16/03/2020

(UK) Patriotism Could Be The Unlikely Answer To Solving The Climate Crisis

The Guardian

Last week’s (UK) budget was a missed opportunity: we need to mobilise our attachment to country
Global heating is being blamed for the wildfires that devastated much of New South Wales in Australia in recent months. Photograph: Dean Lewins/AAP

Anatol Lieven
Anatol Lieven is a professor at Georgetown University in Qatar and a fellow of the New America Foundation.
He worked as a British journalist in Pakistan, Afghanistan, the former USSR and Eastern Europe.
Anatol Lieven is the author of Climate Change and the Nation State: The Realist Case.

When it comes to fighting climate change and its effects, both greens and conservatives pay far too much attention to localism, voluntarism, and corporate responsibility. All are valuable; none are adequate.

If, as many environmentalists say, the struggle against global heating requires a sense of wartime emergency, then fighting it while chiefly relying on these assets is as if Britain fought the Second World War relying on the Home Guard.

Last week’s budget contained some useful steps to limit carbon emissions; but they are far too small, and offset by road construction and the failure to lift the freeze on fuel taxes brought in 10 years ago.

Climate change, if unchecked, threatens the destruction of Britain; yet the new money allocated to combat it is less than one fifteenth of the annual defence bill and well under half the cost of the two Royal Navy aircraft carriers – which increasingly seem to have no national strategic purpose.

The best way of looking at the idea of state-led national green new deals is to see them as the latest episode in the 200-year-old history of efforts to save capitalism from itself. The difference is that in the past, unrestrained capitalism could only destroy one country’s political and economic order. Today, by continuing to boost carbon emissions, it can destroy the whole of modern civilisation.
Capitalism, when left alone, cannot regulate itself. If we did not know that before 2008, we know it now
Throughout modern history, just as today, there have been capitalists, such as Bill Gates and Warren Buffet, who have called for the reform of capitalism, whether from conscience or fear of revolution, but, in the end, parliaments still had to pass the laws and states had to implement them. If we had left it to capitalism to regulate itself, seven-year-olds would still be working down coal mines – or, more likely, Britain would have collapsed into communism. Capitalism, when left alone, cannot regulate itself. If we did not know that before the crash of 2008, we certainly know it now.

Central to the taming of capitalism has always been the creation of welfare states. Enhanced social security and state healthcare as part of any green new deal are essential to the fight to limit carbon emissions for three reasons:

  • to compensate those workers and sections of society that will suffer as a result of the abandonment of fossil fuels; 
  • to make the necessary sacrifices politically possible by sharing those sacrifices through progressive taxation; and 
  • to build the social and national resilience which we will need if our democratic orders are to survive the shocks of the decades to come – including the spread of tropical diseases as a result of climate change.

This need for social solidarity links the green new deal to the patriotic origins of the welfare state. Both conservatives and socialists have agreed in attributing the welfare state to socialism; conservatives because they have come to dislike it, the left because they want to claim all credit for it.

In fact, the origins of the British welfare state lie very largely in the social imperialism movement in the years before 1914. The supporters of this movement were an extraordinarily varied bunch: H G Wells, George Bernard Shaw and Sidney and Beatrice Webb on the left; liberal imperialists such as Winston Churchill and William Beveridge; patriotic writers including Rudyard Kipling and Arthur Conan Doyle; imperial bureaucrats such as Lord Milner and John Buchan; and soldiers including Field Marshal Lord Roberts. Their thinking echoed, in key respects, Bismarck’s social security programme in Germany and the reformist “new nationalism” of Theodore Roosevelt in the US.

As Lord Roberts declared: “To tens of thousands of Englishmen engaged in daily toil, the call to ‘sacrifice’ themselves for their country must seem an insult to their reason; for those conditions amid which they work make their lives already an unending sacrifice.”

What all these figures had in common was a fear of social disintegration and revolution; a belief (right or wrong) in the British Empire as a force for progress; and a belief that social solidarity, “national efficiency”, and a degree of national self-sufficiency were essential to survive what they (correctly) saw would be the colossal social, economic and political strains of a new European war.

My own thinking about this has also been shaped by my experience of working in Qatar, which has engaged in an intense and successful state-led effort at national self-sufficiency in response to the blockade by Saudi Arabia and other neighbours.

The social imperialist tradition flowed into the later development of the welfare state as a result of the Second World War. In the course of these conflicts most of the Labour party became intensely patriotic, while the Conservatives became one-nation Tories, committed to social solidarity and state involvement in the economy.

When, in 1960, Bernard Semmel wrote his classic study of social imperialism, Imperialism and Social Reform, he took for granted its victory on both sides of the political spectrum: “Today, the Cobdenites [ie radical free-market liberals] and the international socialists are virtually extinct breeds.”

This is the spirit we need to recover in response to the climate emergency and associated menaces. International agreements and protest movements are valuable and necessary but they can’t do anything themselves. Their purpose is to nudge and shame states into taking action. And state governments, in the end, take action on behalf of their national populations. That is their duty, and it is also what those populations expect and vote for.

