The Gakkel Ridge in the Arctic Ocean and the Southwest Indian Ridge in the Southwest Indian Ocean between Africa and Antarctica are ultraslow-spreading (<20 mm yr-1) mid ocean ridges. This type of mid ocean ridge has distinct geo-morphologies that are influenced by the slow rate of plate divergence and by mantle potential temperature, which control the processes (peridotite diapirism and intersticial melt migration) by which material rises to fill the space vacated by plate divergence. These ridges are characterised by non-orthogonal spreading. Transform faults, typical of faster spreading mid ocean ridges, are far less common at ultraslow spreading mid ocean ridges. Thus in return, detailed geo-statistical analyses of the geo-morphology of...
The results of a recent bathymetric and geophysical investigation of a650 km-long portion of the ver...
New oceanic crust is formed the mid-oceanic ridges (MOR), where the lithospheric plates drift apart...
Author Posting. © American Geophysical Union, 2007. This article is posted here by permission of Am...
Mid-ocean ridges are categorised primarily by their spreading rate. Each class is characterised by t...
[1] From 55 degrees 45\u27E to 58 degrees 45\u27E and from 60 degrees 30\u27E to 62 degrees 00\u27E,...
AbstractEighty per cent of all mid-ocean spreading centres are slow. Using a mixture of global bathy...
The Southeast Indian Ridge (SEIR) spreads at a relatively narrow range of intermediate rates (59–75 ...
In the past two decades, the mobility of mid-ocean ridges relative to the mantle (absolute migration...
Mid-ocean ridges are the Earth's most extensive and active volcanic chains. They are also, particula...
The analysis of the Towed Ocean Bottom Instrument (TOBI) side scan sonar images along the Southwest ...
Mid-ocean rift systems opening at full spreading rates < 20 mm/y differ in their structure from all ...
Slow and ultraslow-spreading mid-ocean ridges are linked to limited magma supply, discontinuous axia...
Of the global mid-ocean ridge system, ultraslow spreading ridges represent a different class of spre...
Mid-ocean ridges spreading at velocities of less than 20 mm/y form a separate class of mid-ocean rid...
New sea oor is constantly being created at the global spanning system of mid-ocean ridges (MOR). Ove...
The results of a recent bathymetric and geophysical investigation of a650 km-long portion of the ver...
New oceanic crust is formed the mid-oceanic ridges (MOR), where the lithospheric plates drift apart...
Author Posting. © American Geophysical Union, 2007. This article is posted here by permission of Am...
Mid-ocean ridges are categorised primarily by their spreading rate. Each class is characterised by t...
[1] From 55 degrees 45\u27E to 58 degrees 45\u27E and from 60 degrees 30\u27E to 62 degrees 00\u27E,...
AbstractEighty per cent of all mid-ocean spreading centres are slow. Using a mixture of global bathy...
The Southeast Indian Ridge (SEIR) spreads at a relatively narrow range of intermediate rates (59–75 ...
In the past two decades, the mobility of mid-ocean ridges relative to the mantle (absolute migration...
Mid-ocean ridges are the Earth's most extensive and active volcanic chains. They are also, particula...
The analysis of the Towed Ocean Bottom Instrument (TOBI) side scan sonar images along the Southwest ...
Mid-ocean rift systems opening at full spreading rates < 20 mm/y differ in their structure from all ...
Slow and ultraslow-spreading mid-ocean ridges are linked to limited magma supply, discontinuous axia...
Of the global mid-ocean ridge system, ultraslow spreading ridges represent a different class of spre...
Mid-ocean ridges spreading at velocities of less than 20 mm/y form a separate class of mid-ocean rid...
New sea oor is constantly being created at the global spanning system of mid-ocean ridges (MOR). Ove...
The results of a recent bathymetric and geophysical investigation of a650 km-long portion of the ver...
New oceanic crust is formed the mid-oceanic ridges (MOR), where the lithospheric plates drift apart...
Author Posting. © American Geophysical Union, 2007. This article is posted here by permission of Am...