16/11/2020

(AU) Suing For Climate Action: Can The Courts Save Us From The Black Hole Of Political Inaction?

The Guardian

Climate litigator David Barnden had a landmark win this month against a major superannuation fund. He tells Guardian Australia he is just getting started 

Environmental lawyer David Barnden: ‘As a nation we are starting to wake up to how exposed we are to the risks of climate change. The law will respond to that.’ Photograph: Carly Earl/The Guardian

In the public imagination, blockbuster litigation involves grand courtrooms, passionate advocacy and granite-faced judges.

These hallmarks were curiously absent from the recent denouement to a lawsuit between 25-year-old Mark McVeigh and his superannuation fund, Rest.

No grand oratory from robed barristers, no victory-speeches on the courtroom steps – just a press release and a confidential settlement agreement.

What the conclusion to McVeigh v Rest lacked in symbolism, it made up for in substance. McVeigh’s case, which has resulted in Rest committing to a net zero carbon footprint by 2050 and a suite of short-term measures, is one of the most significant climate litigation outcomes in Australia to date. Its mastermind? A softly-spoken Sydney solicitor, with dual passions for surfing and climate action.

“This is a fantastic result,” says the lawyer, 42-year-old David Barnden. “It should give people hope that big organisations can make significant changes and get on the path to net zero.”

His client is jubilant. “The entire superannuation industry is going to be looking at this case,” says McVeigh, who in September 2017 wrote to Rest asking for information on their approach to climate change – and ultimately sued them. “Outside Australia there is discussion about how pension funds should be managing climate risk,” he continues. “This case sends a message.”

 For funds that are already taking climate risk seriously, the settlement validated their approach. “The case sets a global precedent,” says Kirstin Hunter, chief executive of climate-focused fund Future Super. “We do not have to wait for companies or governments to act, individuals have a huge amount of power in their super and can use it to push for change today. For the super industry, McVeigh v Rest should act as a warning that Australians are increasingly understanding the power of their money, and how it can be used to take climate action.”

On Thursday, AustralianSuper – the country’s largest superannuation fund with $180bn under management – announced it would adopt a net zero by 2050 climate policy. “It is in members’ best interests that AustralianSuper positions the portfolio to a net zero outcome,” AustralianSuper director Andrew Gray said in a press release. As part of this strategy, the fund had divested its holding in Whitehaven Coal.

Barnden, meanwhile, has no time for celebrations. He is busy preparing for two other groundbreaking cases in the courts, trying to fill the gaps left by climate inaction. So, in the absence of effective political will, can our judiciary save us from the climate crisis?
For anyone who takes time to understand the likely predictions, it is really difficult to turn a blind eye to it
David Barnden
“Litigation is not the answer,” Barnden says. Without political action, he suggests, judges can only do so much. “But it is one of the tools that is available to people in making change. As a nation, we are starting to wake up to how exposed we are to the risks of climate change. The law will respond to that.”

* * *

Born in Adelaide, Barnden has long contemplated a career at the intersection of law and the environment. “I was fortunate to have parents who took me to beautiful places as I grew up – the Flinders Ranges, Kangaroo Island and so on,” he says. “I gained an appreciation of biodiversity and how those places were threatened.” Barnden studied dual degrees in law and environmental science at Southern Cross University, graduating in 2004.

“Even then you could see how local councils were trying to deal with the prospect of sea level rise and coastal erosion,” he recalls. “But at a federal level it was being swept under the carpet. Ever since university, I have been interested in how the law interacts with the science. For anyone who takes time to understand the likely predictions, it is really difficult to turn a blind eye to it.”

After working in Argentina, Netherlands and England, Barnden returned to Australia for a job at plaintiff law firm Maurice Blackburn. He describes this experience, working on big class action litigation, as formative. “The firm had a certain boldness in identifying misconduct and a fearlessness in chasing it down,” says Barnden. “That was an excellent grounding to begin exploring the possibilities of climate law.”

In late 2015, Barnden joined Environmental Justice Australia (EJA) to lead its work on climate finance. “The folks at EJA were visionary in understanding that financial levers could be an effective way to approach the climate crisis,” he says.

Barnden commenced work on the McVeigh case while at EJA, alongside the world-first case brought by Commonwealth Bank shareholders claiming the bank had failed to properly disclose the risks climate change posed to its business. The suit was dropped when the bank, in a major turnaround, included in its 2017 annual report an acknowledgment from CBA directors that climate change posed a significant risk to the bank’s operations.

