oscillation (ENSO) est le mode de variabilité dominant du Pacifique tropical à l'éc...
Tropical cyclone (TC)-ocean interactions are essential for cyclone formation and evolution. Surface ...
El Niño-Southern Oscillation (ENSO) is the dominant mode of variability in the tropical Pacific on i...
We have investigated the interactions of the tropical oceans on interannual time scales by conductin...
Cette thèse vise à explorer l'influence des températures de surface de l'océan (TSO) sur les vents d...
Due to its high heat capacity, the ocean integrates the surface fluxes, producing high signal-to-noi...
La variabilité interannuelle du Pacifique tropical est aujourd’hui principalement modulée par l’osci...
El Niño-Southern Oscillation (ENSO) is the dominant mode of variability in the tropical Pacific on i...
Human-induced climate change is already affecting every inhabited region of the planet. Yet, over 90...
The role of the ocean on interannual climate changes is now well recognized. E.N.S.O. : El Nino Sout...
The Earth's climate is determined by complex interactions between the Ocean, the Atmosphere and the ...
Les océans expliquent une part importante de la variabilité des pluies de mousson en Afrique de l’ou...
The oceans explain an important part of the variability of monsoon rainfall overWest Africa. What ar...
The Ocean-Atmosphere interactions have a large influence on the climate and on the ecosystems at the...
El Niño-Southern Oscillation (ENSO) est le mode de variabilité dominant du Pacifique tropical à l'éc...
Tropical cyclone (TC)-ocean interactions are essential for cyclone formation and evolution. Surface ...
El Niño-Southern Oscillation (ENSO) is the dominant mode of variability in the tropical Pacific on i...
We have investigated the interactions of the tropical oceans on interannual time scales by conductin...
Cette thèse vise à explorer l'influence des températures de surface de l'océan (TSO) sur les vents d...
Due to its high heat capacity, the ocean integrates the surface fluxes, producing high signal-to-noi...
La variabilité interannuelle du Pacifique tropical est aujourd’hui principalement modulée par l’osci...
El Niño-Southern Oscillation (ENSO) is the dominant mode of variability in the tropical Pacific on i...
Human-induced climate change is already affecting every inhabited region of the planet. Yet, over 90...