New sensor measures nitrate in soil real-time A new technology for measuring nitrate levels could enable optimisation of fertiliser application.
Audili wins BayWa Smart Farming Challenge Audili’s self-learning software based on satellites determines soil characteristics from space.
Australian farm robots to assist aging workforce The Australian SwagBot and Digital Farmhand farm robots are now being commercialised.
Taranis tool for crop emergence and stand count Taranis launched a new solution that monitors crop emergence and maximizes fertiliser programs.
Airbus & John Deere to observe nitrogen uptake Airbus Defence & Space and John Deere have teamed up to continously observe nitrogen uptake.
FarmCommand available for Case and New Holland users CNH Industrial makes the Farmers Edge digital FarmCommand platform available for Case and New Holland.
Penny wise, pound foolish Dutch publication Boerderij investig the quality of soil sampling & analysis with surprising results
Could you use a 25-layer soil map? Farmers in Ontario, Canada now have access to soil-mapping technology that uses radiation sensors.
Farming in harmony with nature Tony Matchett, an advocate of No-Till, claims in his case it has resulted in massive cost savings.
French contractor lets farmers grow with precision ag French contractor Pierre Henri-Hamon is one of the speakers at About Future Farming.
Agrorobótica analyses soil samples using NASA tech Agrorobótica uses NASA technology to provide farmers with quick and affordable soil analysis.
Not afraid to experiment with cover crops No-Till enthusiast J. P. Van Reenen tells about his experiences with cover crops.
Precision ag to fight soil compaction in Brazil The demand for soil sampling and compaction measurement is growing fast in the Central-West of Brazil.
Reversing organic matter loss using cover crops Experts say cover crops are an important way to rehabilitating soils in Ontario, Canada.
Robots grow 50 hectares of maize autonomously 2 companies are going to grow 50 hectares of maize completely autonomously with robots.