Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
44 stories matching “Tea”.
A November 2025 University of Sydney report connects Salah Sukkarieh’s farm-robot research with crop measurement and trials involving women and young farmers in Cambodia, emphasizing practical access to technology.
In July 2019, Cambridge reported field tests of a lettuce-harvesting prototype that identified suitable heads and controlled cutting and gripping, while openly acknowledging that human workers remained faster.
A Finnish project pilot connected machines from different suppliers through shared mission software, testing how farms, robot operators and AI providers could cooperate in the same agricultural workflow.
CIRAD and partners examined digital use among 3,660 farmers in Senegal, Côte d’Ivoire and Benin, finding that access, electricity and familiar communication tools strongly shaped practical adoption.
The European project combined soft gripping and machine vision in a harvesting prototype, with trials in Greece and Ireland revealing both successful picks and the impact of real facility constraints.
Germany’s Agri-Gaia launch linked machinery data, reusable AI components and legal expertise, with the University of Osnabrück contributing field observations and frameworks for exchanging information across organisations.
The European drone project reported an initial flight in Spain focused on equipment familiarisation and checking image outputs, laying groundwork for subsequent crop monitoring rather than claiming validated disease-detection performance.
A joint team from Osnabrück’s two universities retained the Field Robot Event title in 2026, combining autonomous maize-row navigation with plant-health recognition, biodiversity tasks and targeted soil treatment.
The University of the Free State’s new greenhouse combines applied crop trials with training in data-led management under semi-arid conditions.
A newly published two-season experiment examines how thermostatically controlled root-zone temperatures affect cucumber growth and yield.
New Macdonald Campus infrastructure combines hands-on greenhouse teaching with a joint plant-phenotyping platform involving Université de Sherbrooke.
A study of five organic vegetable crops reports water and yield benefits from an automated system tested with growers in Sa Kaeo.
