Here, Halbach et al. use single-cell measurements of elemental composition and nutrient assimilation rates of glacier ice algae, showing that the algae are well adapted to the ice’s oligotrophic ...

This research will help us better understand how microscopic life influences and responds to environmental change,” Siver ...

Dark algae that grow on the surface of Arctic ice sheets are likely to expand their range in the future, a trend that will exacerbate melt, sea level rise and warming. “These algae are not a new ...

Siver, recent research includes two landmark studies: one identifying an exceptionally preserved fossil of microscopic algae, reshaping the understanding ... an opportunity to integrate decades of ...