Biological and Agricultural Engineering
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Academic Department|
Organization
individual record
Research Areas:
Controlled Environment Agriculture,
Air quality monitoring stations,
Lignin--Research,
Climatic change,
Climatic changes, Climate Dynamics and Prediction,
Climatic changes,
Air quality,
Leadership,
Precision agriculture,
Precision farming,
Hydrologic models,
Dairy cattle,
Greenhouse gas mitigation,
Cereal Chemistry,
Automation,
Remote sensing,
Cotton,
Crops--Postharvest technology,
Engineering--Education,
Cottonseed meal,
Nitrogen,
Water resources development--Management,
Environmental,
Ecology,
Environment,
Internet of things (IoT),
Internet of things,
Water conservation,
Water--Management,
Deep learning (Machine learning),
Drug resistance in microorganisms,
Irrigation,
Crops--Postharvest losses--Prevention,
Cottonseed,
Computer vision,
Watershed management,
Best management practices,
Biogeochemical cycles--Mathematical models,
Agriculture,
Robotics,
Feedlots,
Arid regions,
Inductively coupled plasma mass spectrometry,
Sustainability,
Hydrology,
Agricultural engineering,
Carbon,
Manures,
Salinity Management,
Salinity,
Renewable energy sources,
Plasma (Ionized gases),
Evapotranspiration,
Carbon cycle (Biogeochemistry)--Mathematical models,
Agricultural processing,
Livestock,
Biochemical engineering,
Dust,
Chemical kinetics,
Biomass gasification,
Artificial intelligence--Agricultural applications,
Agricultural engineering--Data processing,
Management,
Grain--Postharvest technology,
Beef cattle,
Pyrolysis,
Soil physics
