Will the pandemic open up global action to halt global heating?
The world’s climate catastrophe worsens amid the pandemic https://www.washingtonpost.com/world/2020/06/29/worlds-climate-catastrophe-worsens-amid-pandemic/
But the romantic vision of nature “healing” itself was always an illusion. As my colleagues reported earlier this month, carbon dioxide levels in the atmosphere are the highest they’ve been in human history, and possibly higher than in the past 3 million years. The specter of man-made climate change looms all the more ominously over a planet in the grips of a viral pandemic.
A look at headlines in just the past few days paints a stark picture: The giant plumes of Saharan dust that wafted over the Atlantic and choked a whole swath of the southern United States — where authorities are, as it is, struggling to cope with a surge of infections of a deadly respiratory disease — was a generational event, which some scientists link to deepening, climate change-induced droughts in North Africa.
By Saturday, swarms of locusts reached the environs of the Indian capital New Delhi, marking the latest advance of a vast plague, the scale of which experts haven’t seen in decades. Successive invasions of the desert insects are expected to hit parts of South Asia through the summer, following multiple swarms ravaging countries in East Africa.
Scientists suggest the magnitude of the new swarms is a direct consequence of warming temperatures in the Indian Ocean, which created a pattern of torrential rainfall and cyclones that yielded more fertile breeding grounds for the locusts. Though much of the Indian spring harvest was collected before the locust swarms arrived, the Horn of Africa region could suffer up to $8.5 billion in lost crops and livestock production by the end of the year as a result of this locust outbreak, according to World Bank estimates.
“Nations which were already under threat of food insecurity now face a real danger of starvation,” Rep. Christopher H. Smith (R-N.J.) said in a statement touting bipartisan legislation in the House to boost aid to African countries affected by the infestation. “There are now up to 26 million people who are at risk of acute food shortages and widespread hunger.”
Earlier this month, record warm conditions in Siberia sparked raging wildfires in the peatlands that ring the Arctic. There have been what some scientists branded “zombie” blazes — fires sparked the previous summer that never fully died out as winter set in and then were reignited as temperatures soared. The Siberian Arctic is warming at twice the rate of the rest of the world.
“The Arctic is figuratively and literally on fire — it’s warming much faster than we thought it would in response to rising levels of carbon dioxide and other greenhouse gases in the atmosphere, and this warming is leading to a rapid meltdown and increase in wildfires,” climate scientist and University of Michigan environmental school dean Jonathan Overpeck told the Associated Press.
The heat and fires have terrifying consequences in the short term, too. It is believed that a monumental Arctic oil spill in Norilsk, north-central Russia, took place after melting permafrost led to a reservoir collapsing toward the end of last month, triggering a leak in the facility that reminded many of the 1989 Exxon Valdez spill.
Then there’s the Amazon rainforest, the proverbial lungs of the world: Experts fear an even greater spread of fires this year than in 2019, with Brazilian authorities amid the pandemic less able to guard against the illegal blazes often set by loggers, miners and would-be farmers.
Brazil isn’t alone in its struggles with the more immediate, invisible threat of the virus. But climate change doesn’t wait. “You may feel, because of the pandemic, that you are living to some degree in 1918,” wrote New York magazine’s David Wallace-Wells, referring to the flu outbreak that rattled the world a century ago. “The Arctic temperatures of the past week suggest that at least part of the world is living, simultaneously, in 2098.”
Optimists say the experience of the pandemic may focus policy minds more clearly on the need for more decisive, collective action on other fronts. “I was so worried about the dangers of going too far,” Sally Capp, lord mayor of the Australian city of Melbourne, recently told the BBC when discussing her reticence in the past over pushing too aggressive a climate platform. “I have become much more resolute about my values, prioritizing humanity and protecting the environment, so they can play a larger role in driving my agenda.”
On Sunday, municipal elections in France showed a surge in support for the left-leaning Greens, the latest sign that climate-minded politics is coming to dominate the agenda in the West’s major cities. But experts warn that even some of the most well-intentioned governments are behind in meeting carbon-slashing goals, while commitments to climate action around the world are not being upheld in any meaningfully consistent or uniform manner.
The Trump administration, of course, is the climate villain of the moment — rejecting international pacts, gutting national environmental protections and regulations, and sidelining and censoring its own climate researchers and scientists.
On Sunday, municipal elections in France showed a surge in support for the left-leaning Greens, the latest sign that climate-minded politics is coming to dominate the agenda in the West’s major cities. But experts warn that even some of the most well-intentioned governments are behind in meeting carbon-slashing goals, while commitments to climate action around the world are not being upheld in any meaningfully consistent or uniform manner.
The Trump administration, of course, is the climate villain of the moment — rejecting international pacts, gutting national environmental protections and regulations, and sidelining and censoring its own climate researchers and scientists.
“With the pandemic raging and public attention somewhat distracted away from continuing climate-destructive anti-scientist manipulations, protecting climate scientists is a more urgent task than ever,” wrote American meteorologist Jeff Masters. “The world-wide coronavirus lockdowns are proof that humanity can act quickly on a global scale to help pass our civilization’s pop quiz. Collectively, we can do so again to help us pass our coming climate change final exam.”
Sizewell nuclear plant – untried, costly, environmentally damaging, and no electricity for 10 years or more!
the government is exploring novel ways in which to lay the burden for financing a dangerous and costly nuclear venture on you, the consumer.