CBA also promised to undertake climate change scenario analysis and said it would not lend money to the Adani coalmine. “The acknowledgment that climate change could have a catastrophic impact on shareholders and investors was in its infancy, but I was lucky to ride that wave,” Barnden said.

This wave animates much of Barnden’s work. He takes existing financial laws and applies them to climate change. In McVeigh, for example, Barnden argued that Rest had violated corporate law by failing to properly consider the material risk that climate change posed to its investments.

In O’Donnell v Commonwealth of Australia, a case Barnden filed in July on behalf of a young law student, he argues that the federal government misled investors by failing to disclose potential climate impact when issuing sovereign bonds.

These novel cases require no great judicial leap of imagination; instead, each treats climate change as just another financial risk, which market actors are legally required to disclose and address.

Environmental lawyer David Barnden
Photograph: Carly Earl/The Guardian


“David is one of the pioneers of next generation climate litigation in Australia,” says Prof Jacqueline Peel, an internationally-renowned climate law expert at the University of Melbourne.

Peel uses the “next generation” label to distinguish from an earlier wave of cases, which focused on stopping individual mining and energy projects. The newer approach, she argues, “seeks more systemic, transformative change through holding corporate and government actors liable for their contribution to climate change.”

EJA senior lawyer Ariane Wilkinson sat opposite Barnden during his years with the organisation. “Climate risk is real,” she says. “Companies know it. But it is not until clients take matters to court that we are clarifying the law and seeing that risk crystallise. What David and his clients do is extraordinarily courageous. The law is catching up to the science.”

Wilkinson suggests that Barnden’s scientific knowledge propels his work. “Any lawyer that sits down and reads the climate science will find the courage to apply their legal skills to the climate crisis. This is not hyperbole – I have literally sat there and watched David read through scientific reports, look horrified and say, ‘well what can we do? How can the law respond?’ At heart, David is a legal practitioner who cares about the world and the people within it.”

* * *

After almost four years at EJA, Barnden decided to venture out on his own, establishing Equity Generation Lawyers in April 2019. The firm specialises in public interest climate litigation. “It was risky,” he admits. “I had many sleepless nights, wondering if it was the right thing to do.”

The firm acts pro bono in some cases, including McVeigh and O’Donnell; Barnden says he also has paying clients, although declines to name them. Currently the energies of Barnden and his four staff are entirely consumed by climate cases. “There is plenty of work around,” he quips.

Barnden also relies on barristers appearing for his clients on a pro bono or reduced fee basis. Melbourne advocate Ron Merkel QC, a former federal court judge, was lead counsel in McVeigh and is also on the record in O’Donnell. “We are very thankful for that support [from barristers] – we could not do it without them,” says Barnden. “The professionalism and intellectual prowess they bring to these cases is phenomenal.”

Even with lawyers and barristers working for nothing, public interest litigation does not come cheap. Clients need to fund hard costs (including court fees, photocopying and travel), plus be prepared to pay the defendant’s legal fees if they lose. It is an expensive proposition.

“Australia is an outlier in terms of funding requirements compared to the rest of the world,” says Isabelle Reinecke, executive director of Grata Fund, which funds public interest litigation (but was not involved in McVeigh). “Our adverse costs burden is uniquely punitive. Clients need to not just fund the legal work, but also underwrite the risk of losing. Against the government or a big corporation, that’s hundreds of thousands of dollars.”

Grata and other organisations do their best to plug this gap. “Clients have to look at philanthropy, both local and international,” Reinecke says. But there is limited funding to go around. “What that means is that regular people and communities are being prevented from having their day in court,” she adds. “It is really difficult to bring this sort of litigation in Australia.”
I certainly hope the time comes that I am out of a job
David Barnden
Most of Barnden’s clients are teenagers or millennials, determined to overcome these hurdles. “They inspire me,” he says. “They are incredibly aware, intelligent, articulate and passionate. If these young people are tomorrow’s leaders, I have a lot of hope for the future.” Barnden sees his role as being a conduit for that passion. “It is easy to be despondent about climate change, to feel helpless,” he says. “But we pride ourselves on offering our clients the chance to make a difference. It is a privilege be able to do this work.”

Just days after settling with Rest, Barnden was back in the federal court for another of his cases – representing eight teenagers in proceedings against federal environment minister, Sussan Ley.

