Publication Details
Abstract
Under conditions of climate change and market expansion, precisely the transformation from traditional beekeeping into a highly-technologically managed agro system has become crucial. This research represents a preliminary work in the sense of providing the foundations for the development of an integrated roadmap addressing innovative growth of the beekeeping industry and effective sustainability pathways in arid climate conditions Although there is research on some of the component technologies or biology, no existing research integrates monitoring, analyzes, forecasting, and management into a single system. The research uses the systematic method of analysis, the analysis of economic-statistics, comparative analysis of traditional and innovative models, SWOT analysis, and methods of modeling and forecasting. To confirm the practical feasibility of the proposed roadmap, expert assessments were also utilized. Well, the findings show that innovative practices — such as IoT-based monitoring, artificial intelligence, and digital platforms — do not just serve as tools for production, but an entire management apparatus. These findings show that efficiency is not necessarily a direct function of production gain, but rather the reduction of climate risks, stabilization of bee colonies and effective use of resources. The authors argue that bringing this all together in a single digital management platform which combines climatic, biological, technological, economic and institutional aspects have the prospect to massively increase the resilience and productivity of the sector. The suggested roadmap outlines practical implications for policymakers and practitioners that can enhance digital transformation, enable the development of agro-clusters, and build the economic and environmental sustainability of beekeeping.