Proto-Peat In The Arctic

PHOTOGRAPH: SANNA PIILO

We have posted enough times about the importance of protecting peat, but this is the first we hear the question Carbon-Rich Peat Is Disappearing. But Is It Also Growing? Our thanks to Matt Simon at Wired for this one:

PHOTOGRAPH: SANNA PIILO

Scientists have discovered “proto-peat” forming in the Arctic as the Earth naturally sequesters carbon, but it could take centuries to mature.

THANK PEAT FOR that scotchy flavor of Scotch whisky: The muck forms in Scotland’s bogs, when layer after layer of dead vegetation resists decay and compresses into fuel, which is burned during scotch distillation. But you can also thank peat for helping keep our planet relatively cool, as all that muck—which is particularly common across the Arctic—traps a tremendous amount of carbon that would otherwise heat the atmosphere. Continue reading

Keep Peat In Place

Peat bogs on the Isle of Skye, Scotland. ALAN NOVELLI / ALAMY STOCK PHOTO

Peat made two appearances in our pages in 2014, both underscoring the importance of this type of landscape for storing carbon. More such stories in 2017 and again last year made it clear how the case has been building over the years:

Why Saving World’s Peatlands Can Help Stabilize the Climate

Peatlands make up 3 percent of the earth’s landscape, yet absorb large amounts of carbon and harbor surprising biodiversity. Although peat bogs and fens are under increasing environmental threat, efforts to protect and restore these ecosystems are gathering momentum.

Peatlands in northern Canada’s Mackenzie Valley, seen here in autumn. ED STRUZIK

The Aweme borer is a yellowish-brown moth with an inch-and-a half wingspan. In the often-colorful world of lepidopterology — the study of moths and butterflies — it’s not particularly flashy, but it is exceedingly rare. For decades, entomologists thought the moth lived in the sand dunes and oak savannahs in southern Manitoba and the Great Lakes region. Continue reading

Protecting Peat Bog Is Big

Andrew Coupar, a NatureScot peatlands expert, at the Forsinard visitor centre. Photograph: Murdo MacLeod/The Guardian

If you go to the home improvement center, or any gardening shop, you will see this stuff in plastic bags, ranging in size from small pillow to half-bale. If you purchase it you are buying into a destructive practice that goes beyond the destruction of amazingly beautiful landscape. If heritage status helps end that, we are all for it:

World heritage status for Scottish peat bogs could help UK hit net zero goals

Hopes rise that the Flow Country, the world’s largest carbon store, could become first peatland to win the status

Ecologists estimate that while peatlands cover only 3% of the Earth’s land surface, they hold 30% of the carbon stored on land. Photograph: Murdo MacLeod/The Guardian

Andrew Coupar has crouched down by a small pool, its surface peppered with the small stalks of bogbean. In autumn its dark green oval leaves echo the muted browns, greens and ochres of the surrounding peatland.

In spring, however, the bogbean’s pink-fringed white flowers put on a remarkable display, carpeting the cluster of pools that mirror the blue skies and light clouds above and, along the horizon to west, the mountains of Sutherland. Continue reading

For Peat’s Sake, Conserve Amazonia

BBC: In Amazonia’s most carbon-dense ecosystems, an estimate 90% is stored underground as peat

A couple of weeks ago, we featured a story from another British news source about the peat success story in Indonesia, where the new president has pledged to tackle his country’s deforestation rate, the highest in the world. President Joko Widodo announced that both rainforest and peatland would be protected under his governance, even if that meant cracking down on the powerful plantation companies.

This week, scientists at institutions in the UK, Finland, and Peru published a paper in Environmental Research Letters calculating that peatlands, rather than rainforest, are the most dense store of carbon in Amazonia. Mark Kinver reports for BBC News:

Writing in the paper, the scientists observed: “This investigation provides the most accurate estimates to date of the carbon stock of an area that is the largest peatland complex in the Neotropics.”

They said it also confirmed “the status of the [Pastaza-Marañón foreland basin in north-west Peru] as the most carbon-dense landscape in Amanozia”.

“We expected to find these peatlands but what was more of surprise was how extensive they were, and how much this relatively small area contributed to Peru’s carbon stock,” explained co-author Freddie Draper from the University of Leeds.

The 120,000 sq km basin accounts for just about 3% of the Peruvian Amazon, yet it stores almost 50% of its carbon stock, which equates to about three billion tonnes.

Continue reading