‘The Sizewell C plans are an insult to the people of Suffolk’ https://www.eadt.co.uk/news/pete-wilkinson-together-against-sizewell-c-campaign-1-6718925 27 June 2020, Pete Wilkinson, Together Against Sizewell C
Chairman of Together Against Sizewell C, Pete Wilkinson, has described it is a “battle for the soul and integrity of East Suffolk”. Here he explains why he is opposing the nuclear project.
Anyone new to Suffolk, ignorant of EDF’s nuclear plans, would be forgiven for laughing out loud.
An untried reactor, labelled ‘technically complicated to construct’ by its own designers, a cost of £20billion-plus, taking at least 10 years to build, producing waste which is not only lethal to living tissue but which remains so for thousands of years and for which there is no agreed or proven disposal or management route, to be built in the middle of a community of 5,000, which will not produce electricity for at least 10 years by which time its output will be redundant to needs, built on an eroding coast? Yeah, sure: pull the other one.
You really couldn’t make it up.
Yet this is what residents up and down the East Suffolk are facing. They have been led to believe that the destruction of their environment on a massive scale, the compulsory purchases, the roads, the workers’ campuses, the borrow pits, the huge water demand in the driest county is inevitable – and to make the best of it.
When did anyone ask YOU, resident of East Suffolk, if you wanted your tranquil, culturally rich and peaceful rural environment urbanised and anonymised, requiring six new roundabouts on the A12 and up to 1,000 vehicle movements a day along our country roads to ferry the material required for our own white elephantine carbuncle on our heritage coast, light, noise and dust pollution 24 hours a day, seven days a week or a decade of accommodating 4,000 workers? Of course you were not asked. They knew the answer. The new nuclear policy has not been subjected to anything like forensic public or Parliamentary scrutiny.
Democratic deficit runs through all aspects of this programme like the letters in a stick of rock and is presented by its advocates as ‘inevitable’. The National Policy Statement process renders what government calls ‘national infrastructure projects of over-riding importance’ inviolate, untouchable and – yes – inevitable unless the planning authorities have the courage or unless the Secretary of State has the guts to do what they should – throw the EDF plans out as an insult to the people of Suffolk. Sizewell C is important to no-one other than EDF.
But just how ‘over-riding’ is the need for Sizewell C? The French-made film, ‘The Nuclear Trap’ makes it clear that Hinkley C in Somerset and Sizewell C are more critical to the survival of the French nuclear industry than they are to providing electricity to UK consumers.
There has been a huge reduction in electricity demand since 2013 – over 16% – making earlier predictions of an increase of 15% by 2020 an overestimation of more than 30%.
Renewables out-compete nuclear on every front – cost, waste, jobs, CO2 and time for deployment. If ever Sizewell was built, it would be at least a decade, probably more like 15 years given the history of cost and time over-runs of its flagship plant at Flamanville, before it turned one kilowatt hour of electricity.
In 15 years, we will – one can only hope – have grown out of our obsession with nuclear and invested at suitably high levels in realising the huge job potential in micro-technology, decentralisation, efficiency and conservation of energy, and look back on our nuclear infatuation with a shake of the head.
The current National Policy Statement which covers the nuclear component of the energy policy, EN6, is entirely unfit for purpose as it gives policy authority only to those nuclear plants which can be deployed before 2025 – i.e. not, Hinkley, not Sizewell and not Bradwell, none of which will be generating electricity by that date.
Therefore the EN6 policy document is null and void. Its replacement is still undergoing review and will depend heavily on the financing arrangements the government can agree to in order to remove the need for EDF to fork out for it.
Instead, the government is exploring novel ways in which to lay the burden for financing a dangerous and costly nuclear venture on you, the consumer.
So much for ‘no subsidy’ nuclear, but in policy terms, it is legally questionable for Hinkley C to continue to be built, for Sizewell C’s planning application to be submitted or for CGN/EDF to consult on plans to build Bradwell B when there is no policy architecture to justify and legitimise any of this work or progress.
EN6 has fallen as a legitimate policy statement for new nuclear build but that does not seem to have any effect on the way the French and Chinese backers of new nuclear in the UK are required to act nor the complacency and indifference with which the government seems to take these gaping legal inconsistencies.
The waste problem that nuclear generates is probably the most intractable. In the 15 years of the existence of the Nuclear Decommissioning Authority, it has failed to secure a site, a volunteer community or to satisfactorily solve many of the dozens of technical and engineering problems associated with burying 500,000 cubic metres of legacy waste while ensuring that the estimated 78,000,000 units of radioactivity remain underground.
While new build waste such as that from Sizewell C is likely to be less bulky, its high burn up in the reactor means that it will be far hotter than even Sizewell B’s waste and will generate much more radioactivity – up to five times that contained in the legacy waste. How can any government or industry knowingly embark on a development programme which will create such a mountain of waste when a repository for its safe disposal is still more a matter of hope over expectation?
The only legacy Sizewell C will leave for Suffolk is a degraded environment and a radioactive waste mountain which future generations will have to deal with. Please tell your councillor to vote to remove the support for Sizewell C at the full council meeting on July 7, please write to the planning inspector to voice your concerns and please urge your MP to tell the Secretary of State to put EDF’s planning application where it belongs – in the bin.
