Pollination represents a critical phase in the reproductive cycle of flowering plants, facilitating the transfer of pollen from the anther to the stigma and enabling fertilization. This process directly influences fruit and seed set, impacting not only individual plant reproductive success but also population persistence and genetic diversity at the ecosystem level.

A significant proportion of flowering plants, including many staple and high-value crops, rely on bees for effective pollination. However, global declines in pollinator populations—attributed to habitat degradation, pesticide exposure, climate change, disease pressures, and intensive agricultural practices—pose major challenges to biodiversity, crop productivity, and food security. As a response, the management of diverse bee species has emerged as a promising approach to bolster pollination services and mitigate the effects of pollinator loss.

Managed pollination involves multiple bee taxa, such as honeybees, bumblebees, stingless bees, and solitary bees, each with distinct foraging behaviors, environmental requirements, and crop compatibilities. These differences yield varied outcomes in pollination efficiency and agricultural productivity, underscoring the importance of targeted species selection and management strategies. Enhancing our understanding and implementation of managed pollination systems is crucial for advancing sustainable agriculture while safeguarding pollinator diversity.

Amongst others, this topic welcomes articles addressing the following key areas:

1. Comparative analysis of pollination efficiency among managed and wild bee species.

2. Innovations in the health and management of bee colonies under agricultural conditions.

3. Enhancement of agri-horticultural productivity through optimized managed pollination.

4. Impact of bee-mediated pollination on the nutritional quality of horticultural products.

5. Consequences of managed bee introductions on native pollinator communities.

6. Integrative strategies for pollinator conservation within agricultural landscapes.

7. Novel approaches and technologies in bee management for increased resilience and efficiency.

We aim to foster cross-disciplinary dialogue and encourage research that advances both the practical and ecological dimensions of managed pollination, supporting sustainable food systems and the conservation of pollinator biodiversity.

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Bees in managed pollination