Polar amplification of climate change has the potential to cause large‐scale shifts in the
dissolved oxygen (DO) dynamics of Arctic lakes, with implications for fish survival …

Abstract The Late-Quaternary climate of Beringia remains unresolved despite the region's
role in modulating glacial-interglacial climate and as the likely conduit for human dispersal …

The highest concentration of the world's lakes are found in Arctic-boreal regions [C.
Verpoorter, T. Kutser, DA Seekell, LJ Tranvik, Geophys. Res. Lett. 41, 6396–6402 (2014)] …

Oxygen depletion in lake bottom waters has adverse impacts on ecosystem health including
decreased water quality from release of nutrients and reduced substances from sediments …

The goals of our study were to (1) quantify production of CO2 during winter ice‐cover in
arctic lakes,(2) develop methodologies which would enable prediction of CO2 production …

In recent years, benthic algae have been increasing in abundance in the littoral zones of
oligotrophic lakes, but causality has been hard to assign. We used field and laboratory …

Whole-lake microalgal biomass surveys were carried out in Lake Balaton to investigate the
seasonal, spatial, and temporal changes of benthic algae, as well as to identify the drivers of …

Widespread increases in dissolved organic matter (DOM) concentration across northern
lakes can alter rates of primary production by increasing nutrient availability and decreasing …

The diversity of cyanobacteria along the Alaskan North Slope was investigated. We isolated
and cultivated 57 strains of cyanobacteria and sequenced a section of their rRNA operon …

Processes regulating the rate of oxygen depletion determine whether hypoxia occurs and
the extent to which greenhouse gases accumulate in seasonally ice‐covered lakes. Here …