Need for action on global heating – It’s 38°C in Siberia
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The Arctic heatwave: here’s what we know, https://www.theguardian.com/commentisfree/2020/jun/25/arctic-heatwave-38c-siberia-scienceTamsin Edwards
It’s 38°C in Siberia. The science may be complicated – but the need for action now couldn’t be clearer Fri 26 Jun 2020 There’s an Arctic heatwave: it’s 38°C in Siberia. Arctic sea ice coverage is the second lowest on record, and 2020 may be on course to be the hottest year since records began. For many people, such news induces a lurch of fear, or avoidance – closing the webpage because they don’t want to hear yet more bad news. A few might think “It’s just weather,” and roll their eyes. How can we make sense of such an event? Climate is subtle and shifting, with many drivers and timescales. But we can use this northern heatwave to illuminate the complexity of our planet. We can break this question into parts, from fast to slow. Fast: the immediate effect is to increase wildfires. Siberia has seen “zombie fires” reignited from deep smouldering embers in peatland. This is bad news, releasing particulate air pollution and more carbon in 18 months than in the past 16 years. The immediate cause? Here in the mid-high northern latitudes, we live in unstable weather under the influence of the polar jet stream. This rapid current of air high above our heads drags weather in a conveyor belt from west to east, with alternating patches of cold and warm air, low and high pressure. Sometimes the weather patterns get stuck, creating a stable period of weather, like a heatwave. This is one long, severe example. Does climate change make this “blocking” more likely? Maybe. The jet stream is created by the contrast between cold polar air and the warmer south. The Arctic is warming twice as fast as the global average: that means less north-south contrast, so the jet stream can become more wobbly and meandering. Loops break off like the oxbow lakes of school geography lessons, stranding particular weather patterns in one place. And why is the Arctic warming faster? Because sea ice and snow are so bright. When they melt with global warming, the ocean and land beneath are darker, so they absorb more of the sun’s heat. Their loss amplifies our warming. The current low in Arctic sea ice is itself partly the result of the Siberian heatwave, amplifying the usual year-to-year fluctuations. But the trend is down: the more CO2 we emit, the more the planet’s temperature rises, and the more sea ice we lose. Scientists predict the Arctic will start seeing summers without sea ice by 2050. But it’s not irreversible. It’s not a tipping point. The sea ice would return if we could cool the climate again. Unfortunately we know only three ways to do that: extract vast amounts of CO2 from the air with trees or technology; reflect the sun’s rays at a planetary scale; or wait, for many generations. This Arctic heatwave is a sharp spike on top of the global warming trend. That’s what makes it more intense, more likely and more of a warning: it’s a taste of the future predicted for Russia, if we burn quickly through our fossil fuels. The real fear around the Arctic for the longer term, I find when talking to people, comes from the idea of “runaway” warming from methane release. Warming could release stores of methane – a strong greenhouse gas – from permafrost or frozen sediments at the bottom of the ocean, which would add to the warming from our own activities. There is more than twice the amount of carbon in the permafrost as in the atmosphere, and thawing has already begun. There are big local impacts – damage to roads and buildings, because the ground can no longer bear so much weight, and an appalling story involving what appears to be anthrax release from thawing burial grounds. Permafrost thaw was even blamed by a Russian mining company for the recent collapse of a fuel reservoir, contaminating the river with 20,000 tonnes of diesel, though other factors were probably also involved. So could this Siberian heatwave, or ones like it, trigger catastrophic warming? I see much fear about amplifying methane feedbacks, including the false idea that climate scientists don’t consider them (we do, just separately to the main global climate models). Yet for several years there has been growing evidence that this risk is less than originally thought. Carbon stored in permafrost and wetlands is predicted to contribute around 100bn tonnes of CO2 this century. That’s a lot, but we add around 40bn tonnes ourselves every year. The methane at the bottom of the ocean would take centuries to release, so as long as we limit global warming we should keep those stores mostly locked up. There are uncertainties, of course, but the stores’ impact on warming is likely to be tenths of a degree, not several degrees. Yet every tonne of CO2 released from permafrost means one tonne fewer we can emit if we are to reach net zero emissions by 2050. Every year’s equivalent of our emissions brings our deadline closer. Every tenth of a degree of warming brings us closer to our target of 1.5°C and makes more permafrost thaw, and the impacts of climate change worse for the most vulnerable people and species of the world. The Arctic heatwave shows us that there are few simple stories in climate change. There is always a mix of natural and human influence, bad news and slightly-less-bad news, and occasionally even hopeful news. So, more than ever, we need to avoid over-simplifying or slipping into easy tropes like “We’re all doomed” or “It’s all weather,” but to try to understand the details. Perhaps there is one simple story though: every bit of warming we avoid will help keep our planet a more familiar and an easier place to live on. • Dr Tamsin Edwards is a senior lecturer in physical geography at King’s College London |
The Anthropocene, begun in 16th Century colonialism, slavery -? for repair in 21st Century post-Covid-19 recovery
Why the Anthropocene began with European colonisation, mass slavery and the ‘great dying’ of the 16th century, The Conversation, Mark Maslin, Professor of Earth System Science, UCL, Simon Lewis, Professor of Global Change Science at University of Leeds and, UCL June 25, 2020 The toppling of statues at Black Lives Matter protests has powerfully articulated that the roots of modern racism lie in European colonisation and slavery. Racism will be more forcefully opposed once we acknowledge this history and learn from it. Geographers and geologists can help contribute to this new understanding of our past, by defining the new human-dominated period of Earth’s history as beginning with European colonialism.Today our impacts on the environment are immense: humans move more soil, rock and sediment each year than is transported by all other natural processes combined. We may have kicked off the sixth “mass extinction” in Earth’s history, and the global climate is warming so fast we have delayed the next ice age.
