Pollinators like moths are increasingly missing from a warming subarctic
The complex relationships between plants and their pollinators in subarctic Finland have changed dramatically across the last century
Plant Science from Cell Biology to Ecosystems
The complex relationships between plants and their pollinators in subarctic Finland have changed dramatically across the last century
Despite the importance of high-latitude surface energy budgets for land-climate interactions in the rapidly changing Arctic, uncertainties in their prediction persist.
As temperatures rise, the life span of a crucial pollinator diminishes to the extent it may not be able to do its job.
Chinese scientists used data from Magnolia plastid genomes to peer back millions of years to understand Cenozoic climatic changes.
Botanists found evidence for the effects of climate change stored in herbaria.
A combination of morphological and physiological traits contribute to drought mortality, along with responses to night warming.
How does 18 years of experimental warming influence the bryophyte communities of sub-arctic heath and meadow ecosystems of northern Sweden?
The research suggests that different categories of species have dissimilar seed germination niches, which contributes to explaining their coexistence.
Winter annual Arabidopsis ecotypes have a distinct advantage over summer annuals in expected global warming scenarios.
Can plants help fight global warming? Nigel Chaffey looks to the roots.