Barnden is seeking an order to prevent Ley approving an extension to the Vickery coalmine in northwest New South Wales, arguing that the minister owes young Australians a duty of care that would be breached if the mine expansion goes ahead. The full case will be heard in March 2021.

It’s yet another unprecedented climate lawsuit. “David’s work is critical and groundbreaking in Australia,” says Reinecke. Further litigation is likely to follow, although Barnden is tight-lipped about the legal angles he is exploring. “I think you can expect more,” he says. “There is fertile ground for corporate actions, investor actions, as well as actions against government entities. We’ll have to wait and see – watch this space.”

One day, Barnden’s services may no longer be in such high demand. “I certainly hope the time comes that I am out of a job,” he says.

“What keeps me up at night is understanding that climate change is getting worse, that people in power are not doing enough to protect younger people, that we are faced with significant biodiversity loss, ecosystem loss, in addition to the impact on people’s future – financial harm, physical harm, mental health harm,” Barnden says. “I am driven to help people find an outlet to do something about that.”

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The Guardians Of Wikipedia's Climate Page

MashableMark Kaufman

An intensely devoted core keeps a bastion of climate science honest



Femke Nijsse, a climate researcher, made her first Wikipedia edit seven years ago. In 2018, she started editing Wikipedia’s English climate change webpage. Since then, she’s grown increasingly obsessed.

"I slowly got more addicted," said Nijsse, who recently submitted a Ph.D. thesis in mathematics at the University of Exeter’s climate systems group.

Nijsse has become the de facto leader (but certainly not ruler) of a small, impressively devoted group of current editors to Wikipedia’s climate change page. The article is either one of the first, or first, results that appear when one searches the web for "climate change" or "global warming," resulting in over 6 million views in 2019 (this doesn’t include 135 other "climate change" pages written in different languages). 

It’s a hugely visible source of meticulously-vetted climate information, during a time when scientific misinformation spreads on the web like a furious 21st century California wildfire. The climate article, with hundreds of credible citations, counters the stereotype that publicly-policed, collaboratively-edited Wikipedia pages are inherently unreliable (though the quality and accuracy of Wikipedia projects certainly vary considerably and shouldn’t be one’s sole source of information).

The seven-person core now editing the Wikipedia page (though others certainly contribute!), four of whom spoke with Mashable, seeks to make climate science graspable and available to everyone. The group has no tolerance for unsubstantiated facts or biased sources.

"I'm an engineer by training and profession, and have taken a special interest in communicating the basic facts and consensus about global warming and climate change, largely because of the ghastly ignorance and manipulative politicizing I have seen on Fox News and by the U.S. president," said a Wikipedia editor who wished to remain anonymous for privacy reasons. (They’ll be referenced as “anonymous editor.")

The San Francisco sky on Sept. 9, 2020, amid California's record-breaking fire season. Max Geller | Getty Images

The consensus among climate scientists, that humans are driving significant climate change, is robust, if not overwhelming, though some powerful politicians claim (without evidence) there’s a genuine academic debate about what’s driving Earth’s current warming. 

The Wikipedia climate page distills the foundations of today’s climate science, often citing comprehensive climate reports produced by hundreds of scientists, like the congressionally mandated U.S. Climate Assessment (produced by over 300 experts) and reports from the United Nations’ Intergovernmental Panel on Climate Change (whose Fifth Assessment Report included 831 experts from around the globe).

Maintaining, editing, and improving the climate change page is thankless, unpaid work. And it never ends. Each year, more heat-trapping greenhouse gases saturate the atmosphere. More climate impacts must be updated, more research assessed, and more facts refined.

"There’s so much to be done and so few editors," said Nijsse.

Skin in the game

After working at the U.S. Environmental Protection Agency for 35 years, David Tetta retired, moved to California, and suddenly had a lot of time on his hands. While reading Wikipedia’s climate change page in 2019, he grew concerned about the quality of the article.

"So I decided to start editing it," said Tetta. "It turns out it's a lot of work."

That’s an understatement.

"You need to know the information," emphasized Tetta. "I read around 100 pages of information to edit one sentence, or to significantly change a sentence or two." And Tetta isn’t just editing sentences. He rewrote an entire section of the page, the "Mitigation" section (meaning how to reduce or limit the impacts of planetary warming). Tetta estimated he spent 90 hours doing that, which included reading 3,000 pages of research.