We’ve made enough concrete to cover the entire surface of the Earth in a layer two millimetres thick. Enough plastic has been manufactured to clingfilm it as well. We annually produce 4.8 billion tonnes of our top five crops and 4.8 billion livestock animals. There are 1.4 billion motor vehicles, 2 billion personal computers, and more mobile phones than the 7.8 billion people on Earth.
All this suggests humans have become a geological superpower and evidence of our impact will be visible in rocks millions of years from now. This is a new geological epoch that scientists are calling the Anthropocene, combining the words for “human” and “recent-time”. But debate still continues as to when we should define the beginning of this period. When exactly did we leave behind the Holocene – the 10,000 years of stability that allowed farming and complex civilisations to develop – and move into the new epoch?
Five years ago we published evidence that the start of capitalism and European colonisation meet the formal scientific criteria for the start of the Anthropocene.
Our planetary impacts have increased since our earliest ancestors stepped down from the trees, at first by hunting some animal species to extinction. Much later, following the development of farming and agricultural societies, we started to change the climate. Yet Earth only truly became a “human planet” with the emergence of something quite different. This was capitalism, which itself grew out of European expansion in the 15th and 16th century and the era of colonisation and subjugation of indigenous peoples all around the world.
In the Americas, just 100 years after Christopher Columbus first set foot on the Bahamas in 1492, 56 million indigenous Americans were dead, mainly in South and Central America. This was 90% of the population. Most were killed by diseases brought across the Atlantic by Europeans, which had never been seen before in the Americas: measles, smallpox, influenza, the bubonic plague. War, slavery and wave after wave of disease combined to cause this “great dying”, something the world had never seen before, or since.
In North America the population decline was slower but no less dramatic due to slower colonisation by Europeans. US census data suggest the Native American population may have been as low as 250,000 people by 1900 from a pre-Columbus level of 5 million, a 95% decline.
This depopulation left the continents dominated by Europeans, who set up plantations and filled a labour shortage with enslaved workers. In total, more than 12 million people were forced to leave Africa and work for Europeans as slaves. ……….
In addition to the critical task of highlighting and tackling the racism within science, perhaps geologists and geographers can also make a small contribution to the Black Lives Matter movement by unflinchingly compiling the evidence showing that when humans started to exert a huge influence on the Earth’s environment was also the start of the brutal European colonisation of the world.
In her insightful book, A Billion Black Anthropocenes or None, the geography professor Kathryn Yusoff makes it very clear that predominantly white geologists and geographers need to acknowledge that Europeans decimated indigenous and minority populations whenever so-called progress occurred.
Defining the start of the human planet as the period of colonisation, the spread of deadly diseases and transatlantic slavery, means we can face the past and ensure we deal with its toxic legacy. If 1610 marks both a turning point in human relations with the Earth and our treatment of each other, then maybe, just maybe, 2020 could mark the start of a new chapter of equality, environmental justice and stewardship of the only planet in the universe known to harbour any life. It’s a struggle nobody can afford to lose. https://theconversation.com/why-the-anthropocene-began-with-european-colonisation-mass-slavery-and-the-great-dying-of-the-16th-century-140661
Nuclear power, far too slow to affect global heating – theme for July 20
In recent themes I wrote about nuclear power being in fact a big contributor to global warming, and about how climate change will in fact finish off the nuclear industry.
But – let’s pretend that nuclear reactors really could reduce greenhouse gas emissions.
TIME: To do that, 1500 one thousand megawatt-electric new reactors would be needed within a few years to displace a significant amount of carbon-emitting fossil generation. A Massachusetts Institute of Technology Study on “The Future of Nuclear Power” projected that a global growth scenario for as many as 1500 one thousand megawatt-electric new reactors would be needed to displace a significant amount of carbon-emitting fossil generation. Average 115 built per year would reduce our CO2 use by only 16%.
But the new flavour of the month is Small Modular Nuclear Reactors (SMRs), which generate from 50 to 200 megawatts. So the world would need, quickly, to have a significant reduction of carbon emissions, i.e at least 7500 largish SMRs – or 30,000 smaller ones., (and these SMRs are already shown to be more costly than large ones,)
Meanwhile – if the nuclear “climate cure” were to be pursued, the enormous costs and efforts involved would take away from the clean, fast, and ever cheaper solutions of energy efficiency and renewable energy.
NUCLEAR’s WHOPPING CLIMATE LIE – theme for July 2020
“If you tell a lie big enough and keep repeating it, people will eventually come to believe it. A lie told once remains a lie but a lie told a thousand times becomes the truth ”
Dr Goebbels would be delighted with the nuclear lobby’s lie that nuclear power is zero carbon and will fix climate change. He would be even more delighted with the current success of this lie.
“Think of the press as a great keyboard on which the government can play.”
The failing nuclear industry is fighting for its life. It now pitches its salvation on its claim to halt climate change. Even if 
that were true (which it isn’t) the world would have to construct several thousand ‘conventional’ reactors, or several millions of Small Modular Reactors (SMRs) very quickly, within a decade or two.
How is it that politicians , media, academics have swallowed this lie?
