Method for Modeling and Visualization of Agricultural Crops Growth Based on Augmented Reality Technology in Terms of the Greenhouse Effect Dynamics

Abstract

The digital transformation of crop production is part of a federal strategy aimed at adapting agricultural areas to climate change and obtaining a consistently high yield through the introduction of Industry 4.0 digital technologies and platform services. The article explores the use of augmented reality technology in agriculture to visualize the results of growth and development modeling of plants, to evaluate and compare adaptation scripts for managing agricultural areas in the terms of the greenhouse effect dynamics. The article highlights efficiency of the use of virtual and augmented reality technologies in the agro-industrial complex as an important tool for information support of decision makers. The article offers a prototype of the devised toolkit to improve the planning of sowing works and achieve high plant yields due to scientifically based zoning of territories.