Agricultural Structures and Irrigation Applications Project
September 2023- June 2024
Agricultural Structures and Irrigation Applications Project is a collaborative initiative with Akdeniz University Faculty of Agriculture, focusing on sustainable farming, smart agricultural technologies, and efficient water management.
The project combines theoretical knowledge with hands-on experience in areas such as greenhouse systems, irrigation, and modern agricultural tools, aiming to improve productivity and support the future of sustainable agriculture.
The Agricultural Structures and Irrigation Applications Project, conducted in partnership with Akdeniz University Faculty of Agriculture, is designed to equip participants with modern agricultural knowledge and practical skills. The project brings together students, academics, and association members to explore innovative approaches in agriculture and environmental sustainability.
One of the key highlights of the project was learning about the use of spectroradiometers under the guidance of Dr. Gülçin Ece Arslan. This advanced technology plays a crucial role in agriculture, enabling plant phenotyping, nutrient analysis, soil assessment, and early detection of plant diseases. Such tools are essential for increasing agricultural productivity and optimizing plant health.
In addition, participants attended a hands-on seminar on artificial intelligence and automation in greenhouse farming, led by Associate Professor Cihan Karaca. The seminar provided valuable insights into mechanization systems used in greenhouse fertilization and demonstrated how technology can significantly improve efficiency and resource management in modern agriculture.
Another important component of the project was the exploration of greenhouse structures with Dr. Nefise Yasemin Tezcan. Participants gained practical knowledge about greenhouse design, climatic conditions, and thermal measurement techniques using thermal cameras.
The project also included a technical visit to the Oymapınar Dam, where participants learned about water resource management and the role of hydroelectric power in renewable energy production. This experience emphasized the importance of sustainable water and energy use for the future of our planet.
Furthermore, practical fieldwork such as measuring soil infiltration rates using a double-ring infiltrometer allowed participants to deepen their understanding of soil and water management—key elements of sustainable agriculture.
Overall, this project represents a significant step toward integrating technology, sustainability, and education in agriculture. By combining innovation with environmental awareness, participants are better prepared to contribute to a greener and more productive future.