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The James Hutton Institute partners with PhenomUK, a £35 million project aimed at developing crops resilient to climate challenges. This program, supported by UKRI (UK Research and Innovation) and led by BBSRC (Biotechnology and Biological Sciences Research Council), establishes a phenotyping infrastructure to assess crops in various environments. Utilizing advanced technologies, it will enable rapid testing of crop performance under environmental stress.

An American Startup Leverages Plasma and AI to Reinvent Green Ammonia Production

Faraday Earth, an American startup, employs non-thermal plasma to produce green ammonia targeting a cost of $500/ton, competitive with gray ammonia. The method uses a high-voltage electric field to activate nitrogen molecules, bypassing the limitations of the Haber-Bosch process, while AI optimization enhances yield by real-time adjustment of reactor parameters.

A Fluorescent Nanosensor Detects Fungal Infections Before Symptoms Appear

Researchers have developed a non-destructive ratiometric optical nanosensor to detect fusaric acid, a key biomarker for fungal infections in crops, before the first visible symptoms appear. Integrated into a microneedle patch applied directly to the plant, this device could pave the way for early and non-destructive disease monitoring in precision agriculture.

India: A National Agricultural AI to Support 150 Million Farms

The Annam.AI program aims to transform Indian agriculture by providing personalized, real-time farming advice through open data and AI. Supported by the Indian government and tech leaders like Google, it seeks to overcome challenges faced by smallholders, including extreme weather conditions and crop losses due to diseases and pests.

Crop Protection: Shifting Towards a Hybrid Model of Chemistry, Biotech, and AI

The crop protection sector is at a critical juncture, facing a crisis in its traditional economic model. The costs and timeframes for bringing new active ingredients to market have significantly increased, making the traditional molecule discovery model less viable. The integration of advanced technologies, such as artificial intelligence, and the development of open innovation ecosystems are becoming essential to navigate this changing landscape.

Precision Agriculture: Drones and Smart Sensors Enhance Malaysian Rice Management

In the face of growing challenges for rice production in Malaysia, Bernas is deploying advanced technologies such as drones and smart sensors to optimize crop productivity. These initiatives aim to detect crop issues early, improve resource efficiency, and strengthen the sector's resilience against climate and economic challenges.

A former Climate Corporation executive joins Farmwave to accelerate agricultural AI industrialization

Picketa Systems Raises $2.1 Million to Accelerate Real-Time Crop Nutritional Analysis Technology

Canadian company Picketa Systems has recently closed a $2.1 million funding round to expand its LENS platform, which provides real-time data on crop nutrients. With rising fertilizer costs, this technology could help farmers reduce their fertilizer expenses by 20%. LENS, which now covers potatoes, corn, canola, soybeans, and wheat, is already used by over 45 agricultural retailers.

John Deere Advances Its 6R Tractors Towards Greater Automation and Connectivity

The 2027 range of John Deere 6R tractors stands out for innovations in comfort and technology. With the CommandView 4 cab, operators benefit from improved ergonomics and enhanced visibility. Models ranging from 229 to 305 hp incorporate precision agriculture systems, enabling advanced guidance and automation.

A Partnership to Automate and Accelerate Smart Irrigation in Europe

Rivulis EU, a Singapore-based company, has announced a strategic partnership with Spherag, a Spanish firm specializing in irrigation automation. This partnership aims to integrate innovative digital solutions into Rivulis' offerings, thereby enhancing its distribution network and smart irrigation in Europe. The flagship device, Atlas X, enables optimized irrigation management through bidirectional communication with the cloud, facilitating remote monitoring and control.