In the realm of plant biology, pollination stands as a vital process, underpinning the survival and propagation of diverse species and directly influencing both biodiversity and agricultural productivity. The intricate relationships between plants and their pollinators face increasing threats from global environmental changes, necessitating an urgent examination of how these associations evolve. Current research is heavily focused on deciphering how flowering plants attract pollinators and in turn, how pollinators influence floral adaptations. This complex dynamic is pivotal for both conserving biodiversity and managing agricultural practices, as the decline in pollinator populations poses significant risks to food security.

This Research Topic aims to collate and synthesize new findings in the field of pollination biology to better understand the evolving nature of plant-pollinator interactions in the context of environmental shifts. The objective is to create an interdisciplinary platform that enhances our comprehension of pollination mechanisms and their implications for conservation strategies and agricultural productivity. By bridging gaps in current knowledge and addressing the rapid loss of species and their habitats due to widespread anthropogenic pressures, this research seeks to inform effective conservation practices and sustainable agricultural development.

To gather further insights into the complex dynamics of pollination, the scope of this Research Topic is broad yet discerning, focusing on key areas of investigation. We welcome a variety of contributions, including original research and review articles, that delve into:

-Evolution of floral traits
-Variation in reproductive systems across biogeographical and ecological gradients
-Adaptations of plant-pollinator interactions to environmental changes
-Pollination as a critical ecosystem service

This diverse thematic spectrum promises to enrich our understanding and foster robust discussions within the scientific community.

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Frontiers in Plant Science

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