Impacts of fire, climate and land-use change on terrestrial ecosystems

Keywords: Land use and land cover change (LULCC); land surface temperature (LST); seasonally integrated normalized di ff erence vegetation index (SINDVI); Climate change; Three

The objective of this research is to examine land use change across time to assess the potential impacts of these land use changes on water resource use and management, the

Going into the scenarios, there is a marked shift in the relative importance of CC and LUC: While LUC was the responsible driver for the majority of landscapes with major

production which will ultimately affect land cover in the long-term. More realistic climate change simulations that combined precipitation reduction and temperature increase had

CCSM and ECHAM simulate substan- tially different seasonal cycles of surface temperature and precipitation over the historical period, and it is expected that if GCM boundary

For example, built up land retains maximum temperature but within built up land radiant surface is diversified as the intensities of built up land varies in different parts of

Spatial-temporal dynamics of land surface temperature in relation to fractional vegetation cover and land use/cover in the Tabriz urban area,Iran. Satellite remote sensing of land

This research reports an application of remote sensing data, GIS (Geographic Information Systems) for assessing effects of urban land cover change on the LST (Land