With such a profound commitment, the writing, though not attributed to or owned by him, becomes a momentous, compelling achievement. "Once you have skin in the game, you feel like it’s your work," said Tetta.

In just over a year working on the climate change page, the anonymous editor says they have spent hundreds of hours editing the page and collaborating on the article's graphics. The page's visualizations show the ocean’s relentlessly rising temperature, skyrocketing atmospheric carbon dioxide levels, and beyond.

A NASA graphic that editors chose for the Wikipedia climate change page. NASA | Wikimedia

The page’s lack of important information about the different sources of carbon emissions, which keep rising each year, sparked another frequent contributor to the article, Jesse Murray, to start editing. 

It’s critical for people to know where, exactly, carbon emissions are coming from, but the page didn’t adequately explain some important emission sources, such as from steel and cement-making processes. (The giant cement industry emits some 2.8 billion tons of carbon dioxide each year. If it were a country, the industry would be the third biggest emitter on Earth.)

Murray, who is pursuing a master’s degree in statistical science at the University of Oxford, wants his Wikipedia efforts to educate the public about a human-made problem that’s driving significant planetary change (19 of the last 20 years have been the warmest on record.) 

 "I hope a layperson leaves [the page] with a basic understanding of the problem," said Murray. "That human civilization emits — and is emitting more every year — greenhouse gases that are deeply entangled with an industrialized lifestyle. This, unfortunately, has been driving a rise in global average temperatures."

The core team is clearly an ardent bunch. "We have some of the most passionate, invested, devoted-to-public-knowledge contributors," said Alex Stinson, a senior program strategist with the Wikimedia Foundation, which hosts Wikipedia.  

Stinson, who is also a zealous Wikipedia editor (though not of the climate change page specifically) and includes himself as one of the "obsessed" Wikipedians, emphasized that important contributions also come from the majority of editors who aren’t so devout, but still pop in to flag bad information or mark a citation. In sum, everyone’s efforts make Wikipedia an encyclopedia. "That’s the only way Wikipedia works," said Stinson.

Nijsse, the page’s de facto captain, ultimately vets everyone’s edits or suggestions to the climate page. It appears she doesn’t miss a day. "I try to check every edit that is made," she said. "I check every day."

"It’s a heroic job what she's doing," said Tetta. "I admire her dedication." Nijsse’s Wikipedian colleagues have bestowed her with a variety of shiny, though digital, Wikipedia awards, such as the "The Barnstar of Diligence" for her "painstaking research and unflagging diplomacy."

"She’s really the guardian of the page," Tetta said.

Vigilant Keepers

One day, Tetta found that another editor, who usually edited sports pages, went rogue and wrote "Global warming is a hoax" atop the climate page. "I caught and reverted it," he said. "It was there for a few hours. That’s how open source crowd-editing works."

But with ever-vigilant editors, namely the current group overseeing the climate page, vandalism is easily spotted and cleaned up. Malicious edits aren't hard to find: Each edit to the article is documented and visible to everyone on the page’s history. "Any edit that is blatant vandalism or in some way or another non-encyclopedic will quickly get removed," explained Murray. 

So, overall, there’s little incentive for vandalizing the climate page. Being a jerk simply doesn’t pay off. What’s more, Wikipedia has given the climate change page the status of "semi-protection," which makes it more difficult, but not impossible, for random people to sign in and temporarily disrupt a page (semi-protection requires editors to have an account for at least four days and already to have made 10 Wikipedia edits). 

If one looks back on the page's history, like in 2008 when the page didn’t have semi-protection, vandalism and poor, biased edits were "a major problem," noted Nijsse.

The keepers of the page, however, don’t make furtive edits when no one is looking. The real editing is more like a public discussion, where edits are talked about (online) and nothing is hidden, explained Nijsse. You can see the dialogue on the "Talk" page. The goal is to present readers with understandable, yet cold and hard facts. 

The climate editors avoid brand new research or anyone’s singular opinions. Instead, they often rely on deeply vetted publications that synthesize hundreds to thousands of studies, like the United Nations Intergovernmental Panel on Climate Change, or IPCC, reports. "It’s really important that Wikipedia remains neutral," Nijsse said. "The IPCC is a brilliant source for us."

When they speak of their Wikipedia collaborations, the keepers say the system is at times imperfect and contentious as they debate what information to include, but overall the group churns out excellent work.

