Abstract The East Asian continent records a complex geologic and tectonic history that
involved the amalgamation of several small-to medium-sized blocks from Laurasia or …

Himalayan high-pressure metamorphic rocks are restricted to three environments: the suture
zone; close to the suture zone; and (mostly) far (> 100 km) from the suture zone. In the NW …

Despite the critical role of subduction in plate tectonics, the dynamics of its initiation remains
unclear. High-temperature low-pressure metamorphic soles are vestiges of subduction …

Results of biostratigraphic and geochronological investigations in eastern Nagaland and
Manipur, NE India, provide new constraints on the tectonic evolution of the western margin …

Long‐lived exterior accretionary orogeny shapes tectonothermal evolution of the peripheral
building blocks of supercontinents and leads to considerable crustal growth. However, such …

A clear insight of the Indo-Burma amalgamation is required for an understanding of the
complex processes of the Indo-Asian collision. Where and when the northeastern part of the …

The Nagaland‐Manipur Ophiolites (NMO) in northeast India is known for its complex
geological history. Tough terrain, thick vegetation, and dismembered exposure of ophiolitic …

Garnet chemistry provides a well-established tool in the discrimination and interpretation of
sediment provenance. Current discrimination approaches, however,(i) suffer from using less …

We report the first occurrence of poly‐cyclic high‐pressure low‐temperature (HP‐LT) rocks
from the easternmost Indus‐Yarlung suture zone, formed during subduction of Neo‐Tethyan …

Although the Himalaya is the archetype of collisional orogens, formed as a consequence of
the closure of the Neo-Tethyan ocean separating India from Asia, high-pressure …