… of sensors and actuators that senses and responds to different inputs and provides instant
feedbacks. The key sensors involved in precision agriculture … of sensors used in agriculture, to …

… To make precision agriculture work, a producer must be able to obtain high quality … to the
adoption of precision agriculture. Both proximal and remote sensing technologies have been …

… sensing data in precision agriculture applications. With the acceptance and increased use of
precision agriculture … services, geomatics technology software, remote sensing data, etc., as …

… The WSN is made up of sensor nodes that operate under a mesh or point-to-point topology,
… to one or more sensors [17]. In precision agriculture the most important types of sensors for …

… -sensing applications. As there is no comprehensive survey on the use of UAV-based remote
sensing in precision agriculture, … problems in various sub-domains of precision agriculture. …

… navigate agricultural vehicles within a field, have become the most common sensor in precision
agriculture… On the other hand, some soil sensors may be used to vary application rates in …

… network and the applicability of Wireless Sensor Network for increasing the production and
… of agricultural fields. Hence, the studies based on Precision agriculture using wireless sensor …

… Agricultural systems can be made resource-efficient by integrating tools, technologies … the
precision agriculture PA concept. Precision agriculture (PA) is a site-specific form of agriculture …

… these ambient variables activate the sensing mechanism, inducing a variation in the sensors
output accordingly. Moreover, these platforms often include sensors to monitor growth and …

… This review article focuses on the field of precision agriculture … sensing principles and
Sentinel-2 A + B constellation features in the context of the state-of-the-art in precision agriculture. …