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Spatial analysis of radon gas concentration Distrbuted at Baghdad City using remote sensing and geographic information system Techniquesd
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Spatial analysis of radon gas concentration Distrbuted at Baghdad City using remote sensing and geographic information system Techniquesd
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Journal Article
Spatial analysis of radon gas concentration Distrbuted at Baghdad City using remote sensing and geographic information system Techniquesd
2020
Overview
Spatial analysis (spatial statistics) contain systematic techniques, that study actually geographic data have
geographic properties such as topological and geometric, spatial analysis involve difference types of technique.
Spatial analysis represented new understanding complex topics in form easy by any method or statistical for
study area include mathematics and logic. Using function of point density which represented the Radon gas
measurement geographic location, and limitation the density area by finding the radii (bandwidth) Kernel
Density Estimation (KDE) techniques variation to reach interest regions and hotspot of point’s neighborhood.
The aim of the research, applied the spatial statistical method to acknowledge concentrations of radon gas
pollution for environmental and human life conservation, and focuses on the region affected by determination
and orientation it in this method or tools for control outbreak to be facilitated, this potential possibility aid to
avoid research randomly for radon gas pollution regions, this processing consist by extraction the spatial
characteristics distribution that depending on distance measurements, by using geographic information system
(GIS) technical, and which exploited Global Positioning system to accurate simultaneously the spectral bands of
landsate satellite imagery to referencing the study area, and they have been determining the topology objects
such as land cover (water, vegetation and soil) and land use, to connected with points measurement of Radon gas
in Baghdad city only soils election, thought the soils were caused pollution based for objects type such as water
and air, because, the natural formative of layer soils by decay of radioactive isotope Uranium with erosion the
rocks and drift process with dissolved water or flood throughout the ages. Doing field the soil samples
measurement by RAD7 Mobil detector for 58 point samples election, which represented using soil type such as
vegetation land and land use touched with human life.
Publisher
University of Baghdad, College of Agriculture
Subject
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