The International Journal of Biosystems Engineering aims to publish studies in different disciplines related to agriculture, biological engineering, biological systems (biosystems), and biological resources engineering as an online international peer-reviewed journal that applies engineering techniques in all fields of agriculture and aims to reach the target audience of scientific information obtained as a result of academic studies.

Studies to be published in the International Journal of Biosystems Engineering should include observations, measurements, process studies, modeling, and data analysis on agricultural energy systems, agricultural machinery, agricultural structures, the environment, soil and water resources, and new, important and original. International Journal of Biosystem Engineering publishes original research and review articles (limited number) in Turkish and English languages twice a year (June and December) in all relevant fields.

The main topics of the International Journal of Biosystems Engineering;


Land and Water Resources:

Irrigation, irrigation transmission and control systems, drainage, hydrology, hydraulics, soil and water resources management, plants' water requirement, soil erosion control, soil structures and properties, land consolidation, rural area planning, and GIS, GPS, and RS applications in agriculture.

Agricultural Energy Systems:

Renewable energy sources and technologies, biomass production, management, use, biomass energy, biofuels, energy efficiency and conservation, and solar energy technology in agriculture. Electricity usage, electrotechnology, agricultural energy efficiency, electrical systems, and electrical utilities. Mechanical properties of agricultural products, drying, quality, processing equipment, and methods.

Agricultural Machine Systems:

Design, production, and management of agricultural machinery. Agricultural security and health. Precision farming technologies and systems. Robotic applications in agriculture, image processing. Mechatronics, robotics, and automation applications in agriculture, food, and biological systems.

Agricultural Structures and Environment


Design of agricultural buildings (animal shelters, greenhouses, crop storage structures), air quality in agricultural buildings. Climate control technologies (heating, cooling, and dehumidification) in animal shelters, CFD applications in agricultural buildings, and control strategies for crop production under protective structures. Agricultural waste management and process. Sources of agricultural pollution, control strategies, biofilters, gas, PM, odor and VOC emissions, environmental impact assessment of animal and plant production systems, animal shelters, and welfare.

Period Months