Science Daily

An ancient basin hidden beneath the Greenland ice sheet may help explain the location, size and velocity of Greenland's fastest flowing outlet glacier. The research also provides an insight into what past river drainage looked like in Greenland, and what it could look like in the future as the ice sheet retreats.

Soil moisture levels will determine how much carbon is released to the atmosphere as rising temperatures thaw Arctic lands, suggests new scientific research.

Remote lakes in a perpetually ice-free area of Antarctica show not only the chemical signature of ancient wildfires, but also some much more recent evidence of fossil-fuel combustion, according to new research.

Researchers have provided a unique glimpse into one of the least understood environments on Earth by revealing for the first time former subglacial lakes and their drainage routes beneath the North American ice sheets.

Tens of thousands of 'citizen scientists' have volunteered some use of their personal computer time to help researchers create one of the most detailed, high resolution simulations of weather ever done in the Western United States. This approach will ultimately help improve future predictions of regional climate and answer very specific questions.

The mining, navigation, minerals exploration and environmental hydrology sectors are set to benefit from new research into quantum technology, say experts.

Scientists have found past El Niño oscillations in the Pacific Ocean may have amplified global climate fluctuations for hundreds of years at a time.The team uncovered century-scale patterns in Pacific rainfall and temperature, and linked them with global climate changes in the past 2,000 years, which will influence climate models of current trends.

Following record-high temperatures and melting records that affected northwest Greenland in summer 2015, a new study provides the first evidence linking melting in Greenland to the anticipated effects of a phenomenon known as Artic amplification.

Paleogeneticists have shown that early farmers from across Europe have an almost unbroken trail of ancestry leading back to the Aegean.

Scientists using evidence from bison fossils have determined when an ice-free corridor opened up along the Rocky Mountains during the late Pleistocene. The corridor has been considered a potential route for human and animal migrations between the far north (Alaska and Yukon) and the rest of North America, but when and how it was used has long been uncertain.

Part of Antarctica's coastline has been losing ice to the ocean for far longer than had been expected by scientists, a study of satellite pictures has shown.

Shifts in the distribution of Spectacled Eiders, a predatory bird at the top of the Bering Sea's benthic food web, indicate possible changes in the Arctic's marine ecosystem, according to new research.

Researchers have developed an apparatus to meet the growing need for measuring ice as it changes in response to external forces, a process ice scientists call 'deformational behaviors.'' These forces occur on Earth in glacial ice as it flows due to gravity, and in space as icy satellite bodies respond to tidal forces from their parent bodies.

Population sizes of the Australian carpenter bee have increased dramatically during the global warming following the last Ice Age. This matches previous studies on bees in North America and Fiji, showing that bees from diverse habitats respond strongly to climate change.

The water around Antarctica has not seen the atmosphere for centuries, since long before the machine age. New observations and model simulations suggest this may be the last place on Earth to feel climate change.

250 methane flares release the climate gas methane from the seabed and into the Arctic Ocean. During the summer months this leads to an increased methane concentration in the ocean. But surprisingly, very little of the climate gas rising up through the sea reaches the atmosphere, report investigators.

Using radar data scientists found evidence of an ice age recorded in the polar deposits of Mars. Ice ages on Mars are driven by processes similar to those responsible for ice ages on Earth, that is, long-term cyclical changes in the planet's orbit and tilt, which affect the amount of solar radiation it receives at each latitude.

A new analysis of global data related to wildfire reveals major misconceptions about wildfire and its social and economic impacts. Researchers carried out detailed analysis of global and regional data on fire occurrence, severity and its impacts on society. They found that global area burned has seen an overall slight decline over past decades, despite some notable regional increases.

The history of Greenland's snowfall is chronicled in an unlikely place: the remains of aquatic plants that died long ago, collecting at the bottom of lakes in horizontal layers that document the passing years. Using this ancient record, scientists have determined that snowfall at one key location in western Greenland may have intensified from 6,000 to 4,000 years ago, a period when the planet's Northern Hemisphere was warmer than it is today.

North America experienced regular fires for thousands of years before the arrival of humans in North America according to new research.