Record breaking heat in Verkhoyansk, north of the Arctic Circle
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A Siberian town near the Arctic Circle just recorded a 100-degree temperature https://www.vox.com/2020/6/21/21298292/siberia-temperature-100-climate-change
One of the coldest towns on Earth clocks a potentially record-breaking — and worrying — temperature. By Zeeshan Aleem@ZeeshanAleem Jun 21, 2020,A small town in Siberia reached a temperature of 100.4 degrees Fahrenheit on Saturday, which, if verified, would mark the hottest temperature ever recorded north of the Arctic Circle. Temperatures have jumped in recent months to levels rarely seen in the Russian region, and it’s a sign of a broader trend of human-caused climate change that’s transforming weather patterns in the Arctic Circle. The town of Verkhoyansk is one of the coldest towns on Earth — temperatures dropped to nearly 60 degrees below zero there this past November — and the average June high temperature is 68 degrees. The 100.4 reading in Verkhoyansk, which sits farther north than Fairbanks, Alaska, would be the northernmost 100-degree reading ever observed. The Washington Post reports that while there are questions about the accuracy of the record temperature, a Saturday weather balloon launch that found unusually high temperatures in the lower atmosphere supports the reading. And on Sunday, the town reached 95.3 degrees, according to the Post. CBS News meteorologist and climate specialist Jeff Berardelli wrote on Saturday that 100-degree temperatures in or near the Arctic are “almost unheard of.” Before Saturday, Siberia was already experiencing an extraordinary heat wave. Surface temperatures in Siberia were 18 degrees higher than average in May, making it the hottest May in the region since record-keeping began in 1979, according to the Copernicus Climate Change Service. “It is undoubtedly an alarming sign, but not only May was unusually warm in this region,” said Freja Vamborg, a senior scientist at the Copernicus Climate Change Service, in a statement about the finding. “The whole of winter and spring had repeated periods of higher-than-average surface air temperatures.” Climate scientist Martin Stendel said on Twitter that the temperatures recorded in northwestern Siberia last month would be a 1-in-100,000-year event — if not for climate change. Berardelli said the average heat across Russia between January and May actually matches what current models project to be normal for the region in 2100, if carbon emissions continue. “Due to heat trapping greenhouse gases that result from the burning of fossil fuels and feedback loops, the Arctic is warming at more than two times the average rate of the globe,” he explained in his analysis of the Verkhoyansk reading. “This phenomenon is known as Arctic Amplification, which is leading to the decline of sea ice, and in some cases snow cover, due to rapidly warming temperatures.” He noted that if the climate continues to heat up, extreme heat waves will become more of the norm. |
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To protect our planet – we need to transform, not grow, the economy
“So, we have to get away from our obsession with economic growth – we really need to start managing our economies in a way that protects our climate and natural resources, even if this means less, no or even negative growth.”
Overconsumption and growth economy key drivers of environmental crises https://www.eurekalert.org/pub_releases/2020-06/uons-oag061820.php
21 June, 20, , Scientists’ warning on affluence, UNIVERSITY OF NEW SOUTH WALES, A group of researchers, led by a UNSW sustainability scientist, have reviewed existing academic discussions on the link between wealth, economy and associated impacts, reaching a clear conclusion: technology will only get us so far when working towards sustainability – we need far-reaching lifestyle changes and different economic paradigms.
In their review, published today in Nature Communications and entitled Scientists’ Warning on Affluence, the researchers have summarised the available evidence, identifying possible solution approaches.
“Recent scientists’ warnings have done a great job at describing the many perils our natural world is facing through crises in climate, biodiversity and food systems, to name but a few,” says lead author Professor Tommy Wiedmann from UNSW Engineering.
“However, none of these warnings has explicitly considered the role of growth-oriented economies and the pursuit of affluence. In our scientists’ warning, we identify the underlying forces of overconsumption and spell out the measures that are needed to tackle the overwhelming ‘power’ of consumption and the economic growth paradigm – that’s the gap we fill.
“The key conclusion from our review is that we cannot rely on technology alone to solve existential environmental problems – like climate change, biodiversity loss and pollution – but that we also have to change our affluent lifestyles and reduce overconsumption, in combination with structural change.”
During the past 40 years, worldwide wealth growth has continuously outpaced any efficiency gains.
“Technology can help us to consume more efficiently, i.e. to save energy and resources, but these technological improvements cannot keep pace with our ever-increasing levels of consumption,” Prof Wiedmann says.
Reducing overconsumption in the world’s richest
Co-author Julia Steinberger, Professor of Ecological Economics at the University of Leeds, says affluence is often portrayed as something to aspire to.
“But our paper has shown that it’s actually dangerous and leads to planetary-scale destruction. To protect ourselves from the worsening climate crisis, we must reduce inequality and challenge the notion that riches, and those who possess them, are inherently good.”
In fact, the researchers say the world’s affluent citizens are responsible for most environmental impacts and are central to any future prospect of retreating to safer conditions.
“Consumption of affluent households worldwide is by far the strongest determinant – and the strongest accelerator – of increased global environmental and social impacts,” co-author Lorenz Keysser from ETH Zurich says.
“Current discussions on how to address the ecological crises within science, policy making and social movements need to recognize the responsibility of the most affluent for these crises.”
The researchers say overconsumption and affluence need to be addressed through lifestyle changes.
“It’s hardly ever acknowledged, but any transition towards sustainability can only be effective if technological advancements are complemented by far-reaching lifestyle changes,” says co-author Manfred Lenzen, Professor of Sustainability Research at the University of Sydney.
“I am often asked to explain this issue at social gatherings. Usually I say that what we see or associate with our current environmental issues (cars, power, planes) is just the tip of our personal iceberg. It’s all the stuff we consume and the environmental destruction embodied in that stuff that forms the iceberg’s submerged part. Unfortunately, once we understand this, the implications for our lifestyle are often so confronting that denial kicks in.”
