The cities of the Indus civilization were expansive and planned with large-scale architecture
and sophisticated Bronze Age technologies. Despite these hallmarks of social complexity …

The relationship between historical climate change and past agricultural production
contributes to a better understanding of the impacts of projected climate change by providing …

The transformation of mature (urbanized) phase of the ancient Indus civilisation between∼
4200 and 3800 years Before Present (yr BP) overlaps with the beginning of the Meghalayan …

Long-term data on flooding events are necessary for understanding the flood frequency and
magnitude variations, but the available instrumental records span only a few decades …

Coastal margins and their ecological setting are one of the magnificent landforms on globe.
The complex interaction among the different biotic and abiotic components through ages …

The climatic conditions during the beginning of the last 5,000 years have been discussed,
debated, and documented from various parts of the Indian subcontinent, due to the human …

Hydromorphodynamic interactions with vegetation are a part of fluvial biomorphodynamics
in actively meandering rivers. Using palynofacies and grain size from sub-urban to urban …

A multi-proxy study of diatoms, palynofacies, and grain size was conducted on a 100 cm
core from Arookutty, Vembanad wetland, Kerala, India, to reconstruct paleolimnological …

The Indus civilization, also known as the Harappan civilization, has long been thought to
have been river-based since two of its largest and best-known sites, Harappa and Mohenjo …

This study explores the historical presence of the El Niño-Southern Oscillation (ENSO)
phenomenon during the Holocene and its impact on the Indian Summer Monsoon (ISM) and …