 "More than once, there was this beautiful synergy as we were able to pool together the knowledge advantages [expertise] and different opinions (on what's important to include, etc.) of the editors," Murray said, describing their efforts to write the page’s critical introductory paragraphs. "This would result in a paragraph that each of us was very happy with and none of us could have come up with alone."

Nijsse, however, will candidly point out flaws or potential problems with anyone’s edits. The "guardian" of the page, who is also busy pursuing a Ph.D., probably has no choice but to speak frankly. 

"I think your edits yesterday were a bit sloppy, not what I'm used [to] from you," she wrote in September 2020, in response to an edit about a well-publicized cloud study. "There are multiple problems with the sentence, and I'm not sure that the sourcing is sufficiently good," Nijsse wrote in October 2020, referencing an estimate of over 1 billion people becoming displaced by climate change. "I think this is a strong deterioration," Nijsse recently said of a proposed paragraph about air pollution.

The climate page keepers aren’t all climate researchers like Nijsse, but they have a strong grasp of science, and stay attuned to new developments. "I've found that this particular set of editors as a whole has been very well-informed, intelligent, careful to accurately represent the science as disclosed in reliable sources, and mutually respectful — more so than with other random topics on Wikipedia," said the anonymous editor, who has edited other pages.

The climate’s fate

Human-created climate change isn’t going away in our lifetimes. Those who study the oceans know this all too well. The ocean, explained Josh Willis, a NASA oceanographer, is the true keeper of climate change. Over 90 percent of the heat humans trap on Earth is soaked up by the seas. 

It’s inevitable that the oceans will continue absorbing heat as humans turn up the atmospheric temperature dial this century. (Even if global civilization, hypothetically, completely stopped burning oil, gas, and coal right now, Earth wouldn't stop warming for at least decades).

The consequences are ever-warming waters that melt Earth’s great ice sheets, raise sea levels, acidify the water, intensify hurricanes, and make habitats for many sea creatures unlivable.

"It’s not going to stop anytime soon," said Willis, who has no involvement with Wikipedia. "Our grandkids will still be watching the oceans warm."

Extreme flooding from Hurricane Florence in Wilmington, North Carolina in 2018. Bloomberg Creative | Getty Images

Earth’s denizens, then, need freely accessible climate information to reckon with these changes (along with serious terrestrial threats like surging wildfires and extreme floods) and how to curb the worst consequences of climate change

The page is just one of many on Wikipedia that demonstrates the climate’s fate, and the consequences of a warming globe. The Wikimedia Foundation counts 2,500 climate change-related pages, the likes of "Climate change in Africa" and "Climate change and agriculture," amounting to some 98 million views each year. But there’s still bounties more to be done.

"Climate change is about every human activity on Earth," said Wikimedia’s Stinson. He cites the Miami-Dade County Wikipedia article, which doesn't acknowledge climate change. But the seas have big plans for Miami (octopuses have already washed into Miami parking garages). "There’s no mention of climate change anywhere in the article," said Stinson. "Yet it's the city in the U.S. that will be most affected by sea level rise. Wikipedia could be a front line to 'How does this connect to my reality?'"

A Miami or Miami-Dade County Wikipedia article might mention, citing NASA data and the state’s grim sea level rise projections, that the oceans have already risen by eight to nine inches since the late 19th century, and will inevitably rise more. "The oceans are coming to get us," warned NASA’s Willis. "Climate change is ocean change."

To limit the advance of the seas, the intensification of storms, and beyond, the world’s nations (infamously except the U.S.) have agreed to limit Earth’s warming to below 2 degrees Celsius above pre-Industrial Revolution temperatures. Stabilizing Earth’s temperatures at some 2 C, or 3.6 Fahrenheit, above 19th-century levels, is critical, but unfortunately an ambitious, highly unlikely outcome as carbon dioxide levels in the atmosphere keep rising.

Big change is already afoot. In September, amid California’s hottest September on record, the largest fires in Golden State history burned through profoundly parched forests. Thick smoke blocked and manipulated sunlight, resulting in a dystopian orange glow over the San Francisco region.

"When you wake up to that, you feel like you’re living on another planet," said the devoted Wikipedian, Tetta.

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(China) The Thaw Of The Third Pole: China's Glaciers In Retreat

  - Reporting Photography 

Jiuquan, China

Glaciers in China's bleak, rugged Qilian mountains are disappearing at a shocking rate as global warming brings unpredictable change and raises the prospect of crippling, long-term water shortages, scientists say.