No level of growth is sustainable
However, the scientists say responsibility for change doesn’t just sit with individuals – broader structural changes are needed.
“Individuals’ attempts at such lifestyle transitions may be doomed to fail, because existing societies, economies and cultures incentivise consumption expansion,” Prof Wiedmann says.
A change in economic paradigms is therefore sorely needed.
“The structural imperative for growth in competitive market economies leads to decision makers being locked into bolstering economic growth, and inhibiting necessary societal changes,” Prof Wiedmann says.
“So, we have to get away from our obsession with economic growth – we really need to start managing our economies in a way that protects our climate and natural resources, even if this means less, no or even negative growth.
“In Australia, this discussion isn’t happening at all – economic growth is the one and only mantra preached by both main political parties. It’s very different in New Zealand – their Wellbeing Budget 2019 is one example of how government investment can be directed in a more sustainable direction, by transforming the economy rather than growing it.”
The researchers say that “green growth” or “sustainable growth” is a myth.
“As long as there is growth – both economically and in population – technology cannot keep up with reducing impacts, the overall environmental impacts with only increase,” Prof Wiedmann says.
One way to enforce these lifestyle changes could be to reduce overconsumption by the super-rich, e.g. through taxation policies.
“‘Degrowth’ proponents go a step further and suggest a more radical social change that leads away from capitalism to other forms of economic and social governance,” Prof Wiedmann says.
“Policies may include, for example, eco-taxes, green investments, wealth redistribution through taxation and a maximum income, a guaranteed basic income and reduced working hours.”
Modelling an alternative future
Prof Wiedmann’s team now wants to model scenarios for sustainable transformations – that means exploring different pathways of development with a computer model to see what we need to do to achieve the best possible outcome.
“We have already started doing this with a recent piece of research that showed a fairer, greener and more prosperous Australia is possible – so long as political leaders don’t focus just on economic growth.
“We hope that this review shows a different perspective on what matters, and supports us in overcoming deeply entrenched views on how humans have to dominate nature, and on how our economies have to grow ever more. We can’t keep behaving as if we had a spare planet available.”
Pacific leaders fear climate change campaign will ‘lose momentum’ amid COVID-19 pandemic
Pacific leaders fear climate change campaign will ‘lose momentum’ amid COVID-19 pandemic, ABC, By foreign affairs reporter Melissa Clarke 19 June 20
Key points:
- Pacific leaders do not want the coronavirus pandemic to distract from work on climate change
- Nations in the Pacific are concerned environmental impacts of climate change will ruin their tourism industry
- Leaders are calling on Australia to not forget about emissions reduction commitments
Senior political leaders from both the Fijian and Samoan governments have raised concerns that climate change is being overlooked while global leaders and the media focus on the coronavirus.
The Fijian Government, which has been a strong critic of Australia for not doing more to reduce carbon emissions, has said the urgency for addressing climate change has not abated.
“It may appear that climate change has taken a back seat, but it cannot and should not,” Fiji’s Attorney-General Aiyaz Sayed-Khaiyum said.
Coronavirus update: Follow all the latest news in our daily wrap.Taking part in an online forum hosted by the Australian National University (ANU) on Thursday, Mr Sayed-Khaiyum said the impacts of climate change were being felt every day by Fijians.
“Climate change is a reality and we cannot lift our foot off the pedal,” he said.
Pacific nations regard climate change as an existential threat, with changing weather systems affecting sea levels, fish stocks, water quality and the frequency of severe weather events.
Samoa’s Deputy Prime Minister Fiame Naomi Mata’afa, speaking on the same forum, said it is important attention isn’t diverted from climate change.
“We’re talking about a pandemic, but… climate change impacts us in all aspects of our lives, including health as well.”……..
Pacific Island nations have been trying to get all countries to agree to register more ambitious emissions reductions targets under the Paris Agreement on climate change.
Ms Mata’afa is concerned their campaign could “lose momentum” during the pandemic and appealed for Australia’s help.
“I think it is very important for Australia, as a member of the Pacific [Islands] Forum, that it comes in strongly as one of our larger members, with the Pacific and the message: to ensure that the 1.5 [degree] objective that we’ve been advocating for and that we raise the global ambition in regards to [cutting] emissions.”
Pacific nations have previously expressed their disappointment that Australia has not fully embraced their calls for more global action……… https://www.abc.net.au/news/2020-06-18/pacific-leaders-fear-coronavirus-distraction-climate-change/12371182
Pandemic is important, yes, but 2020 looks to be the hottest year on record
2020 likely to be the warmest year on record globally, BY JEFF BERARDELLI, CBS NEWS, JUNE 15, 2020, While the public’s attention is consumed by concern over the global pandemic and protests against social injustices, the chronic condition of climate change continues to escalate. In fact, it’s becoming more and more likely that 2020 will be the hottest year globally since records have been kept, dating back to the late 1800s.
Reviews of temperatures for May 2020 have now been reported by four standard-bearer climate data organizations including NASA, NOAA, Berkeley Earth and the European agency Copernicus.
The unanimous conclusion: Last month was the warmest May on record globally, with the caveat from NOAA that it was a virtual tie with May 2016.
According to NOAA, one of the few places on Earth to be cooler than average in May was much of Canada and the eastern United States. But that did little to counteract 2020’s overall warmth.
For the year to date, both NASA and Berkeley Earth rank 2020 as the second warmest globally, a shade behind 2016. This is particularly impressive considering in 2016 there was a Super El Niño. In El Niño years the tropical Pacific Ocean releases copious heat into the atmosphere and record warm years are expected. This year there is no El Niño.
