GIS Analysis
Definition
GIS Analysis refers to the process of using a Geographic Information System (GIS) to compile, manipulate and interpret geographic data in a spatial context. This process involves the use of advanced software applications and techniques which offer spatial analysis and spatial statistics to provide comprehensive insights into data's patterns and trends.GIS Analysis can take various forms, including but not limited to surface analysis, network analysis, and geostatistical analysis. This approach aids in answering complex geographical questions by converting raw data into useful information.
What is GIS Analysis?
GIS Analysis is a valuable part of cartography and urban planning which involves the study of how different aspects of the geographical data are related. The main aim of GIS Analysis is to reveal the relationship, patterns, trends, and effective communication of spatial information. GIS Analysis tools can compile geographic data, examine spatial relationships, and provide a deeper understanding of the patterns existing in the data.GIS Analysis consists of various techniques, including overlaying maps, proximity analysis, buffer analysis, and cluster mapping. These techniques can help in solving complex spatial problems that involve many variables and facilitate data interpretation in a straightforward format.
GIS Analysis has wide-ranging applications that extend across different sectors, from urban planning, environmental conservation, geological sciences to transportation and logistics. This technology allows for dynamic visualization and offers a platform for spatial modeling which helps in making informed decisions and predictions.
