Morpho-climatic Modeling by Rain Wrenches and Their Impact on Environmental Degradation Using RS-GIS | Sinjar Mountain Case Study

Abstract

Rain forms within the semi-mountainous region have an impact on environmental degradation, especially in areas characterized by their location facing the path of the movement of Mediterranean systems accompanied by increased precipitation, so the process of modeling land forms due to climate (especially the act of rain) within the mathematical standard simulates reality in the form of maps and forms that achieve the possibility Such behavioral monitoring may be an effective way to avoid its dangerous effects.
Remote sensing technology and its digital processors have been adopted to build spatial databases of watch rain data within the global site (http://chrsdata.eng.uci.edu) and ritual maps published in the site (vortex .play mouth.edu) of the Mount Sinjar region in the northwest Nineveh governorate, as well as Landsat 8 satellite data images that have been digitally processed and calibrated with the dates of rain intensities by measuring land cover and environmental activities.
The results through digital treatments and statistical analyzes showed the relationship between the environmental degradation of the region due to the frequency of depressions associated with raindrops with flashes with high volumes and short periods of time, as well as the construction of a mathematical and graphical model with purpose maps showing the intensity of time and space, through spatial databases. Derived from the sources of information adopted in this study.