By integrating advanced genomics, digital monitoring, modeling, and participatory citizen science, the BeeGuards results are contributing to:
· promote environmentally-friendly beekeeping practices: implementation of the innovative management techniques supports biodiversity and ecosystem services while encouraging localized, sustainable beekeeping;
· preserve genetic diversity: establishment of controlled mating stations and cryopreservation protocols enhance genetic resource conservation via utilization and facilitate resilient breeding;
· advance scientific understanding: the ongoing studies on honey bee stressors, health, and resilience across diverse climates and subspecies, are providing evidence-based insights into disease monitoring and resistance, microbiome health, and climate adaptation;
· support ecosystem and pollinator health: research on the impact of beekeeping on wild pollinators aims to optimize colony deployment and reduce negative environmental impacts;
· raise awareness and policy influence: data and findings are informing policymakers, stakeholders, and the scientific community about the interactions between bee health, biodiversity, and environmental factors, supporting informed decision-making;
· provide accessible data and tools: open-access databases, models, and guidelines enable ongoing research, monitoring, and policy formulation for resilient apiculture and biodiversity conservation.
Overall, BeeGuards fosters a holistic approach that integrates scientific research, practical management, and conservation efforts to enhance honey bee health, safeguard genetic resources, and promote sustainable ecosystems across Europe.