digitalization
The USDA reports that 68% of large crop farms utilize precision agriculture technologies like yield monitors and soil maps, which help operators make informed decisions.
A new application designed to enhance weed monitoring through precise detection, geolocation, classification, and identification using artificial intelligence. It directly navigates to weed infestation points and stores the database of millions of images for accurate weed categorization.
A new app, “Producer Connect,” has been launched to help farmers report and analyze fertilizer use, compare their practices with peers, and identify cost-saving opportunities while protecting groundwater. Overapplication of nitrogen has long been a problem, contributing to unsafe nitrate levels in drinking water.
The cooperative’s technology-driven approach aims to boost crop yields, streamline supply chains, and enhance sustainability.
Interactive website aims to demystify the fertilizer industry and promote sustainable practices.
UgAi will help ensure a consistent supply and quality of fertilizers, integrate advanced technologies like drones and satellite imagery for crop monitoring, and address issues like shortages and price distortions.
New high-tech greenhouses, which automate various processes and significantly reduce labor needs, are described as “standardized workshops” and have attracted many young people to farming.
Integrating with the E-Phyto Hub, the country streamlines import and export processes for agricultural goods.
Partnership with Farmers Edge seeks to enhance connectivity and sustainable practices in agribusiness.
Digitalization is an important path to take.
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Europe is falling behind in this field. The concerns 30 years ago was reasonable. Now not so much. We need crops that can survive in a more extreme future climate. Handle droughts and hot weather better. Crops that are less tasty to pests like hogs and deere.
Gene-edited crops set for groundbreaking European trials
