Abstract:
Precision agriculture represents a new branch developed due to the new technologies, which represents, for most farmers, a challenge in their use in order to obtain improved productions from year to year, and the conservation of the potential of agricultural lands.
Determining the problems of agricultural crops, was done recently through field inspections, which requires a great deal of time. The emergence of drones, dedicated applications for using the results obtained with the help of drones and other new
technologies, such as multi-spectral satellite imagery, opens a new perspective for farmers, which allows them to obtain better results in the field of crops but also the conservation of agricultural land. The use of drones and the applications dedicated to the processing of the data obtained with them, will allow to increase the efficiency of the farms and also to conserve the potential of agricultural lands. It will be possible to determine
precisely the areas in which to intervene in case of drought / excess humidity, deficiency / excess of nutrients. Also, yeld maps can be made that will highlight the distribution and density of the plants on the surface, the number of berries / fruits, etc. Early detection of weeds, fungi and other pests in crops, to prevent their spread as well as various diseases.
At present, more and more farmers are convinced of the efficiency of drone application and precision agriculture applications. In addition to these solutions, farmers also need machines dedicated to the application of the results obtained with these technologies (agricultural equipment equipped with GPS, sensors for various climatic and soil
parameters, variable nozzles for seeders and fertilizers, motion / rotation sensors, counters, etc.).
