Genetically modified (GM) crops are touted as a potential solution for agricultural challenges, but their efficacy varies ...

Modern agriculture is transforming with advanced technology to address labor shortages, operational costs, and environmental ...

Sustainability and food security are pressing global challenges that severely affect the quality, accessibility, and ...

India's maize production growth, challenges, and solutions for boosting yields and making maize a year-round crop.

In a Policy Forum, Ben Belton and colleagues discuss the rapidly growing use of drone technology in agricultural applications and the important, yet understudied, benefits and trade-offs involved.

A new paper published in Agriculture outlines how computational technologies, artificial intelligence, and information ...

Sabri Şıktaş, a farmer from Iğdır, in eastern Türkiye, transformed a 247-acre rocky area into farmland over eight years of ...

As the White Dew season approaches, the transition from late summer to early autumn brings a unique charm to the world of agriculture and dairy farming. This article delves into the significance of ...

It is impossible to imagine modern agriculture without plastics. 12 million tons are used every year. But what about the consequences for the environment? An international team of authors ...

Modern agriculture was born when an abundant supply of synthetic nitrogen started flowing at Oppau. The Haber-Bosch process busted wide open the natural limits on plant growth.

The problem is that modern agricultural practices emit far more carbon than they sequester. In addition to emissions from tractor fuel, cow burps and petroleum-based fertilizers and pesticides, common ...

Has modern agriculture cleaned up its dirty runoff act? Farmers today don't muddy rivers as much as they used to -- but the full downstream picture is still quite dark.