To address these obstacles, modern farming increasingly relies on mechanization, which boosts efficiency, productivity, and sustainability. Across Africa, a new generation of agricultural machinery is ...

State Rep. Kent Roe, R-Hayti, who drafted the legislation, urged the committee to green-light the tax break on the premise ...

For decades, Africa’s agricultural mechanisation has been guided by a stubborn assumption: if tractors transformed farming elsewhere, surely, they would do the same here. So, we shipped in large, ...

The National Agricultural Science and Technology Innovation Port under construction in Beijing's Pinggu district will be fully operational in 2028, aiming to drive China's push to build an ...

Discover the latest in agricultural innovation as we showcase advanced machinery revolutionizing farm efficiency and productivity. Explore the VERVAET HYDRO TRIKE's low-soil-impact fertilization, the ...

Explore the most advanced agricultural machinery designed for efficient and large-scale farming operations. This video features powerful John Deere, Challenger, Agco, Deutz-Fahr tractors, high-tech ...

Discover how Harry Ferguson’s three-point hitch revolutionized tractor technology and became the global standard still used in a ..

No-Till Farmer’s 1:1 with Elizabeth Burns-Thompson, Modern Ag Alliance Through the Decades: Bane-Welker’s Steve Hine Reflects on 52 Years Precision Ag Drives Demand for More Technicians The 2025 ...

TAIYUAN -- From AI-powered data platforms to drones flying across the skies, Generation Z farmers in China are embracing a modern approach to agriculture and redefining what it means to be a farmer.

Modern agriculture demands more than equipment that simply works. It requires machinery engineered to perform under pressure, designed with operator input and built to withstand daily farm life. Kuhn ...

Crop breeding for higher yields may be unintentionally reducing the beneficial microorganisms that help plants absorb nutrients Modern corn, wheat, and beans have dramatically different root systems ...