Small scale convection can be defined as that part of the mantle circulation in which upwellings and downwellings can occur beneath the lithosphere within the interiors of plates, in contrast to the large scale flow associated with plate motions where upwellings and downwellings occur at ridges and trenches. The two scales of convection will interact so that the form of the small scale convection will depend on how it arises within the large scale flow. Observations based on GEOS-3 and SEASAT altimetry suggest that small scale convection occurs in at least two different ways
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...
International audienceWe perform three-dimensional (3-D) numerical simulations of an oceanic lithosp...
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...
Altimetric satellites showed the existence of gravity anomalies with wavelengths between 1500 km and...
In an attempt to understand the mechanical interaction of a growing lithosphere containing fracture ...
Seismic, topographic and gravity data show that there are two important scales of mantle convection....
The existence of undulations of the geoid, gravity and bathymetry in ocean basins, as well as anomal...
Small-scale convection beneath the oceanic plates has been invoked to explain off-axis non-plume vol...
The geoid and topographic fields of the central Pacific were delineated and shown to correlate close...
«Plumes» originating from unstable· thermal boundary layers have been proposed to be the preferred m...
Mantle convection shapes Earth's surface by generating dynamic topography. Observational constraints...
There are three distinct mechanisms which might give rise to convection in the Earth's mantle: Rayl...
Mantle convection shapes Earth\u27s surface by generating dynamic topography. Observational constrai...
International audienceThe destabilization of oceanic lithosphere by small scale convection at its ba...
Sublithospheric small-scale convection (SSC) is thought to be responsible for the flattening of the ...
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...
International audienceWe perform three-dimensional (3-D) numerical simulations of an oceanic lithosp...
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...
Altimetric satellites showed the existence of gravity anomalies with wavelengths between 1500 km and...
In an attempt to understand the mechanical interaction of a growing lithosphere containing fracture ...
Seismic, topographic and gravity data show that there are two important scales of mantle convection....
The existence of undulations of the geoid, gravity and bathymetry in ocean basins, as well as anomal...
Small-scale convection beneath the oceanic plates has been invoked to explain off-axis non-plume vol...
The geoid and topographic fields of the central Pacific were delineated and shown to correlate close...
«Plumes» originating from unstable· thermal boundary layers have been proposed to be the preferred m...
Mantle convection shapes Earth's surface by generating dynamic topography. Observational constraints...
There are three distinct mechanisms which might give rise to convection in the Earth's mantle: Rayl...
Mantle convection shapes Earth\u27s surface by generating dynamic topography. Observational constrai...
International audienceThe destabilization of oceanic lithosphere by small scale convection at its ba...
Sublithospheric small-scale convection (SSC) is thought to be responsible for the flattening of the ...
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...
International audienceWe perform three-dimensional (3-D) numerical simulations of an oceanic lithosp...
On a global scale basalts from mid-ocean ridges are strikingly more homogeneous than basalts from in...