Sustainable Pest Control Management through Innovation: The Case of Bee Vectoring Technologies

Abstract

Purpose: This case study examines Bee Vectoring Technologies (BVT) International Inc.’s innovative pest control system, which promotes agricultural sustainability by minimizing pesticide use. Excessive pesticide application poses risks to plants and consumers, making BVT’s bee vectoring a selective and eco-friendly alternative.

Design/methodology/approach: The research is based entirely on documentary information and data available in the public domain. The case study method was employed to analyze the practical applications and potential concerns surrounding BVT’s technology.

Findings: The findings are particularly relevant for agricultural stakeholders seeking sustainable solutions.

Practical implications: This study provides valuable insights into an innovative system that supports sustainable agricultural practices. By offering an overview of Bee Vectoring Technology, it underscores the importance of adopting such methods to achieve long-term sustainability in farming.

Originality/value: This study offers readers an in-depth understanding of a pioneering technology that could revolutionize pest control in agriculture. It highlights BVT’s unique approach, which aligns with global sustainability goals, and discusses the technology’s future potential. The originality lies in the comprehensive examination of BVT’s method and its implications for the future of sustainable farming.