As a proxy for long-term lithospheric strength, detailed information on lateral effective elastic
thickness (T e) variations can aid in understanding the distribution pattern of surface …

The present study contributes new constraints on, and definitions of, the reconstructed plate
margins of India and Madagascar based on flexural isostasy along the Western Continental …

We use the Bouguer coherence (Morlet isostatic response function) technique to compute
the spatial variation of effective elastic thickness (T e) of the Andaman subduction zone. The …

Gondwana correlation studies had rationally positioned the western continental margin of
India (WCMI) against the eastern continental margin of Madagascar (ECMM), and the …

This study derives the spatial variation of the elastic thickness (Te) and its implications for
understanding the structure, geodynamic and seismicity of the lithosphere for the Zagros fold …

We seek to determine the strain field which has accumulated in the Indian Shield due to the
continental drift of Gondwanaland. We have used a method which involves the calculation of …

Effective elastic thickness (T e) is a proxy for lithospheric strength. Here, we present high-
resolution T e maps over the Northeast Indian Seamount Province and surroundings using …

Lithospheric strength variations both influence and are influenced by many tectonic
processes, including orogenesis and rifting cycles. The long, complex, and highly …

The structural lineament mapping of southern India along withgeological, geochronological
datasets help in redefining the Precambrian crustal blocks. The newly proposed Kumta and …