Remote sensing data and geographic information system were used to locate potential zones for groundwater in the Musi basin. Various maps (i.e., base,... | Groundwater, Remote Sensing and...

information regarding the sediment discharge of the Musi River basin (e.g. landslide and slope failure distribution maps, river longitudinal and transverse map and sediment management plan).

In this paper, a continuous simulation based hydrological model is developed through a distributed hydrological modeling approach for the Musi river basin, India using space inputs and impact assessment of land use/land cover change on runoff is done.

Jul 1, 2009 · A study conducted to develop a digital database of groundwater availability qualitatively in the Musi Basin using geological (lithology and structural), geomorphological and hydrological information and also to map irrigated areas using …

Aug 28, 2017 · The Figure 3 indicates slope map of Musi river basin with a ground profile slope ranges from 0 to 90°. Daily rainfall of entire Musi river basin was extracted from these grids and fed into model.

Remote sensing data and geographic information system were used to locate potential zones for groundwater in the Musi basin. Various maps (i.e., base, hydrogeomorphological, geological,...

In this paper, a continuous simulation based hydrological model is developed through a distributed hydrological modeling approach for the Musi river basin, India using space inputs, soil type and slopes. The basin is geographically located between 17° 58’ N to 16° 38’ N latitude and 77° 46’E to 79° 48’ E longitude.

The Musi River Basin is characterized by its wide low-lying lands. Simplified contour map of the basin is shown in Figure H1.1.2. As seen in the Figure, the land lower than 25 m above mean sea level (M.S.L.) shares about one third (32%) of the total basin area and the land lower than 100 m,M.S.L. shares about two thirds (67%).

In this paper, a continuous simulation based hydrological model is developed through a distributed hydrological modeling approach for the Musi river basin, India using space inputs and impact assessment of land use/land cover change on runoff is done.

Remote sensing data and geographic information system were used to locate potential zones for groundwater in the Musi basin. Various maps (i.e., base, hydrogeomorphological, geological,...