The most important source of income in Çekerek district is agriculture and livestock farming. There is no small or large-scale industry in the district. Due to its location, the district is situated in a rural area.

Through this project, it is aimed to record unexpected meteorological events, which have accelerated particularly in recent years due to climate change, and to establish a necessary database for analyzing the new climate structure. This initiative intends to minimize production losses caused by climate events such as frost, excessive rainfall, drought, etc., during the production processes of all producers.

Among the agricultural products produced in Aksaray, the most widely cultivated and preferred for snacks are sunflower seeds and pumpkin seeds. With the integrated seed facility established through this project, the products are collected directly from farmers with minimal handling. Inside the facility, the products are dried at the correct temperature in a drying machine, ensuring that their color and quality remain unchanged. This allows the processing, which would normally take weeks, to be completed in the shortest possible time. Farmers are able to sell their products shortly after harvest, increasing the market value of their produce.

Through this project, the establishment of a soilless strawberry greenhouse aims to save labor and time, obtain higher strawberry yields per unit area, enable more efficient and planned use of productive agricultural lands, and achieve self-sufficiency in strawberry production for Meram district.

Through Training and Extension Activities aimed at field crop breeding and ensuring the efficient and sustainable use of soil and water resources in crop production, the first fully controlled breeding greenhouse in Konya province has been established at Selçuk University to strengthen educational infrastructure. The greenhouse is designed to create suitable conditions unaffected by seasonal variations, enabling multiple breeding cycles within a single year to shorten the breeding process. Additionally, the project aims to increase university students' interest in plant breeding and demonstrate modern breeding practices, agricultural techniques, and technologies.

Through this project, the objectives are to enable beekeepers to produce their own queen bees to obtain higher quality and quantity of products, to contribute to their income by cultivating alternative bee products such as royal jelly, pollen, and propolis alongside honey, and to strengthen the organizational structure so that they can have a say in the market regarding the cultivation and marketing of bee products.