Abstract

Water is a vital resource for all living things (people, ecosystems, economic development, energy production, national security). Coordination and harmony in spatial and intersectoral planning and decision-making processes can be achieved through the rational and sustainable use of water resources. Protection and sustainable use of water resources is extremely important. Nowadays, problems such as drought and water pollution arise due to global warming and increasing environmental pollution. This situation reduces drinking water resources. Serious measures need to be taken worldwide to ensure the continuity of life protect water resources from drought and keep them clean. Techniques used to evaluate the potential of water resources, which have become increasingly important in recent years, and to create conscious use of water resources, require effective data systems. Currently used systems do not represent very large areas. For this reason, it is necessary to develop representative methods by integrating the data received from ground stations and the parameters of remote sensing techniques. Many extensions of the programs, which are widely used in the world and evaluated using Geographic Information System (GIS) supported Analytical Hierarchy Process (AHP) methods in database studies for the use of water resources, are extremely useful for basin modeling. The purpose of this study; It is a study on the potential of GIS-based multivariate statistics for evaluating the use and sustainability of water resources and the use of water stored in a geographical database.

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