Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
274 stories matching “ANT”.
UC Merced has introduced mobile greenhouse and agricultural-technology trailers to bring practical demonstrations of plant production, sensing, drones and automation to schools, communities and agricultural workplaces across the Central Valley.
Texas Tech and Texas A&M AgriLife Research are developing a multi-scale framework combining crop measurements, machine learning and growth models to improve irrigation decisions in regions with constrained water supplies.
Arkansas field trials tested a camera-guided push-cart sprayer for green weeds in dormant bermudagrass, reporting lower herbicide volume than broadcast treatment while exposing the importance of detection conditions and field variability.
Researchers from the University of Virginia, NASA and the University at Buffalo tested drone sensing at Morven, pairing aerial measurements with field observations to evaluate methods for monitoring plant stress and productivity.
MATE and TERRA-COOP completed a cotton-focused project combining neural-network growth-stage recognition with fuzzy decision support, aiming to improve the timing and selection of crop-protection treatments under practical farming conditions.
ICICLE outlined connected agricultural AI demonstrations for Farm Science Review 2026, combining drone scouting, geospatial data, edge computing and tools that help users inspect labels and explore field information.
A University of Bonn-led analysis estimates that smart-farming technologies can be profitable across 42% of global cropland, while showing substantial differences linked to farm conditions, costs and environmental governance.
Carnegie Mellon University outlined how its Robotics Innovation Center will expand outdoor testing for farm robots used in crop sensing and harvesting, reducing reliance on distant agricultural trial sites.
The University of Bonn announced AgriLoop, a Germany–Taiwan research collaboration combining language models, three-dimensional plant perception and human feedback to develop more controllable greenhouse robots.
Bonsai Robotics announced four partner integrations for its Amiga farm-robot platform in February 2026, including targeted spraying and a portable laser-weeding demonstration configuration for specialty crops.
University of Essex spin-out Versatile RobotX secured more than £1 million in combined funding following grower field trials, aiming to prepare agricultural harvesting robots for manufacturing and deployment.
Arizona State University profiled alumnus-led Padma AgRobotics, whose farm collaborations span an experimental mobile bird deterrent, cilantro-handling automation and development of new autonomous spraying equipment.
