Climate change is one of the biggest challenges and likely to have significant impact on the hydrology. Due to the increase in urbanization, industrialization and climate change, availability and requirement scenario of ...
Sediment connectivity, defined as the degree of linkage between the sediment sources to downstream areas, is one of the most important properties that control�landscape evolution�in river basins. The degree of linkages ...
A sequential extraction procedure (SEP), batch desorption experiments and the concept of partition coefficient were applied on seven sediment samples from the Subansiri-Dikrong-Ranganadi River System (SDRS), a subset of ...
Site-specific seismic hazard studies involving detailed account of the site response require the prior estimate of the hazard at the local reference bedrock level. As the real characteristics of such local bedrock often ...
The spatio-temporal variability of river processes is governed by the balance between basin scale sediment supply and channel transport capacity. This balance is being altered by rampant sediment mining from the rivers ...
Impact craters are essential and dominant features of the lunar surface. Under the presence of a very thin atmosphere, the degradation of the lunar craters takes place possibly due to gravity, slope processes, or solar ...
The Main Frontal thrust (MFT) is the most active deformation front since the late-Pleistocene. However, data on spatiotemporal variations in the activity and onset-timings of the MFT are still limited. We analyzed the ...
High elevated erosional escarpments are common feature of the rifted passive margin, but the role of external controls in their evolution is poorly understood. Very few of the existing studies have enumerated the variability ...