In addition, we are currently at the bottom of the 11-year solar minimum, a time when incoming energy from the sun decreases. This is further proof that solar minimums don’t have a substantial impact on climate.
To put this into perspective, the world’s five warmest years on record have all occurred since 2015, with 2020 highly likely to continue that trend. ………. https://www.cbsnews.com/news/warmest-year-on-record-2020-likely/
Siberia’s alarming prolonged heat wave
Climate crisis: alarm at record-breaking heatwave in
Siberia https://www.theguardian.com/environment/2020/jun/17/climate-crisis-alarm-at-record-breaking-heatwave-in-siberia
Thu 18 Jun 2020 A prolonged heatwave in Siberia is “undoubtedly alarming”, climate scientists have said. The freak temperatures have been linked to wildfires, a huge oil spill and a plague of tree-eating moths.
On a global scale, the Siberian heat is helping push the world towards its hottest year on record in 2020, despite a temporary dip in carbon emissions owing to the coronavirus pandemic.
Temperatures in the polar regions are rising fastest because ocean currents carry heat towards the poles and reflective ice and snow is melting away.
Russian towns in the Arctic circle have recorded extraordinary temperatures, with Nizhnyaya Pesha hitting 30C on 9 June and Khatanga, which usually has daytime temperatures of around 0C at this time of year, hitting 25C on 22 May. The previous record was 12C.
In May, surface temperatures in parts of Siberia were up to 10C above average, according to the EU’s Copernicus Climate Change Service (C3S). Martin Stendel, of the Danish Meteorological Institute, said the abnormal May temperatures seen in north-west Siberia would be likely to happen just once in 100,000 years without human-caused global heating.
Freja Vamborg, a senior scientist at C3S, said: “It is undoubtedly an alarming sign, but not only May was unusually warm in Siberia. The whole of winter and spring had repeated periods of higher-than-average surface air temperatures.
“Although the planet as a whole is warming, this isn’t happening evenly. Western Siberia stands out as a region that shows more of a warming trend with higher variations in temperature. So to some extent large temperature anomalies are not unexpected. However, what is unusual is how long the warmer-than-average anomalies have persisted for.”
Marina Makarova, the chief meteorologist at Russia’s Rosgidromet weather service, said: “This winter was the hottest in Siberia since records began 130 years ago. Average temperatures were up to 6C higher than the seasonal norms.”
Robert Rohde, the lead scientist at the Berkeley Earth project, said Russia as a whole had experienced record high temperatures in 2020, with the average from January to May 5.3C above the 1951-1980 average. “[This is a] new record by a massive 1.9C,” he said.
In December, Russia’s president, Vladimir Putin, commented on the unusual heat: “Some of our cities were built north of the Arctic Circle, on the permafrost. If it begins to thaw, you can imagine what consequences it would have. It’s very serious.”
Thawing permafrost was at least partly to blame for a spill of diesel fuel in Siberia this month that led Putin to declare a state of emergency. The supports of the storage tank suddenly sank, according to its operators; green groups said ageing and poorly maintained infrastructure was also to blame.
Wildfires have raged across hundreds of thousands of hectares of Siberia’s forests. Farmers often light fires in the spring to clear vegetation, and a combination of high temperatures and strong winds has caused some fires to burn out of control.
Swarms of the Siberian silk moth, whose larvae eat at conifer trees, have grown rapidly in the rising temperatures. “In all my long career, I’ve never seen moths so huge and growing so quickly,” Vladimir Soldatov, a moth expert, told AFP.
He warned of “tragic consequences” for forests, with the larvae stripping trees of their needles and making them more susceptible to fires.
Covid-19 pandemic – ‘fire drill’ for effects of climate crisis
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Covid-19 pandemic is ‘fire drill’ for effects of climate crisis, says UN official, Tue 16 Jun 2020 “The overall problem is that we are not sustainable in the ways we are living and producing on the planet today,” said Lise Kingo, the executive director of the UN Global Compact, under which businesses sign up to principles of environmental protection and social justice. “The only way forward is to create a world that leaves no one behind.”She said there were “very, very clear connections” between the Covid-19 and climate crises, and the Black Lives Matter protests around the world, which she said had helped to reveal deep-seated inequalities and “endemic and structural racism”.
“We have seen illustrated to everyone that social inequality issues are part of the sustainable development agenda,” Kingo said. ….. The UN secretary general, António Guterres, said building a fairer society would be essential to the world’s health, as well as to saving the planet from climate breakdown and ecological destruction. “Today, the fabric of society and the wellbeing of people hinge on our ability to build a fair globalisation,” he told the two-day UN Global Compact virtual conference of business leaders, which started on Monday……. https://www.theguardian.com/environment/2020/jun/15/covid-19-pandemic-is-fire-drill-for-effects-of-climate-crisis-says-un-official
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Climate predictions not serious enough – new research on clouds
Climate worst-case scenarios may not go far enough, cloud data shows https://www.theguardian.com/environment/2020/jun/13/climate-worst-case-scenarios-clouds-scientists-global-heating Modelling suggests climate is considerably more sensitive to carbon emissions than thought, Jonathan Watts Sat 13 Jun 2020 Worst-case global heating scenarios may need to be revised upwards in light of a better understanding of the role of clouds, scientists have said.Recent modelling data suggests the climate is considerably more sensitive to carbon emissions than previously believed, and experts said the projections had the potential to be “incredibly alarming”, though they stressed further research would be needed to validate the new numbers.