The largest glacier in the 800-km (500-mile) mountain chain on the arid northeastern edge of the Tibetan plateau has retreated about 450 metres since the 1950s, when researchers set up China's first monitoring station to study it.

LARGE IMAGE

The 20-square kilometre glacier, known as Laohugou No. 12, is criss-crossed by rivulets of water down its craggy, grit-blown surface. It has shrunk by about 7% since measurements began, with melting accelerating at a record pace in recent years, scientists say.

Equally alarming is the loss of thickness, with about 13 metres (42 feet) of ice disappearing as temperatures rise, said Qin Xiang, the director at the monitoring station.

"The speed that this glacier has been shrinking is really shocking," Qin told Reuters on a recent visit to the remote, spartan station, where he and a small team of researchers track the changes.

Video

The Tibetan plateau is known as the world's Third Pole for the amount of ice long locked in the high-altitude wilderness.

But since the 1950s, average temperatures have risen 1.5 Celsius in the area, Qin said, and with no sign of an end to warming, the outlook is grim for the 2,684 glaciers in the Qilian range.

Before & After
LEFT Before: A satellite image shows the Laohugou No. 12 glacier, Jiuquan, CHINA. 20 Sep 2018.  Maxar Technologies/Satellite image
RIGHT After: A satellite image shows the Laohugou No. 12 glacier, Jiuquan, CHINA. . Maxar Technologies/Satellite image


Across the mountains, glacier retreat was 50% faster in 1990-2010 than it was from 1956 to 1990, data from the China Academy of Sciences shows.

"When I first came here in 2005, the glacier was around that point there where the river bends," Qin said, pointing to where the rocky, treeless slopes of the Laohugou valley channel the winding river to lower ground.

The flow of water in a stream near the terminus of the Laohugou No. 12 runoff is about double what it was 60 years ago, Qin said.

Further downstream, near Dunhuang, once a major junction on the ancient Silk Road, water flowing out of the mountains has formed a lake in the desert for the first time in 300 years, state media reported.

Video

Global warming is also blamed for changes in the weather that have brought other unpredictable conditions.

Snowfall and rain has at times been much less than normal, so even though the melting glaciers have brought more runoff, farmers downstream can still face water shortages for their crops of onions and corn and for their animals.

Left: A bridge crosses the dried riverbed of the Shule river. 
Right: Mineral deposits lie in the midst of grass close to the dried bed of the Shule river.

Large sections of the Shule river, on the outskirts of Dunhuang, were either dry or reduced to murky pools, isolated in desert scrub when Reuters visited in September.

The new fluctuations also bring danger.

Meltwater from the Laohugou No. 12 glacier, flows near its edge (terminal point).
LARGE IMAGE

“Across the region, glacial melt water is pooling into lakes and causing devastating floods," said Greenpeace East Asia climate and energy campaigner Liu Junyan.

"In spring, we're seeing increased flooding, and then when water is needed most for irrigation later in the summer, we're seeing shortages."

Left: Jianwei places a cauliflower on the back of his tricycle. 
Right: Jianwei takes a cauliflower from his mother Xie Xiaolin, 58.


For Gu Jianwei, 35, a vegetable farmer on the outskirts of the small city of Jiuquan, the changes in the weather have meant meagre water for his cauliflowers this year.

Gu said he had been able to water his crop just twice over two crucial summer months, holding up a small cauliflower head that he said was just a fraction of the normal weight.

Meltwater flows over the Laohugou No. 12 glacier.
LARGE IMAGE

The melting in the mountains could peak within a decade, after which snow melt would sharply decrease due to the smaller, fewer glaciers, China Academy of Sciences expert Shen Yongping said. That could bring water crises, he warned.

The changes in Qilian reflect melting trends in other parts of the Tibetan plateau, the source of the Yangtze and other great Asian rivers, scientists say.

“Those glaciers are monitoring atmospheric warming trends that apply to nearby glaciated mountain chains that contribute runoff to the upper Yellow and Yangtze Rivers," said Aaron Putnam, associate professor of earth sciences at the University of Maine.

Qin Xiang and Jin Zizhen, 27, a PhD student in glacial hydrology, place a measuring pole in the ice near the edge of the Laohugou No. 12 glacier.

The evidence of the withering ice is all too clear for student researcher Jin Zizhen, out under a deep-blue sky checking his instruments in the glare of Laohugou No. 12.

“It's something I've been able to see with my own eyes."

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