поздравления с днем рождения женщине 35 лет короткие
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поздравления с днем рождения женщине 35 лет короткие, Arctic glaciers face ‘ terminal’ decline as microbes , 'This glacier is terminally ill' Time running out to learn , Arctic Apocalypse: How Microbes Are Melting the Ice and , Melting Arctic Ice May Unleash Ancient Deadly Diseases , Tiny microbes on Arctic glaciers are speeding up melting process, Arctic sea-ice melt could mean big trouble for tiny microbes , Melting Ice, Changing Ecosystems - The Hidden Lives of Arctic .
en BACK NO COUNTRY FOUND BACK Magazines Newspapers Stories Download App US Logout Magazines Newspapers Stories Get App We use cookies to provide and improve our services. By using our site, you consent to cookies. Agree 'This glacier is terminally ill' Time running out to learn from ice-dwelling microbes The Guardian | August 16, 2025 It felt really scary... like being in the middle of a burning city during a night raid." - Ben Martynoga Dr Arwyn Edwards is describing not urban warfare, but a recent hot and foggy day on a Svalbard glacier, where record-breaking summer heat turned his workplace into a cascade of meltwater and falling rocks.Edwards is a leading researcher in glacier ecology – the study of life forms that live on, within and around glaciers and ice sheets. Over two decades of polar research, he has always felt "relaxed and at home" on ice. But accelerating climate change is beginning to erode that sense of security. While mean global temperatures have not yet breached the 1.5C Paris target, the Arctic blew past that landmark long ago. Svalbard is heating seven times faster than the world average.Time is running out to learn about these fragile ecosystems and the trillions of dollars in climate costs they could unleash.Edwards describes the cold-adapted microbes he studies as "the watchkeepers and arch-agitators of Arctic demise." Recent research implicates snow and ice-dwelling microbes in positive feedback loops that can accelerate melting. With more than 70% of the planet's freshwater stored in ice and snow – and billions of lives sustained by glacier-fed rivers – this has consequences everywhere.Yet not all polar microbes amplify global heating. Emerging evidence suggests that certain populations are, for now, applying a brake to methane emissions.Until recent decades, most scientists assumed Arctic ice and snow were largely devoid of life. On Longyearbyen, a Svalbard glacier close to the world's most northerly town, Edwards explains how that assumption missed the mark.Frozen rainforests This story is from the August 16, 2025 edition of The Guardian. Subscribe to Magzter GOLD to access thousands of curated premium stories, and 9,500+ magazines and newspapers. Already a subscriber? MORE STORIES FROM The Guardian View All Download the Magzter app to discover exciting app-only offers and features Download the app Scan this QR code to download the app Follow Us on MAGZTER Publishers Business More Information © 2011 - 2025. All rights reserved. Magzter Inc English(UK)JapaneseGermanSpanishTurkishArabicNorwegianDutchFrenchHindi v8.32.1 , Together, these factors darken snow and ice, causing it to absorb more heat and melt faster - a process known as “biological darkening”. Microbes also respond to global changes, such as increased nutrients from air pollution , wildfire smoke or wind-blown dust from receding glaciers and expanding drylands., Edwards describes the cold-adapted microbes he studies as "the watchkeepers and arch-agitators of Arctic demise." Recent research implicates snow and ice-dwelling microbes in positive feedback loops that can accelerate melting. With more than 70% of the planet's freshwater stored in ice and snow – and billions of lives sustained by glacier-fed rivers – this has consequences everywhere..
With temperatures soaring seven times faster than the global average, the Arctic is on the brink of collapse. Edwards reveals how cold-adapted microbes are accelerating the melt, turning glaciers , Melting Arctic ice is unleashing disease risks as people and wildlife come into closer contact. Scientists warn of ancient microbes and call for global cooperation to prevent future outbreaks., Scientists warn that Arctic glaciers are facing a 'terminal' decline as microbes accelerate ice melt, threatening fragile polar ecosystems and global climate., The tiny microbes of the Arctic could be in big trouble as the North warms, warns a new study done in the Canadian Arctic, something that has the potential to disrupt the polar food chain in, As sea ice continues to melt, these specialized under-ice communities face a major threat. Without their icy habitat, many of these rare microbes may be replaced by generalist species, leading to a loss of biodiversity., .