Can organic farming be both sustainable and commercially viable at scale? Serbian farm LoginEKO believes the answer is yes.

Integrating plant biosensors, IoT, and AI transforms precision agriculture, enhancing crop monitoring and resource efficiency ...

A new farming system developed by researchers at The University of Texas at Austin aims to solve one of the biggest problems in modern agriculture: the overuse of fertilizers to improve crop yields ...

Eyes glued to his mobile phone, farmer Sotiris Mournos pores over the latest microclimate and humidity data about his fields on the plain of Imathia in northern Greece. The high-tech farming ...

Smart agriculture refers to the use of technologies such as IoT, sensors, location systems, automation, robotics and AI/ML on farms. The main goal of smart agriculture is greater efficiency and ...

Many agricultural facilities need to make immense efforts to monitor their crops, and the technological age can offer a lot of options to help. For example, Internet of Things (IoT) technology for ...

A government program to cultivate young talent in smart agriculture drew 731 applicants for 208 spots, posting a competition ...

America’s farms don’t just run on corn and cattle. They also run on cash from the U.S. Department of Agriculture. Every year, the USDA spends billions of dollars to keep farmers in business. It hands ...

The Department of Science and Technology (DOST) is urging Cebu to adopt smart agriculture technologies to raise food production, as food prices continue to account for the biggest share of inflation ...

More than 188,000 farming households across Zimbabwe have strengthened their food production and resilience through a four-year emergency agricultural programme that helped drive record wheat harvests ...

Challenges in Adopting Climate-Smart Agriculture Abhishek Jain, the Director of Green Economy and Impact Innovations at CEEW, ...