A Review on Advances in Agriculture and Agroforestry with GPS and GIS

Various analysts, agronomists, scientists, and engineers employ a variety of technologies done yearly to boost agricultural output at a low cost, but this has a negative influence on the surroundings. Precision agriculture is the study of the use of technology to reinforce agricultural movements in comparison to normal agricultural forms and lessen negative environmental impacts. Precision farming depends heavily on detached sensing electronics, and this technology's use in precision farming opens up new possibilities for lifting agricultural guidelines. The global positioning system (GPS) enables the terrestrial Latitude and Longitude data of field dossier (slope, aspect, minerals, and yield). Since it has the ability to steadily determine and record the right position, it can build a bigger table for the user. A terrestrial information arrangement (GIS) that can handle and store these data is needed for further study. Despite agroforestry's limited dimensional extent, seclusion, and higher working and structural complexity, current advancements in geospatial electronics, as well as the free approachability of spatial information and operating system, can provide supplementary insight into evaluating tools, making the decisions, and cultivating policies. This review has dotted the current uses of geospatial technology, in addition to their restrictions and limits, in addition to prospective future uses for agroforestry. This review discusses GPS, GIS, and detached sensing electronics and explains by means of what they might be used in accuracy agriculture and agroforestry.

Please read full article - https://journalijpss.com/index.php/IJPSS/article/view/2849