There could be ripple effects. Scientists raise red flag after discovering concerning trend with plants in Arctic: 'An early ...

MFRE are another group of enigmatic fungi that form beneficial relationships with plants. Long mistaken for the arbuscular ...

Scientists have found a new way to unlock the potential of the seeds in Arctic seed vaults to help crops survive extreme ...

In the Arctic, one of the primary paths for water to flow is along water tracks, stream-like features that fill with and ...

Among these animals is the Arctic hare, the largest hare in North America. The Arctic hare has large claws on all four feet, ...

Warming temperatures are causing Arctic peatlands to expand, temporarily boosting carbon storage—but long-term stability remains uncertain.

The Arctic tundra is characterized by its layer of permafrost or permanently frozen subsoil that contains mostly gravel and nutrient-poor soil. This prevents plants with deep root systems from ...

The tundra biome is characterized by extremely cold temperatures and treeless, frozen landscapes. There are two types of tundra: Arctic and alpine.

With the Arctic warming faster than the global average, researchers at UBC and the University of Edinburgh have made an important discovery about tundra plants and how they are adapting faster ...

Rapid climate change is upending plant communities in the Arctic, with species flourishing in some areas and declining in others, according to a new study in Nature. The decades-long investigation, ...

Rapid climate change is upending established plant diversity and growth patterns in the Arctic, with species blooming in some areas and declining in others, suggests a study published today in the ...

In the tundra, there’s no clear winner Scientists studying plants in one of the most extreme environments on Earth say the Arctic is indeed changing under the impact of global warming—but not in a ...