The Shali-Deoban Parautochthon, Krol Berinag Nappes and Outer Crystallines Nappes are the main lithostructural units of the Lesser Himalaya of Kumaun, Garhwal and eastern Himachal. Two thrust sheets, the Chail Nappe and the Jutogh Nappe are recognized in the Outer Crystallines Nappes. The Chail Nappe forms a separate thrust sheet, and the Jutogh Nappe overlying it represents a southward extension of the Central Crystallines Nappe of the Higher Himalaya. The Chail Nappe rocks constitute the base of the Palaeozoic-Mesozoic sequence of the Kashmir-Chamba Parautochthon, whereas the Central Crystallines Nappe forms the basement for the late Precambrian-Cretaceous sequence of the Tethyan Zone in the Kumaun, Spiti and Zaskar regions. The Central C...
Unravelling the kinematic evolution of orogenic belts requires that the defining tectonostratigraphi...
Numerous measurements by XRD of the Scherrer width at half-peak height (001 reflection of illite), c...
15 pagesInternational audienceThe recent activity of the Medlicott-Wadia Thrust (MWT) is investigate...
The Chamba nappe, composed of an approximately 8 km thick sequence of Late Precambrian to Jurassic a...
The Himalaya originated as a result of subduction of the Tethyan oceanic crust that lay between Indi...
The crystalline sheet of the Higher Himalaya, referred to as the Central Crystallines, is a continuo...
The series of four different, steeply inclined thrusts which sharply sever the youthful autochthonou...
The Tso Morari nappe is well known for having suffered ultrahigh-pressure metamorphism in the northw...
Our understanding of the geologic evolution of the Himalaya remains incomplete, particularly in rega...
The detailed geological mapping and structural study of a complete transect across the northwestern ...
A tectonic model for the structural development of the Tso Morari ultra-high pressure nappe is propo...
This review paper deals with the geology of the NW Indian Himalaya situated in the states of Jammu a...
The Himalayan orogeny is closely associated with the tectonic developments which occurred along the ...
Copyright © 2006 Elsevier B.V. All rights reserved.The Himalayan Metamorphic Front consists of two b...
Unravelling the kinematic evolution of orogenic belts requires that the defining tectonostratigraphi...
Numerous measurements by XRD of the Scherrer width at half-peak height (001 reflection of illite), c...
15 pagesInternational audienceThe recent activity of the Medlicott-Wadia Thrust (MWT) is investigate...
The Chamba nappe, composed of an approximately 8 km thick sequence of Late Precambrian to Jurassic a...
The Himalaya originated as a result of subduction of the Tethyan oceanic crust that lay between Indi...
The crystalline sheet of the Higher Himalaya, referred to as the Central Crystallines, is a continuo...
The series of four different, steeply inclined thrusts which sharply sever the youthful autochthonou...
The Tso Morari nappe is well known for having suffered ultrahigh-pressure metamorphism in the northw...
Our understanding of the geologic evolution of the Himalaya remains incomplete, particularly in rega...
The detailed geological mapping and structural study of a complete transect across the northwestern ...
A tectonic model for the structural development of the Tso Morari ultra-high pressure nappe is propo...
This review paper deals with the geology of the NW Indian Himalaya situated in the states of Jammu a...
The Himalayan orogeny is closely associated with the tectonic developments which occurred along the ...
Copyright © 2006 Elsevier B.V. All rights reserved.The Himalayan Metamorphic Front consists of two b...
Unravelling the kinematic evolution of orogenic belts requires that the defining tectonostratigraphi...
Numerous measurements by XRD of the Scherrer width at half-peak height (001 reflection of illite), c...
15 pagesInternational audienceThe recent activity of the Medlicott-Wadia Thrust (MWT) is investigate...