Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
25 stories matching “Training”.
The 2025 GreenTech Americas programme in Querétaro connected hydroponic cultivation, labour efficiency, irrigation and climate adaptation, bringing protected-crop technology discussions into a Latin American production context.
The University of the Free State’s new greenhouse combines applied crop trials with training in data-led management under semi-arid conditions.
Measured plant models and synthetic vision data are helping researchers compare robot designs in a greenhouse environment that can be reset.
University of León researchers publish annotated field images collected by a ground robot, providing a reusable resource for crop-detection development.
KNUST and international partners plan low-cost electrical resistivity monitoring to study how farming practices affect water beneath the soil surface.
Arkansas graduates won two competitions in Indianapolis, including a strawberry processing prototype combining vision, motion control and safety systems.
The June 2027 organizer programme connects research visits, machinery companies and field demonstrations across Osnabrück, Potsdam and Odense.
FAO’s Central and Western Region locust commissions launched a programme combining classroom, simulator and field instruction for national surveillance and response teams.
A Ghana–Belgium partnership is developing locally grounded maize-yield estimation while addressing the field-data mismatches that can undermine satellite models.
A five-day Côte d’Ivoire workshop linked flight operations, image analysis and shared breeding services for participants from seven West and Central African countries.
KALRO and CGIAR partners are combining historical trials and machine learning to develop maize nutrient recommendations adapted to local conditions.
IRRI and Vietnamese partners report cooperative-led adoption of equipment that places seed and fertilizer at different depths to reduce input waste.
