The prospect of precision agriculture has existed for decades, but many of the technologies and techniques that will enable it have been slow to catch on. For 20 years, Pablo Sobron sought a better ...

Precision agriculture involves using cutting-edge technologies such as robotics, cloud computing, smart sensors, actuators and artificial intelligence (AI) to enhance and transform traditional farming ...

At SAP Leonardo Live last month, the most interesting presentation was by Cristiano Buss, the CIO of Stara S/A. Stara is a Brazilian manufacturer of farm equipment. The company has gone through two ...

Food is perhaps the best known consumable product, and the economic laws of supply and demand are pointing to an emerging pain point unlike any we have seen in recent history. To combat this looming ...

Precision agriculture involves the use of use of new technologies for greater efficiency. Through the use of cutting edge technology, farmers are now using precision agriculture to improve their ...

The continuous advancement of artificial intelligence (AI) promises to transform nearly every sector of the economy. Agriculture is no exception. Each aspect of the agricultural supply chain—from the ...

Precision agriculture provides many benefits for farmers and can help suppliers manage food. But with a myriad of issues, including regulation and farmer adoption, will we ever see widespread use?

Once only accessible to large commercial farms, technological innovation is beginning to bring the benefits of precision agriculture to everyone else. Photo: artiemedvedev/iStock / Getty Images ...

No audio available for this content. (Image: CHC Navigation) The earliest article about GPS and agriculture that I found in my collection of this magazine(*) is from the July/August 1992 issue: “Using ...