Hydrogeomorphological mapping is one of the best-suited approaches to explore the possibility of groundwater resources especially in those areas where availability of surface water in insufficient. The present paper is an attempt to study hydrogeomorphological features and their prospects for groundwater exploration in Chandraprabha basin, Chandauli District of Vindhayan Upland, U.P. using remotely sensed data.

The goal of this paper is to assess the impact of future climate change on the hydrological regime of the tropical Upper Suriname river basin (7,860 km2) located in Suriname. GCM based climate scenarios from the MAGICC/SCENGEN model and 14 hypothetical climate scenarios are used to examine potential changes in water balance components in the study area.

Indonesia's major earthquake last year (2005) tilted Nias Island like a seesaw, disrupting villagers' lives and pointing to future dangers.

Variations in climate, land-use and water consumption
can have profound effects on river runoff. There
is an increasing demand to study these factors at the regional

The present paper is an analysis of the scheme for the interlinking of rivers on a National Water Grid that would transfer water from one basin to another, from a water source having surplus water to areas with scarce water resources.