Modelling results from more than 20 institutions are being compiled for the sixth assessment by the United Nations Intergovernmental Panel on Climate Change, which is due to be released next year.
Compared with the last assessment in 2014, 25% of them show a sharp upward shift from 3C to 5C in climate sensitivity – the amount of warming projected from a doubling of atmospheric carbon dioxide from the preindustrial level of 280 parts per million. This has shocked many veteran observers, because assumptions about climate sensitivity have been relatively unchanged since the 1980s.
“That is a very deep concern,” Johan Rockström, the director of the Potsdam Institute for Climate Impact Research, said. “Climate sensitivity is the holy grail of climate science. It is the prime indicator of climate risk. For 40 years, it has been around 3C. Now, we are suddenly starting to see big climate models on the best supercomputers showing things could be worse than we thought.”
He said climate sensitivity above 5C would reduce the scope for human action to reduce the worst impacts of global heating. “We would have no more space for a soft landing of 1.5C [above preindustrial levels]. The best we could aim for is 2C,” he said.
Worst-case projections in excess of 5C have been generated by several of the world’s leading climate research bodies, including the UK Met Office’s Hadley Centre and the EU’s Community Earth System Model
Timothy Palmer, a professor in climate physics at Oxford University and a member of the Met Office’s advisory board, said the high figure initially made scientists nervous. “It was way outside previous estimates. People asked whether there was a bug in the code,” he said. “But it boiled down to relatively small changes in the way clouds are represented in the models.”
The role of clouds is one of the most uncertain areas in climate science because they are hard to measure and, depending on altitude, droplet temperature and other factors, can play either a warming or a cooling role. For decades, this has been the focus of fierce academic disputes.
Previous IPCC reports tended to assume that clouds would have a neutral impact because the warming and cooling feedbacks would cancel each other out. But in the past year and a half, a body of evidence has been growing showing that the net effect will be warming. This is based on finer resolution computer models and advanced cloud microphysics.
“Clouds will determine humanity’s fate – whether climate is an existential threat or an inconvenience that we will learn to live with,” said Palmer. “Most recent models suggest clouds will make matters worse.”
In a recent paper in the journal Nature, Palmer explains how the new Hadley Centre model that produced the 5+C figure on climate sensitivity was tested by assessing its accuracy in forecasting short-term weather. This testing technique had exposed flaws in previous models, but in the latest case, the results reinforced the estimates. “The results are not reassuring – they support the estimates,” he wrote. He is calling for other models to be tested in a similar way.
“It’s really important. The message to the government and public is, you have to take this high climate sensitivity seriously. [We] must get emissions down as quickly as we can,” he said.
The IPCC is expected to include the 5+C climate sensitivity figure in its next report on the range of possible outcomes. Scientists caution that this is a work in progress and that doubts remain because such a high figure does not fit with historical records.
Catherine Senior, head of understanding climate change at the Met Office Hadley Centre, said more studies and more data were needed to fully understand the role of clouds and aerosols.
“This figure has the potential to be incredibly alarming if it is right,” she said. “But as a scientist, my first response is: why has the model done that? We are still in the stage of evaluating the processes driving the different response.”
While acknowledging the continued uncertainty, Rockström said climate models might still be underestimating the problem because they did not fully take into account tipping points in the biosphere.
“The more we learn, the more fragile the Earth system seems to be and the faster we need to move,” he said. “It gives even stronger argument to step out of this Covid-19 crisis and move full speed towards decarbonising the economy.”
Post-pandemic packages could green up our energy systems for environmental and economic benefit.
message was a grim, possibly self-serving, prediction, that sun, wind and water power would only ever meet four per cent of the country’s needs.
Climate helped by Europe’s fast-growing mini-forests
Fast-growing mini-forests spring up in Europe to aid climate
Miyawaki forests are denser and said to be more biodiverse than other kinds of woods, Guardian, Hannah Lewis, Sat 13 Jun 2020 Tiny, dense forests are springing up around Europe as part of a movement aimed at restoring biodiversity and fighting the climate crisis.
Often sited in schoolyards or alongside roads, the forests can be as small as a tennis court. They are based on the work of the Japanese botanist Akira Miyawaki, who has planted more than 1,000 such forests in Japan, Malaysia and elsewhere.
Advocates for the method say the miniature forests grow 10 times faster and become 30 times denser and 100 times more biodiverse than those planted by conventional methods. This result is achieved by planting saplings close together, three per square metre, using native varieties adapted to local conditions. A wide variety of species – ideally 30 or more – are planted to recreate the layers of a natural forest.
Scientists say such ecosystems are key to meeting climate goals, estimating that natural forests can store 40 times more carbon than single-species plantations. The Miyawaki forests are designed to regenerate land in far less time than the 70-plus years it takes a forest to recover on its own.
“This is a great thing to do,” said Eric Dinerstein, a wildlife scientist who co-authored a recent paper calling for half of the Earth’s surface to be protected or managed for nature conservation to avoid catastrophic climate change. “So this could be another aspect for suburban and urban areas, to create wildlife corridors through contiguous ribbons of mini-forest.”
The mini-forests could attract migratory songbirds, Dinerstein said. “Songbirds are made from caterpillars and adult insects, and even small pockets of forests, if planted with native species, could become a nutritious fast-food fly-in site for hungry birds.”……. https://www.theguardian.com/environment/2020/jun/13/fast-growing-mini-forests-spring-up-in-europe-to-aid-climate
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