New system uses real-time sensor data to deliver tailored recommendations for growers.
New technology aims to cut fertilizer use by up to 10% through automated geospatial analysis.
Discovery by Japanese researchers reveals fertilization-linked gateway regulating seed growth.
Over four years, the project will field-test six robotic systems across Europe, integrating augmented and extended reality technologies to enhance farming operations. The project seeks to improve safety, efficiency, and sustainability in agriculture, making the sector more attractive to younger workers.
The new facility will be a part of CF Industries’ Blue Point Complex and is planned to start production in 2029. It is expected to be the largest of its kind in the world, with an annual capacity of 1.4 million tons.
He has transitioned from using chemical herbicides to mechanical weeding to manage blackgrass in his wheat fields due to diminishing effectiveness and concerns about resistance.
Dr. Graham’s extensive experience in plant breeding and R&D is expected to drive continued innovation at Bayer.
The company, founded in 2014 and once valued at $1.9 billion, has secured $20.7 million in debtor-in-possession financing to continue operating a strawberry farm in Virginia and a plant science R&D center in Wyoming.
The study analyzed over 150 previous studies using machine learning to estimate that crop and seafood production could face substantial losses annually due to a concerning trend of reduced photosynthesis and chlorophyll levels.
The Texas Department of Agriculture (TDA) will manage the implementation of the grant, including the distribution of funds to qualified agricultural producers.
The microalgae, considered a potential superfood, are grown in photobioreactors using artificial lighting.
Unlike traditional AI services, PlantPilot uses real-time environmental data, historical crop data, and specific field characteristics like microclimate and soil composition to offer precise recommendations.
The facility will produce a new insecticide, PLINAZOLIN, with a novel mode of action for turf, ornamentals, and professional pest management markets.
This technology offers a more efficient, scalable method for selecting bacteria that can improve crop nutrient uptake, supporting sustainable farming practices.
The study from Iowa State University indicates that the optimal nitrogen fertilizer rates for corn production in the Midwest have been increasing by about 1.2% annually over the past 30 years.
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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
