Understanding river response to external controls and its geomorphic sensitivity is critical for planning sustainable management strategies. The Yamuna River with 1,376 km length and 366,223 km² basin area is a key Himalayan ...
Tyagi, A. K.; Kumar, D.; Murari, M. K.; Singh, Rishi Narain; Singhvi, A. K.(Elsevier, 2025-11)
This contribution examines the possibility of directly determining the timing of paleoseismic events by luminescence dating of sediments in sand dikes. Sand dikes are water escape structures (liquefaction features) formed ...
Thakur, Alok Kumar; Patel, Sameer(American Chemical Society, 2025-08)
Most indoor air pollution studies focusing on modeling and material balance assume well-mixed conditions, which is usually not true in larger and multizonal spaces. Spatially nonhomogenous concentrations can lead to ...
In this work, the potential influences of grain-coating clays on water-CO₂-rock interactions in sandstones and subsequent ramifications for CO₂ storage were investigated using reactive transport simulations. The results ...
Inundation dynamics in lowland rivers are an outcome of a complex interaction between hydrologic and geomorphic factors. The co-occurrence of river flow and tidal surge in coastal regions further complicates these interactions. ...
Fluids tend to migrate along preferential flow paths in rocks which depend on several factors including pore size distribution at sub-Darcy scales and heterogeneity in flow and petrophysical properties in Darcy scale ...
The ~75 ka Young Toba super-eruption was a catastrophic extreme event that spewed vast quantities of volcanic ash and aerosols and is argued to have caused a drastic volcanic winter, climatic upheaval, and a human genetic ...
Solanki, Hiren; Mishra, Vimal(American Geophysical Union (AGU), 2025-06)
Continuous hydrological observations are essential for accurate modelling and informed water resource management. However, significant data gaps in streamflow and water level observations, compounded by extreme hydroclimatic ...
The study investigates the tectonic and lithospheric characteristics of the northwestern Indian Ocean, emphasizing tectonothermal parameters: Moho depth, Effective Elastic Thickness (Te), loading ratio (F), Depth to the ...
The Himalayan Frontal Thrust (HFT) is seismotectonically the most active orogen-scale structure of the Himalaya at least since Quaternary. However, in the eastern Himalaya, HFT is multiply segmented by orogen-scale transfer ...