The task then is to mobilise patriotism by convincing national populations that global heating is a threat, not just to humanity and the planet but to the interests and the future survival of their own countries; and that society, as a whole, will pull together, alleviate suffering and make sacrifices as part of a common effort.

If we can’t manage this I very much doubt that liberal democracy will survive what is coming at us down the line.

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(UK) Climate Change: Will Planting Millions Of Trees Really Save The Planet?

BBC - David Shukman

Jeff Overs

David Shukman
David Shukman is the BBC News science editor.
From Greta Thunberg to Donald Trump and airlines to oil companies, everyone is suddenly going crazy for trees.
The UK government has pledged to plant millions a year while other countries have schemes running into billions.
But are these grand ambitions achievable? How much carbon dioxide do trees really pull in from the atmosphere? And what happens to a forest, planted amid a fanfare, over the following decades?

How many will the UK plant?
Last year's UK general election became a contest to look green.
The Conservatives' pledge of planting 30 million trees a year, confirmed in the Budget this week, is a big step up on current rates. Critics wonder whether it's possible given that earlier targets were far easier and weren't met.
If the new planting rate is achieved, it would lead to something like 17% of the UK becoming forested, as opposed to 13% now.
Tree planting is a popular idea because forests are not only beautiful but also useful: they support wildlife, help with holding back floodwater and provide timber.


At top speed, Canadian Shelby Barber can plant more than 4,000 trees a day.

And trees absorb carbon dioxide - the main gas heating the planet - so planting more of them is seen by many as a climate change solution.
At the moment, the UK's forests pull in about 10 million tonnes of carbon dioxide a year but the hope is to more than double that.
It would involve potentially sensitive decisions about where to turn fields into forests: for example, should trees be planted where crops are grown or where cattle or sheep are grazed?
And because it can take decades to get a financial return from trees, many farmers and landowners are waiting for the government to announce new incentives.

Can you plant that many?
Yes, with the right people.I watched a team of people in their 20s working on a project for the Forestry Commission, in Norfolk, and their speed was phenomenal. When they got going, I timed each of them planting a tree roughly every four seconds.
During the course of a day, they could plant between 2,000 and 4,000 trees, piercing the soil with a shovel, stooping down to bury the roots of a tiny Douglas Fir, pressing the sapling in with a boot, and then pacing out the gap to the next one.


There are machines that can do the job - and even drones - but people power is the tried and tested method. And good money can be earned - about 7p for every tree.
For years, it's been popular among students in Canada as a summer job. But inspiring the same enthusiasm among British people is a different story.
Liz Boivin, whose company Tomorrow's Forests employs the team I visited, finds it is Canadians, Australians and eastern Europeans who most regularly sign up for a season's work.
She doubts whether there are enough trained staff in Britain to support the government's plans for a huge increase in planting.
"You need to have the workforce to hit those numbers, which at the moment you don't have," she says.

What problems could there be?
Trees grow very slowly so it's not enough just to plant them and then walk away.
In their early years, saplings are extremely vulnerable to a long list of threats: droughts, storms, pests and diseases. So it's possible that around a quarter of a newly-planted forest will die young.
Only when the survivors make it to an age of 20-30 years do they draw in significant amounts of carbon dioxide. By this stage, the forest will only thrive if some trees are removed or "thinned" to allow more room for others to develop.
If the timber from the cleared trees is then used in buildings, the carbon will remain locked up for as long as the structure stands. But if the trees are left unattended and end up dying and rotting, all the carbon that had been stored will then be released.
Many of Britain's tree planters come from countries like Canada and Australia.


So the key is a plan for careful management, according to Stuart Goodall, who runs Confor, a forest industries association. He's worried that the mania for trees may turn out to be a passing fashion, with investors excited by the planting but not by the long years that follow.
"We don't want to be rushed by others who have taken a sudden interest and may run away in 5-10 years' time," he says.
For a big increase in tree planting, Mr Goodall says there will need to be far greater supply of saplings but British nurseries are wary of scaling up until they're sure the government is serious.

Can trees stop climate change?
The answer is more complicated than you might think.
Trees use carbon dioxide as part of the process of photosynthesis - with the carbon ending up in the branches, trunk and roots. But at the same time they rely on respiration, which releases some carbon dioxide.
That's why, over the years, people have described trees as "breathing" - inhaling and exhaling a flow of gases. And it turns out that understanding exactly how that flow works is extremely hard.
Prof Rob MacKenzie, of the University of Birmingham, is honest about the lack of knowledge. "There are lots of things we don't know about the precise movement of carbon."












