Robotics and variable rate technology (VRT) have shown great potential for site-specific
weed management (SSWM), but these technologies face several challenges like accurate …

Nowadays precision agriculture is undertaking a steep growth in terms of both, commercial
products and research and development applications. This is rapidly changing the crop …

This comprehensive review delved into the economic and environmental benefits of Digital
Agricultural Technologies (DATs) in crop production, synthesising data from 136 peer …

The use of a fallow phase is an important tool for maximizing crop yield potential in moisture
limited agricultural environments, with a focus on removing weeds to optimize fallow …

The adoption of site‐specific weed management (SSWM) technologies by farmers is not
aligned with the scientific achievements in this field. While scientists have demonstrated …

Agricultural herbicide application efficiency can be improved using smart sprayers which
provide site-specific, rather than broadcast, applications of agrochemicals. The YOLOv3 …

Estimation of plant canopy using low-altitude imagery can help monitor the normal growth
status of crops and is highly beneficial for various digital farming applications such as …

This paper proposes a modular system of precision agriculture to automate sprayers,
optimizing the application of pesticides through a robotic system based on computer vision …

Precision herbicide application can substantially reduce herbicide input, thereby cutting
chemical costs and minimizing adverse environmental impacts. A smart sprayer prototype …

Weed surveys provide the basis for weed management research in lowbush blueberry, but
have not been conducted in Nova Scotia since 2001. Documented declines in herbicide …