Landuse change analysis of Tama river basin with different spatial resolution sensor data by Landsat/MSS and TM

Monitoring and Assessment of Land Use and Land Cover Changes (1977 - 2010) in Kamrup District of Assam, India Using Remote Sensing and Gis Techniques

“…In addition, GIS (Geographical Information System) technique provides the software's to spatial analysis, model and map environmental changes. Therefore, remote sensing coupled with GIS recognized as a powerful and effective tool to monitor environmental changes at broad scale especially in detecting the LULC change (Samant and Subramanyam, 1998;Mas, 1999 Remotely sensed data for image analysis have been explored the various alterations of the earth resources including forest cover and water bodies in common (Hashiba et al, 2000;Giriraj et al, 2008). Remote sensing provides synoptic view of forest cover and condition on real-time basis (Lillesand and Kiefer, 1999 Dong et al, 2010).…”

Soil erosion and non-point source pollution impacts assessment with the aid of multi-temporal remote sensing images

“…However, land use characterization and change detection analysis based on remote sensing are able to provide planners with sufficient background information for model parameterization (Helmschrot and Flügel, 2002). Recent applications with different spatial scales range from a continental scale to a river basin scale and to an urban scale (Cohen et al, 2003;Hashiba et al, 2000;Tapiador and Casanova, 2003). With such a need, advanced and improved remote sensing data analysis and land use classification techniques are anticipated (Steele, 2000;Foody, 2002;Pal and Mather, 2003).…”

Impact of Urbanization on the Vegetation Dynamic in Tama River Basin

“…Over time, the population of the basin has increased, and about 3.3 million in the middle and lower plains, which occupies about one-third of the area of the basin, and most of them are concentrated in the metropolitan area, especially in Tokyo area. Hashiba, Kameda et al (2000) expressed that the urbanization and substantial land cover phenomenon in the Tokyo area has caused widespread ecological disruptions that have affected not only plant life but also animal species and ecosystem services, such as water quality regulation, soil stability, and carbon storage capacity reduction, which could be detrimental worldwide to biodiversity conservation efforts if left unchecked and unmitigated for extended periods. Studies also have shown that the ecosystem of the Tama River Basin has considerably been impacted since 1990 (Sato-Takabe, Hirose et al, 2020).…”