Spatial Distribution of Resources and Mines at the Golpayegan Agrarian Levels

The city of Golpayegan and the surrounding area include metamorphic rocks and igneous masses produced by the performance of internal forces due to its location in the Sanandaj-Sirjan zone and also river sediments over the fourth era of geology. The existence of these igneous masses has led to the creation of diverse mineral resources in the city, such as the lead and zinc mines of Saleh-e-Peighambar, Godar-e-Sorkh china stone, Konjedjan marble, Haj Gharav plaster and. ... These mines are economically important for the people of this city and due to these conditions, Golpayegan and its area are strong in terms of mineral potential and therefore can play an effective role in regional development. In this research, we tried to investigate the role of geomorphology as one of the important branches of geography science. Geomorphology, on the one hand, studies units and forms such as highs and lows of areas such as mountains, plains…, and, on the other hand, the internal and external processes that form these tectonic units. These units, which have been transformed by various physical, chemical and biological factors from the first period of geology on until they have reached their current shape in modern times, are considered as one of the most valuable natural resources for humanity that are scattered in different geographic regions on the basis of geological and geomorphological characteristics. The method of examination and analysis in this paper relies on the geographic information system and the descriptive method. Using field observations and geological and topographic maps of the region we integrate the sediments of the region and existing mines based on ground surfaces (convex, concave, or flat) On the topographic maps, determine which types of mines and ores are located, how is the spatial distribution of mines based on the land levels, and assess the environmental capability of the region by preparing a map of mineral and ore mining processes.