In this study, the previous work, present status, benefits, and limitations of the state-of-the-art
technologies used in smart spraying technologies in precision weed management are …

The rapid evolution of herbicide‐resistant weed species has revitalized research in
nonchemical methods for weed destruction. Robots with vision‐based capabilities for online …

Weeds are one of the primary concerns in agriculture since they compete with crops for
nutrients and water, and they also attract insects and pests and are, therefore, hindering …

The widespread use of herbicides in cropping systems has led to the evolution of resistance
in major weeds. The resultant loss of herbicide efficacy is compounded by a lack of new …

The rise of herbicide resistant weed species has reinvigorated research in nonchemical
methods for weed management. Robots, such as AgBot II, that can detect and classify …

Introduction The competition between intra-row weeds and cultivated vegetables for
nutrients is a major contributor for crop yield reduction. Compared with manual weeding …

With the advent of precision agriculture, it was possible to integrate several technologies to
develop the variable rate application (VRA). The use of VRA allows savings in the use of …

Due to large line spacing and planting distances, the adoption of continuous and uniform
pesticide spraying in vegetable farming can lead to pesticide waste, thus increasing cost …

In this study, two-dimensional location of crops for auto weeding was detected using deep
learning. To construct a dataset for soybean detection, an image-capturing system was …

Weeds are competitors against crop plants for resources such as water, light and nutrients.
Consequently, weeds are responsible for a decrease in yield. In organic farming, only …