India develops the data foundations for localized AI farm-weather advice
An ICRISAT update describes work under Mission Mausam to connect weather expertise, agronomic data and AI workflows for farmer decision support.
Source ICRISAT via CGSpace
Agricultural robotics. Digital farming. A connected world.
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Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
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Robotics. Intelligence. Agriculture.
274 stories matching “ANT”.
Denmark funds camera-to-action farming system targeting lower herbicide use
The OdinsAEye consortium will connect tractor-mounted cameras, weed recognition and farm software, backed by DKK 8.3 million from Innovation Fund Denmark.
Source Innovation Fund Denmark — press release
Cornell-led orchard robotics effort secures a four-year, $7.5 million USDA grant
A Cornell-led collaboration will develop robotic orchard operations while examining affordability and adoption, supported by a new USDA Specialty Crop Research Initiative award.
Source Cornell Chronicle
SIU develops a ground robot to image soybean disease beneath the canopy
Southern Illinois University researchers are building a mobile imaging and AI workflow for soybean disease monitoring after aerial cameras missed important views beneath leaves.
Source SIU News
NASA connects satellite observations with Texas farmers facing severe water constraints
NASA’s October report links Landsat observations, farmer experience and recent lake-monitoring research to urgent irrigation and land-management decisions in the Texas High Plains.
Source NASA Earth Observatory
Cambridge combines printed robots and computer vision to screen plant resistance
Cambridge researchers report a major increase in laboratory screening capacity by automating images of plant-parasitic nematodes, with crop applications still a next step.
Source King's College Cambridge
Researchers report robotic placement of nitrate sensors in corn stalks
Historical example: Carnegie Mellon and Iowa State researchers combined stalk detection, a custom gripper and plant nutrient sensors.
Source Carnegie Mellon University — Robotics Institute
Purdue describes a workflow for usable thermal crop measurements
Historical example: A Purdue team connected UAV thermal sensing, image processing and plot-level tables for agricultural research.
Source Purdue University — College of Agriculture
Wageningen announces the fourth Autonomous Greenhouse Challenge winner
Historical example: Team IDEAS led a dwarf-tomato cultivation competition that evaluated production outcomes alongside operating costs.
Source Wageningen University & Research
TerraSentia research highlights crop counting beneath the canopy
Historical example: Illinois reported recognition for a compact robot designed to automate plant measurements within crop rows.
Source University of Illinois — Institute for Genomic Biology