Landslide vegetation and its habitat condition

Thar density and vegetation condition

Landslide and its complex investigation

Geophysical survey methods bring information on the rock environment in real time, i.e. already during the geophysical survey. A geologist or a geotechnician provides such obtained information to a designer for the purpose of designing and implementation work at construction sites. Also, information on the effect of the rock environment or its properties (changing with time) on stabilization wo...

Assessing Native Vegetation Condition using the Bushland Condition Monitoring Method and South Australian Biodiversity

The Nature Conservation Society of South Australia (NCSSA) Bushland Condition Monitoring Program and the South Australian Biodiversity Assessment Tool (SABAT) address this shortcoming, and provide an innovative approach to building community capacity in vegetation management. The program allows conservation volunteers, landholders and extension professionals to conduct an effective evaluation o...

Landslide Hazard and Its Mapping Using Remote Sensing and Gis

Landslides are amongst the most damaging natural hazards in the mountainous terrain like Himalaya. The study of landslides has drawn worldwide attention mainly due to increasing awareness of socio-economic impacts of landslides. Remote sensing images provide many useful land use information to combine in a GIS environment with other spatial factors influencing the occurrence of landslide. The l...

Multi-dimensional vegetation structure in modeling avian habitat

Article history: Received 31 December 2006 Accepted 2 January 2007 The goal of this study was to evaluate the contributions of forest and landscape structure derived from remote sensing instruments to habitatmapping. Our empirical data focused at the landscape scale on a test site in northern Michigan, using radar and Landsat imagery and bird-presence data by species. We tested the contribution...