The structural evolution of the Kolar Schist Belt was discussed. Evidence was described from structures in the ferrigenous quartzite within the schist belt for two periods of nearly coaxial isoclinal folding attributable to E-W compression. This folding was followed by collapse of the F sub 1/F sub 2 folds, forming open F sub 3 folds with NNE-SSW axes. Finally, a period of N-S shortening caused a broad warping of the earlier N-S trending fold axes. There is evidence within the gneisses for shearing produced by similar, nearly E-W compression
Cenozoic deformation of the Central Otago Range and Basin province has been investigated to determin...
It has long been recognised that within zones of intense non-coaxial deformation, fold hinges may ro...
An intensely deformed gneiss-migmatite terrane and a relatively undeformed granulite-granitoid terra...
The lead-zinc bearing Proterozoic rocks of Zawar, Rajasthan, show classic development of small-scale...
In the history of superposed deformations of the iron formations at the western border of the Kolar ...
In the Singhbhum Shear Zone of eastern India successive generations of folds grew in response to a p...
Two belts of metasedimentary rocks occurring at the eastern and western flanks and a central terrane...
The Kolar Schist Belt represents a N-S trending discontinuity in the structures, lithologies, and em...
The banded iron-formation in the southeastern Bababudan Hills display a macroscopic synformal bend g...
Special publication title: Folding and Fracturing of Rocks: 50 Years of Research since the Seminal T...
Deformation within shear zones can be both temporally and spatially variable, resulting in multiple ...
In the metamorphic cores of many orogenic belts, large macroscopic folds in compositional layering a...
Field research in the Salt Range was originally supported by historical (1980s) research grants from...
Marble, calc-silicate rock, quartzite and mica schist of Precambrian age in the 'main Raialo synclin...
The patterns of deformed early lineations (L1) over later folds (F2) can be classified into several ...
Cenozoic deformation of the Central Otago Range and Basin province has been investigated to determin...
It has long been recognised that within zones of intense non-coaxial deformation, fold hinges may ro...
An intensely deformed gneiss-migmatite terrane and a relatively undeformed granulite-granitoid terra...
The lead-zinc bearing Proterozoic rocks of Zawar, Rajasthan, show classic development of small-scale...
In the history of superposed deformations of the iron formations at the western border of the Kolar ...
In the Singhbhum Shear Zone of eastern India successive generations of folds grew in response to a p...
Two belts of metasedimentary rocks occurring at the eastern and western flanks and a central terrane...
The Kolar Schist Belt represents a N-S trending discontinuity in the structures, lithologies, and em...
The banded iron-formation in the southeastern Bababudan Hills display a macroscopic synformal bend g...
Special publication title: Folding and Fracturing of Rocks: 50 Years of Research since the Seminal T...
Deformation within shear zones can be both temporally and spatially variable, resulting in multiple ...
In the metamorphic cores of many orogenic belts, large macroscopic folds in compositional layering a...
Field research in the Salt Range was originally supported by historical (1980s) research grants from...
Marble, calc-silicate rock, quartzite and mica schist of Precambrian age in the 'main Raialo synclin...
The patterns of deformed early lineations (L1) over later folds (F2) can be classified into several ...
Cenozoic deformation of the Central Otago Range and Basin province has been investigated to determin...
It has long been recognised that within zones of intense non-coaxial deformation, fold hinges may ro...
An intensely deformed gneiss-migmatite terrane and a relatively undeformed granulite-granitoid terra...