The aim of the projects is to develop and expand modern viticulture using high-wire training systems in areas with a viticulture culture. Through the project, diseases and pests in the vineyards have been reduced, yields have increased, and farmers’ incomes have improved.

Due to small ruminant livestock farming being based on pasture, pastures are of great importance. On a 300-decare pasture area, the planting of 33,333 four-wing saltbush plants and the installation of an electric fence have been provided. With the pasture rehabilitation, an increase in profitability in small ruminant livestock farming is foreseen.

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.

The project has enabled the processing of vegetables produced in the region at a previously supported boutique pickle facility. Furthermore, it aims to improve the infrastructure for the local marketing of these products as a continuation of the project.

The project aims to establish a practical application area within a glass greenhouse located in the garden of the Konya Science Center to familiarize children with the concept and help them appreciate its importance. Within the scope of the project, a glass greenhouse featuring social and practical application areas has been installed.

The project aims to improve shelter conditions to enhance animal welfare, prevent livestock productivity losses, produce healthy and high-quality animal products, facilitate access to water sources on pastures, prevent stress, disease, and productivity loss caused by sunlight in summer and rain in spring and autumn, and reduce overgrazing pressure on pastures through planned grazing.