Rate My Professor Neslihan Akdeniz Onuki

Her recent peer-reviewed publications include "Practical guidelines to improve the sustainability of ventilation fan use in agricultural operations" (Sustainability, 2026), "Enhancing anaerobic digestion of agricultural by-products: Insights and future direction in microaeration" (Bioengineering, 2025), "Direct air emission measurements from livestock pastures using an unmanned aerial vehicle-based air sampling system" (Remote Sensing, 2025), "Assessing ventilation design of dairy buildings equipped with automated milking systems using computational fluid dynamics" (Computers and Electronics in Agriculture, 2025), "Ventilation fans offset potential reductions in milk margin from heat stress in Wisconsin dairy farms" (Agriculture, 2025), "Energy-saving cooling strategies for tunnel-ventilated dairy buildings: Computational fluid dynamics simulations and validation" (Smart Agricultural Technology, 2024), and "Field measurements of spatial air emissions from dairy pastures using an unmanned aircraft system" (Remote Sensing, 2024). Akdeniz Onuki contributes to the field as Associate Editor for Natural Resources & Environmental Systems (NRES) in the American Society of Agricultural and Biological Engineers (ASABE) since 2023, and serves on ASABE committees including the 270X Livestock Ventilation Systems review committee and Plant, Animal, and Facility Systems (PAFS) 40 Animal Housing, Facilities and Systems. Her engineering solutions advance sustainability, ventilation efficiency, and environmental control in dairy and greenhouse operations through CFD modeling, online ventilation calculators, and on-farm evaluations.