Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
305 stories matching “Research”.
CropX will supply soil, weather and water-use monitoring to an eight-year New Zealand programme comparing regenerative and conventional farming through a full potato rotation at Lincoln University.
NASA reported that OpenET expanded its evapotranspiration data and tools across the contiguous United States, extending a service originally focused on western states to support broader agricultural water assessment.
University of Washington researchers combined a global canal map with SWOT satellite observations to assess water levels across extensive Asian irrigation networks, testing a new approach to monitoring agricultural infrastructure.
Purdue researchers developed nail-shaped probes that encode soil moisture and salinity in radio-frequency responses, allowing a drone-mounted reader to collect measurements without batteries or electronics inside each sensor.
Michigan State University reports wider use of its irrigation app alongside research comparing soil sensors, evapotranspiration models and sap-flow measurements for scheduling water applications in apple orchards.
University of Colorado Boulder researchers tested inexpensive printed sensors that tracked soil acidity across varied soils and operated outdoors for months, advancing continuous monitoring beyond occasional soil sampling.
A greenhouse robotics preprint reports leaf-level spraying on cherry tomatoes, using camera-guided arm movements to reduce applied pesticide volume while measuring targeting error and overspray in twelve autonomous trials.
A research preprint combines tailored fruit vision with simulation-trained robot control, reporting 84.3% overall strawberry harvesting success in greenhouse evaluation and illustrating the remaining gap between reaching and completing a pick.
UCLA and North Dakota State researchers described AgriCruiser, an adjustable open-source robot chassis tested with precision spraying, offering a relatively accessible platform for field experiments and agricultural sensing.
A published German study tested a thulium-laser robot in organic carrots and beetroot, reporting high mortality among targeted weeds while showing that crop canopies limited overall detection and control.
University of Idaho students developed a battery-powered robot that distinguishes weeds from tree seedlings and applies electricity, with nursery demonstrations pointing toward an alternative to repeated hand weeding.
An IndoKakao training programme in Indonesia linked fermentation and drying practice with community processing systems, including a farm biodigester that turns cocoa pod husks into fuel for household cooking.
