The Implementation and Effectiveness of geographic information systems and Location Intelligence technology in digital agriculture

Abstract

A significant change associated with the implementation of information technology occur in the period of digitalization of economic processes in the Russian Federation in all areas of activity. In particular, agriculture is one of the most extensive areas in our country. This article discusses the tools to accelerate the digitization of agriculture -geographic information systems (GIS). An analysis of existing GIS in the context of agriculture, their capabilities, scope of application, functions is proposed. Trends in the development of global geographic information systems with a powerful analysis apparatus based on the collected data and visualization of results have been identified. The article establishes a shortage of specialized products to solve specific problems of the industry that do not require the study of a complex GIS apparatus, and an underestimation of the possibilities for the operational analysis of digital photographs. The prospects for the development of specialized geographic information systems are considered. The development of a GIS based on continuous monitoring of territories using quadrocopters, which will build an up-to-date map with the results of analyzing new data, identifying the areas of intervention required, for example, lack of fertilizer, watering, or fire identification is proposed.

Potencial económico de agricultura de traspatio a partir de un sistema de información geográfica en una microrregión de Tantoyuca, Veracruz

“…A la vez que se minimiza la suma de los costos de transporte y utilización de apiladores, mediante un algoritmo de dos pasos basándose en este mismo (Dharmadhikari y Farahmand, 2019). También se analizaron los SIGs que ya habían sido elaborados en el contexto de agricultura, producción, aplicación y funcionalidad para construir un nuevo mapa basado en el monitoreo continuo (Nazarov et al, 2019). (Giraldo-Picon et al, 2018) lanzaron un modelo de simulación dirigido especialmente a estudiantes y profesionistas involucrados en planeación, diseño y operación usando un conjunto de métodos dentro de los cuales está inmerso el sistema de información geográfica, permitiendo evaluar el desempeño de diversos escenarios, mientras que Ferreira (2019) diseñó una herramienta tecnológica aplicada a la producción agrícola de precisión como aporte a los Sistemas de Información Geográfica para promover un cultivo efectivo en las diferentes etapas de la producción.…”

Systematic Literature Review: An overview of Digital Agriculture for Food Sustainability

“…Over the last decades, a wide range of scholarly work has been released on digital agriculture (V. Kumar et al, 2008;Nazarov et al, 2019;Saberioon et al, 2013;Srinivasan & Koteeswaran, 2016;Teucher et al, 2022;Vigoroso et al, 2021;Yong et al, 2002). Digital agriculture is the termed used to describe the transformation of agricultural practices, processes, products and marketing by using the ICT infrastructures to improve yield and decision making as well as reduce production cost, food shortage and wastages throughout the value chain (Fountas et al, 2020;Kosareva et al, 2019).…”