DNA barcoding has transformed the fields of ecology, evolution, and conservation by
providing a rapid and effective tool for species identification. The growth of DNA barcodes as …

Anthropogenic activities are triggering global changes in the environment, causing entire
communities of plants, pollinators and their interactions to restructure, and ultimately leading …

The possibility to identify plants based on the taxonomic information coming from their pollen
grains offers many applications within various biological disciplines. In the past and …

Understanding the plants pollinators use through the year is vital to support pollinator
populations and mitigate for declines in floral resources due to habitat loss. DNA …

Generalist species are core components of ecological networks and crucial for the
maintenance of biodiversity. Generalist species and networks are expected to be more …

The urgent need for highly resolved and broad biomonitoring has never been greater as
challenges such as climate change, agricultural intensification and biodiversity loss …

The arrangement of plant species within a landscape influences pollination via changes in
pollinator movement trajectories and plant–pollinator encounter rates. Yet the combined …

Because of Canada's large size, it is impractical to obtain a comprehensive perspective on
biotic change through morphological approaches. DNA metabarcoding offers a potential …

Pollen and nectar are crucial resources for bees but vary greatly among plant species in
their quantity, nutritional quality and timing of availability. This makes it challenging to …

Wild bees are known to be efficient pollinators of wild plants and cultivated crops and they
are essential ecosystem service providers. However, wild bee populations have been …