Climate change is increasing the frequency and intensity of thermokarst, and accelerating
the delivery of terrestrial organic material from previously sequestered sources to aquatic …

Hydrodynamic processes play a crucial role in driving the transmission of sediments, likely
harboring diverse microbes and heterogeneous organic carbon (OC) in the ocean. Here we …

Climate-change driven increases in temperature and precipitation are leading to increased
discharge of freshwater and terrestrial material to Arctic coastal ecosystems. These inputs …

Biofloc technology (BFT) is one of the most promising techniques in global aquaculture. The
core of BFT is the abundant bioflocs consisting of microbes, but the process of microbe …

The composition of the bacterial community of carrageenophyte-attached and planktonic
bacteria was studied in two bays of Vietnam with contrasting anthropogenic inputs to assess …

Cyanobacterial blooms are common phenomenon in freshwater ecosystems, influencing the
composition and function of bacterioplankton communities. However, the drivers on the …

Nitrogen-fixing or diazotrophic microbes fix atmospheric nitrogen (N2) to ammonia (NH3+)
using nitrogenase enzyme and play a crucial role in regulating marine primary productivity …

Highlights•The importance of phenotypic variation in spatially structured microbial groups is
currently underappreciated.•Cellular activities can cause phenotypic variation and change …

The Arctic is experiencing dramatic changes including increases in precipitation, glacial
melt, and permafrost thaw, resulting in increasing freshwater runoff to coastal waters. During …

Macroalgae are abundant in coastal Arctic habitats and contain a large amount of
polysaccharides. Increased macroalgal productivity due to warmer temperatures and …