Scientists at the Department of Energy's Oak Ridge National Laboratory have demonstrated an autonomous robotic field ...

Scientists introduced a robotic system that autonomously collects soil samples and analyses plant-soil interactions.

Smart farming use cases, particularly battery-powered and in remote locations, require low-power devices and secure wireless ...

Soil carbon can be difficult to measure precisely ... supporting higher-precision process models and artificial intelligence ...

Digitized soil sensors implanted in fields where crops are grown could help farmers make timely decisions about where and when to add fertilizer and pesticides, maximizing yields as global demand ...

Suprem Das, an associate professor in K-State’s Department of Industrial and Manufacturing Systems Engineering, said advancing soil sensors –and allowing farmers to collect soil information in ...

Examples of AI being used in advanced crop monitoring include vineyard water management, fertility in potato production, ...

Saudi Arabia is witnessing a significant evolution in its agricultural and environmental monitoring practices with the integration of wireless sensor technologies. These advancements are crucial for ...

On World Soil Day, it’s important to remember that soil health drives India’s sustainable agriculture and food security goals ...

With four wheels and a bright red paint job, SwagBot is not your average cow. But researchers at the University of Sydney say ...