The regional gravity and magnetic features of the South Indian Shield were discussed. The prominent regional gravity low of 20 to 30 mgls over the charnockite terrain of South India, coupled with the correlation of a steep gravity gradient with a prominent shear zone to the north, can be interpreted in terms of increased crustal thickness in the South Indian high-grade terrain. There is some support for this from deep seismic sounding. The magnetic signature of the high-grade terrain is also distinctive, and Mishra argued that the Palghat-Tiruchi line might represent a Precambrian boundary such as a suture between two distinct crustal blocks
AbstractThe Central India Tectonic Zone (CITZ) marks the trace of a major suture zone along which th...
This review presents an account of the variations in crustal and upper mantle structure beneath the ...
A new evaluation of the elastic thickness (Te) structure of the Indian Shield, derived from isotropi...
The nature of the crust in the Laxmi Basin, western margin of India is an uncertain issue; more impo...
Measurements of a large scale MMA experiment covering both the granulite and greenstone terrains of ...
AbstractIn many Precambrian provinces the understanding of the tectonic history is constrained by li...
Hyderabad granitic region (HGR) forms one of the most unusual geotectonic segments of the south Indi...
Magnetotelluric investigations have been carried out in the Garhwal Himalayan corridor to delineate ...
The existence of fluids and partial melt in the lower crust of the seismically active Kutch rift bas...
Typescript.Bibliography: leaves 57-62.viii, 62 l graphs, maps (4 fold. in pocket)About 150,000 gravi...
AbstractThe nature of crustal and lithospheric mantle evolution of the Archean shields as well as th...
The nature of crustal and lithospheric mantle evolution of the Archean shields as well as their subs...
Long period magnetotelluric (MT) data were collected at 15 stations on a 250 km long profile in the ...
The Central India Tectonic Zone (CITZ) marks the trace of a major suture zone along which the south ...
AbstractRegional surface gravity data and global satellite magnetic data have been utilized to gener...
AbstractThe Central India Tectonic Zone (CITZ) marks the trace of a major suture zone along which th...
This review presents an account of the variations in crustal and upper mantle structure beneath the ...
A new evaluation of the elastic thickness (Te) structure of the Indian Shield, derived from isotropi...
The nature of the crust in the Laxmi Basin, western margin of India is an uncertain issue; more impo...
Measurements of a large scale MMA experiment covering both the granulite and greenstone terrains of ...
AbstractIn many Precambrian provinces the understanding of the tectonic history is constrained by li...
Hyderabad granitic region (HGR) forms one of the most unusual geotectonic segments of the south Indi...
Magnetotelluric investigations have been carried out in the Garhwal Himalayan corridor to delineate ...
The existence of fluids and partial melt in the lower crust of the seismically active Kutch rift bas...
Typescript.Bibliography: leaves 57-62.viii, 62 l graphs, maps (4 fold. in pocket)About 150,000 gravi...
AbstractThe nature of crustal and lithospheric mantle evolution of the Archean shields as well as th...
The nature of crustal and lithospheric mantle evolution of the Archean shields as well as their subs...
Long period magnetotelluric (MT) data were collected at 15 stations on a 250 km long profile in the ...
The Central India Tectonic Zone (CITZ) marks the trace of a major suture zone along which the south ...
AbstractRegional surface gravity data and global satellite magnetic data have been utilized to gener...
AbstractThe Central India Tectonic Zone (CITZ) marks the trace of a major suture zone along which th...
This review presents an account of the variations in crustal and upper mantle structure beneath the ...
A new evaluation of the elastic thickness (Te) structure of the Indian Shield, derived from isotropi...