ON
← Back to feed
Melting Svalbard glaciers may flush ancient methane from rocks beneath the ice
United Kingdom🏛️ PoliticsCenter8 hr. ago

Melting Svalbard glaciers may flush ancient methane from rocks beneath the ice

New research published in Nature Communications reveals that meltwater rivers from Svalbard glaciers are releasing ancient methane trapped in rocks beneath the ice. The study, led by researcher Gabrielle Kleber, analyzed 148 water samples from 19 glacier-fed rivers in central Svalbard and found that every sample contained methane levels significantly higher than atmospheric background levels. The methane primarily originates from geological sources, specifically old shale layers rich in organic carbon, rather than microbial activity. The study highlights that glacial meltwater interacts with subglacial rocks, flushing out methane into rivers. Methane concentrations were highest in areas with shale-bearing rock formations and in glaciers with thawed, active beds. These findings suggest a potential feedback loop where warming glaciers could increase methane emissions, exacerbating climate change.

Advertisement

Go to the primary sources (2)

The official sources this coverage is built on. Read them directly to bypass framing.

1 reports

Phys.org logoPhys.orgIndependentCenter8 hr. ago
Melting Svalbard glaciers may flush ancient methane from rocks beneath the ice

New research published in Nature Communications reveals that meltwater rivers from Svalbard glaciers are releasing ancient methane trapped in rocks beneath the ice. The study, led by researcher Gabrielle Kleber, analyzed 148 water samples from 19 glacier-fed rivers in central Svalbard and found that every sample contained methane levels significantly higher than atmospheric background levels. The methane primarily originates from geological sources, specifically old shale layers rich in organic carbon, rather than microbial activity. The study highlights that glacial meltwater interacts with subglacial rocks, flushing out methane into rivers. Methane concentrations were highest in areas with shale-bearing rock formations and in glaciers with thawed, active beds. These findings suggest a potential feedback loop where warming glaciers could increase methane emissions, exacerbating climate change.

Bias read (Center): The article presents scientific findings without overt ideological framing. While climate change is a politically charged issue, the piece focuses on empirical research and avoids taking a partisan stance. It reports on the methodology, findings, and implications of the study without promoting a pro

How each side covered it

The same event, grouped by the political lean of the outlets covering it.

How each side covered it

Support independent, bias-aware news and unlock the social pulse, community voting, and every other Supporter feature.

Become a Supporter

Covered around the world

The same event as reported in other countries.

Covered around the world

Support independent, bias-aware news and unlock the social pulse, community voting, and every other Supporter feature.

Become a Supporter

Claims check

Key factual claims, and how many sources assert vs dispute each.

Claims check

Support independent, bias-aware news and unlock the social pulse, community voting, and every other Supporter feature.

Become a Supporter

Keep the news honest.

ObjectiveNews is reader-funded and ad-free — we show you the bias instead of hiding it. Support independent journalism for €4/month.

Become a Supporter

Related stories