Anomaly delineation of porphyry copper deposits of Hanza Region through geochemical data analyses and multispectral remote sensing

Exploration of Kahang porphyry copper deposit using advanced integration of geological, remote sensing, geochemical, and magnetics data

The purpose of mineral exploration is to find ore deposits. The main aim of this work is to use the fuzzy inference system to integrate the exploration layers including the geological, remote sensing, geochemical, and magnetic data. The studied area was the porphyry copper deposit of the Kahang area in the preliminary stage of exploration. Overlaying of rock units and tectonic layers were used ...

Urban Remote Sensing through Multispectral and Radar Data

The increasing need of data over urban areas, witnessed by the either technical literature and research projects, is strictly related to the ability to exploit all the possible sources of data that we have (or may have) at disposal. So, far, a very large number of sensors have been used for data collection, and the real challenge to be faced is the ability to combine the information we may extr...

Gold Distribution in Porphyry Copper Deposits of Kerman Region, Southeastern Iran

Deriving Bathymetry from Multispectral Remote Sensing Data

The use of passive satellite sensor data in shallow waters is complicated by the combined atmospheric, water, and bottom signals. Accurate determination of water depth is important for monitoring underwater topography and detection of moved sediments and in support of navigation. A Worldview 2 (WV2) image was used to develop high-resolution bathymetric maps (four meters) that were validated usi...

Evaluation of Changes in Per Capita Green Space through Remote Sensing Data

Quantitative identification of physical changes, developments and dynamic position of urban green space is considered as the first step in its planning. By means of the aerial photos taken in 1956, 1974, and 1994 as well as the Quick Bird satellite image captured in 2006, this study has dealt with changes in per capita green space in Khorramabad during these years. First, geometric corrections ...

Evaluation of Changes in Per Capita Green Space through Remote Sensing Data

Quantitative identification of physical changes, developments and dynamic position of urban green space is considered as the first step in its planning. By means of the aerial photos taken in 1956, 1974, and 1994 as well as the Quick Bird satellite image captured in 2006, this study has dealt with changes in per capita green space in Khorramabad during these years. First, geometric corrections ...