while bacteria generally leads to more carbon emissions. "In high Arctic ecosystems, the variety of fungi is particularly high compared to that of plants, which increases the likelihood that ...

The study found that microscopic life living under Arctic sea ice is in danger. As the ice melts and disappears, so do the microscopic organisms. Unlike other microorganisms that live at the ...

A decrease in pressure ridges over the past 3 decades is making the ice more uniform, with unclear consequences.

The country has a growing confluence of scientific, commercial and strategic plans to boost its presence. Read more at ...

One would think that a volcano was not the most hospitable place for living organisms. However, the Borealis Mud Volcano, at ...

TASS/. Participants in the Arctic Floating University expedition study microorganisms in the Arctic archipelagos to receive enzymes capable of destroying cellulose and other plant polysaccharides ...

A study has found that as climate change causes the Arctic permafrost to melt, pathogens may awaken and damage crops. The ...

We need that understanding, among other things, considering that the Arctic seabed plays an important ... microscopic marine organisms from up to 2.5 million years ago and that small "mud cones ...

The answer depends, among other things, on whether the Arctic becomes wetter or drier in the future. This is because in dry soils, microorganisms decompose plant material with the help of oxygen ...

Connecticut College botany professor Peter Siver has been awarded a National Science Foundation (NSF) grant to synthesize decades of research on protists—microscopic organisms essential to aquatic ...