We're in a hi-tech outdoor laboratory that he runs in a forest in Staffordshire.
Instruments are mounted on tree trunks and on the ground to measure every aspect of how the trees are functioning. Research so far has shown that every square metre draws in about 1,700g of CO2 every year - while also releasing up to 1,200g.
And as a forest gets older, those flows are likely to become more balanced. Prof MacKenzie says it would be a "disaster" if governments and companies rely on forests to "clear up the mess" of carbon pollution.
And he paints a grim picture of what could go wrong. "We plant lot of trees, we think we've done the job, we forget about them, and what we're left with is a really desolate dying diseased landscape that no one cares about."

So what are the solutions?
Partly, they involve choosing the right trees and partly it's about making sure that local people benefit.
In the sprawling forest of Thetford, in Norfolk, much of it planted in a rush after the First World War, Eleanor Tew has researched the best options.
Back in the 1960s and 1970s, a government-encouraged rash of planting ended up with regimented rows of the same species of conifers - which meant they were susceptible to the same pests and diseases.
Planting trees without a plan can end up doing "more harm than good".


For Eleanor, it's important to make sure that future forests are more resilient.
"It's a bit like making sure you don't put all your eggs in one basket," she says. "It may seem that the obvious thing is to plant one species that's really good for timber or another species that's good for carbon but if they don't cope with a disease, then the whole forest fails."
And for Nathalie Seddon, professor of biodiversity at the University of Oxford, it's vital that forestry schemes, particularly in developing countries, aren't imposed on the people there, but instead involve them.
She points to a project in the Humbo region of Ethiopia where farmers were encouraged to regenerate woodland by being given legal rights over the trees and also by getting training in forest management.
By contrast, a forestry scheme in northwest China successfully protected people living there from dust storms - a positive development - but the growth of the trees then led to water shortages in villages downstream.
She says: "There is an idea that you can just buy land and plant trees but that's too simplistic - there is a risk of doing more harm than good."

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(AU) Risk And Reward In Decarbonising NSW Economy, Says Chief Scientist

Sydney Morning HeraldPeter Hannam

Shifting NSW's $600 billion economy towards net zero carbon emissions will generate many opportunities as new industries emerge, but also require careful policy co-ordination and communication.
As part of a Decarbonisation Innovation Study, NSW Chief Scientist and Engineer Hugh Durrant-Whyte said climate change was "one of the most significant global challenges of the 21st century - posing risks to existing industries, communities and ecosystem", according to a scoping paper obtained by the Herald.
Hugh Durrant-Whyte, NSW Chief Scientist and Engineer, has been leading a panel examining the opportunities and challenges of shifting the state's economy towards net zero carbon emissions. Credit: Damian Bennett
The paper, which will be followed within months by a final report, identifies which parts of the economy are best placed to develop and benefit from emerging technologies that generate little or no greenhouse gases, such as hydrogen.
"Effective transitions not only make communities and jobs resilient, but also provide increased prosperity," the paper finds.
However, the authors, which include the chief scientist and an expert panel, also signal that one of the government's biggest challenges will be keeping public support for what will be disruptive shifts.
"The case for, and progress of, transitions should also be clearly communicated to stakeholders to maintain understanding and support for change," they said.
The report comes days after state Energy and Environment Minister Matt Kean unveiled the first stage of his government's Net Zero Plan. The policy, covering the 2020-30 decade on the way to a carbon neutral economy by 2050, would draw in an estimated $11.6 billion of new investment and 2400 jobs.
Mr Kean said the government would continue to assist the development of low-emissions technologies and services to help make NSW more climate resilient, as outlined in the chief scientist's report.
"We’re already developing programs that will support the commercialisation of promising technologies that can help our high-emissions industries remain competitive as the world reduces emissions," Mr Kean said.
"We’re also taking action to gradually decarbonise the state’s largest carbon emitter, the energy generation sector."
The financial and insurance industry, with an annual gross value of more than $70 billion, is also among the best placed to benefit from and drive the carbon-reduction effort, the scoping paper found.
Direct physical risks from climate change, such as from more extreme weather, were also moving investments, as were rising risks "for carbon intensive goods ... like fossil fuels", it said.
The energy sector, the state's and Australia's largest source of emissions, has among the best prospects with wind and solar farms already "more cost-effective" than new black coal-fired power plants.
Depending on policy interventions and other factors, NSW may source as much as 58 per cent of its power from renewables by 2030, the paper found.
Electrification of transport offered many opportunities, too, although policies will be needed to ensure the take-up of such technology "does not lead to greater fossil fuel generation".
Similarly, the use of technology to manage the timing when people charge their electric cars could decrease the potential peak power load by as much as 450 per cent by 2040.
The paper, though, makes only limited reference to the risks and opportunities facing coal, the state's largest export industry with shipments worth about $17 billion a year.
Expertise in detection of fugitive emissions offers one opportunity to cash in, while carbon capture and storage technologies may provide growth "in some hard-to-abate sectors", it said.
Carbon dioxide removal, such as by planting trees, will also provide growth prospects, particularly for rural areas.
Similarly, synthetic biology, which can increase the efficiency of food and other crops, will likely help efforts to cut emissions in a range of sectors, the paper said.

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