With the ponds to be built in Yozgat center and its surroundings, it aims to provide the highest efficiency in irrigation in agricultural areas, to ensure that the local people benefit from healthy and drinkable water, and to protect agricultural lands and settlements against flood risk. In this way, every drop of water can be used efficiently with sustainable water management. In addition, the shelter of various birds, mammals, reptiles, fish and insects in the ponds reveals how important this ecosystem is. In this study, it is aimed to question the most suitable location for ponds within the scope of geographical factors and using Geographical Information Systems methods. Numerical data and different maps obtained from many different sources were used in the study. Topographically suitable pond locations and basin areas were mapped and their physical properties were defined with map information. Appropriate pond locations selected in terms of topography were evaluated in terms of geology, environment, meeting water needs, being close to the campus and not requiring pumping in water transmission. Site selection for ponds encompasses complex factors that include both subjective and measurable parameters. Balancing both measurable and subjective parameters is essential for choosing the most appropriate construction site. The selection was managed using criteria such as digital elevation map, slope map, water flow directions, drainage network, stream grades. At the end of the study, a suitability map showing the most suitable construction sites for the ponds was obtained. This study will be beneficial for researchers to reach more accurate results in locating ponds..