The area selected for the present study was Aralamallige Watershed in Dodaballapur Taluk, Bangalore Rural District located between 77° 25’and 77 °35’32.6’’ E longitude and 13 °15’ 21.54’’ and 13° 23’2.27’’N Latitude. The catchment comprises of an area of about 138.45 sq.km. Remote sensing provides the base information’s on the land use/land cover, soil, drainage and other aspects. GIS softwares were used for database creation and other analysis. Morphometric analysis was carried for the entire watershed to understand the hydrological process. Drainage density estimated to be 1.9km/sq km. The study demonstrated the use of remotely sensed data in conjugation with GIS for better management of natural resources within the watershe
The study area covers 1026 sq km comprising of 15 sub-watersheds, namely Saggiyam (SB-1), Mudoldoddi...
Understanding the behavior of surface drainage network is one of the important prerequisite conditio...
The use of GIS and remote sensing to prepare management and planning of natural resources of the geo...
Abstract: The area selected for the present study was Aralamallige Watershed in Dodaballapur Taluk, ...
The area selected for the present study was Aralamallige Watershed in Dodaballapur Tal...
AbstractThe present study highlights the importance of Digital Elevation Model (DEM) and satellite i...
The quantitative analysis of drainage system is an important aspect of characterization of watershed...
Morphometric analyses are the suitable tool for hydrological investigations in developing and manage...
The study area comprises of Hebbal and Rachenahalli valley. The present condition of storm water dra...
Water is a very important asset for life on the earth. Because of an increasing demand, groundwater ...
The Bhima lower sub-basin, a tributary of the Krishna River, was opted for the morphometric assessme...
GIS and Remote sensing have proved to be a resourceful tool in the explanation of drainage pattern f...
The quantitative geomorphic studies of a basin is helpful in prioritizing its sub-watersheds. The Wa...
Geographical information system (GIS) has emerged as an efficient tool in delineation of drainage pa...
The Vanniyar basin is located in Dharmapuri district, South India, and is severely affected by clima...
The study area covers 1026 sq km comprising of 15 sub-watersheds, namely Saggiyam (SB-1), Mudoldoddi...
Understanding the behavior of surface drainage network is one of the important prerequisite conditio...
The use of GIS and remote sensing to prepare management and planning of natural resources of the geo...
Abstract: The area selected for the present study was Aralamallige Watershed in Dodaballapur Taluk, ...
The area selected for the present study was Aralamallige Watershed in Dodaballapur Tal...
AbstractThe present study highlights the importance of Digital Elevation Model (DEM) and satellite i...
The quantitative analysis of drainage system is an important aspect of characterization of watershed...
Morphometric analyses are the suitable tool for hydrological investigations in developing and manage...
The study area comprises of Hebbal and Rachenahalli valley. The present condition of storm water dra...
Water is a very important asset for life on the earth. Because of an increasing demand, groundwater ...
The Bhima lower sub-basin, a tributary of the Krishna River, was opted for the morphometric assessme...
GIS and Remote sensing have proved to be a resourceful tool in the explanation of drainage pattern f...
The quantitative geomorphic studies of a basin is helpful in prioritizing its sub-watersheds. The Wa...
Geographical information system (GIS) has emerged as an efficient tool in delineation of drainage pa...
The Vanniyar basin is located in Dharmapuri district, South India, and is severely affected by clima...
The study area covers 1026 sq km comprising of 15 sub-watersheds, namely Saggiyam (SB-1), Mudoldoddi...
Understanding the behavior of surface drainage network is one of the important prerequisite conditio...
The use of GIS and remote sensing to prepare management and planning of natural resources of the geo...