north Eurasian lithosphere plate separated from neighboring plates by some transit zones. These zones consist of numerous crust blocks limited by active faults and interblock zones, in which maximal volumes of the seismic energy release. The examination of different geophysical fields of central Asia shows that interblock zones coincide with some anomalies in magnetic and partly gravity fields. Heat-flow values increase up to 80-100 μW/m-2 and more in interblock zones in boundaries of Hangay, Amurian, Tibet’s, and Tarim blocks as well as in some inner continental rifts. Some of heat-flow anomalies can be connected with mantle plumes under Hangay and north part of the Amurian Block. Within the central Asian transit zone the up-to-date tecton...
We present a model of thermal lithospheric thickness (the depth where the geotherm reaches a tempera...
Asia is a key natural laboratory for the study of active intra-continental deformation in far-field ...
In this study, we explore the neotectonic deformation in the whole Central Eurasia, including both t...
Ample geologic and geophysical data provide the basis for distinguishing the 102–104° E geodivider i...
<p>We present new crustal and lithospheric thickness maps for Central Eurasia from the combination o...
The Central Eurasia region hosts wide deforming areas, with diffused or localized deformation occurr...
The Paleozoic mosaic-block structure of the Central Asia folded area is formed by isometrically outl...
We introduce a new hypothesis to explain the unusual pattern of intermediate-depth earthquakes in th...
International audienceWe present a joint inversion of gravity and teleseismic data to enlighten the ...
This paper examines the relationship between seismogenic thickness, lithosphere structure and rheolo...
Eastern Russia is composed of a series of terranes which have been accreted to the Precambrian North...
The article describes the history, the staff, researches and scientific activities of the Laboratory...
The lithospheric structure in Central Asia features large blocks such as the Indian plate, the Afgha...
We present a new crust and upper mantle cross section of the western India-Eurasia collision zone by...
A huge triangle-shaped tectonic region in eastern Asia plays host to numerous major earthquakes. The...
We present a model of thermal lithospheric thickness (the depth where the geotherm reaches a tempera...
Asia is a key natural laboratory for the study of active intra-continental deformation in far-field ...
In this study, we explore the neotectonic deformation in the whole Central Eurasia, including both t...
Ample geologic and geophysical data provide the basis for distinguishing the 102–104° E geodivider i...
<p>We present new crustal and lithospheric thickness maps for Central Eurasia from the combination o...
The Central Eurasia region hosts wide deforming areas, with diffused or localized deformation occurr...
The Paleozoic mosaic-block structure of the Central Asia folded area is formed by isometrically outl...
We introduce a new hypothesis to explain the unusual pattern of intermediate-depth earthquakes in th...
International audienceWe present a joint inversion of gravity and teleseismic data to enlighten the ...
This paper examines the relationship between seismogenic thickness, lithosphere structure and rheolo...
Eastern Russia is composed of a series of terranes which have been accreted to the Precambrian North...
The article describes the history, the staff, researches and scientific activities of the Laboratory...
The lithospheric structure in Central Asia features large blocks such as the Indian plate, the Afgha...
We present a new crust and upper mantle cross section of the western India-Eurasia collision zone by...
A huge triangle-shaped tectonic region in eastern Asia plays host to numerous major earthquakes. The...
We present a model of thermal lithospheric thickness (the depth where the geotherm reaches a tempera...
Asia is a key natural laboratory for the study of active intra-continental deformation in far-field ...
In this study, we explore the neotectonic deformation in the whole Central Eurasia, including both t...