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”.
An Irish research collaboration will combine milking-machine data, sensors and machine learning to examine how equipment settings can better match individual cows’ physiology while supporting milk quality and comfort.
Gardin and Ridder have integrated optical crop measurements into Hortimax Pro, giving greenhouse operators a shared view of plant responses and environmental conditions to support adjustments to cultivation strategies.
Ridder and Signify have connected Philips GrowWise smart spectrum with Hortimax Pro through the Horti Lighting Protocol, allowing greenhouse lighting decisions to respond to sunlight, crop requirements and energy priorities.
Ridder’s TOM 4.0 project is developing tomato production around short plants and movable gutters, aiming to bring crops to centralized workstations and make greenhouse maintenance and harvesting easier to automate.
University of Arizona engineering students developed TOMI, a greenhouse robot prototype that moves along a defined route, uses fans for tomato pollination and captures images for automated pest recognition.
A Wageningen doctoral study examines vertical farming from crop layout to urban adoption, connecting tomato spacing and lighting experiments with carbon-footprint analysis and the importance of cleaner electricity supplies.
Source.ag’s Cloud Modules connect normalized greenhouse data with business intelligence tools and event-driven applications, aiming to simplify information exchange across facilities with different measurement and reporting conventions.
Priva and IUNU have integrated climate records and plant observations to produce rolling yield forecasts, giving greenhouse teams an earlier view of changing harvest volumes and operational requirements.
University of Maryland researchers demonstrated a CRISPR-Combo approach in potato, citrus, wild strawberry and poplar, seeking to overcome the difficulty of regenerating complete plants from edited tissues.
Salk scientists identified how the plant receptor SRF3 coordinates iron balance and immune responses, providing mechanistic insight into nutrient defence interactions with possible relevance to future crop-resilience research.
KU Leuven’s new greenhouse complex in Heverlee brings independent climate control, specialist containment and fossil-free heating to research on crop performance, plant diseases and resource-efficient growing systems.
Participants at an Arkansas agriculture symposium argued that scientific reasoning and critical evaluation remain essential as AI becomes embedded in farm equipment, data analysis and the tools students will use professionally.
