Environmental aspects of digitalization of phytosanitary examination of agricultural crops

Abstract

Abstract The article provided discusses the environmental aspects of digitalizing phytosanitary examination in plant cultivation. The authors highlight the negative environmental consequences resulting from the irrational use of natural resources and the increasing impact of powerful anthropogenic factors, such as the depletion of entomofauna composition, disruption of self-regulation mechanisms, and increased mass reproduction of phytophagous insects. Digitalization based on mathematical modeling is identified as a highly effective tool for phytosanitary monitoring. It involves a software module that allows dynamic changes in the number of research objects and the input of initial data about the studied objects and their parameters. The proposed method of comprehensive assessment enables a balanced consideration of parameters and criteria, encompassing both quantitative and qualitative evaluations. It facilitates the simultaneous maximization and minimization of various parameters, contributing to the mobilization of natural biota resources and the enhancement of biological diversity in agrolandscapes while considering the complexity of relationships within these landscapes. This approach is crucial for addressing the need to balance conflicting requirements or goals in the digitalization of phytosanitary expertise in agricultural crops.