Month: October 2018

How to Shift Public Attitudes and Win the Global Climate Battle #auspol #qldpol #nswpol #StopAdani #EndCoal Demand #ClimateAction #Drought #CoralNotCoa

The world is making progress in decarbonizing economies, but not nearly fast enough, says the former U.S. chief climate negotiator. Here he spells out what forces must come together to marshal the public and political will needed to tackle climate change.

Climate change is on the front pages again.

In the space of three weeks, Florida and North Carolina were battered by severe hurricanes whose destructive power was surely intensified by hotter ocean waters and a warmer atmosphere, which holds more moisture.

Between those two violent storms, the United Nations’ Intergovernmental Panel on Climate Change (IPCC) delivered a four-alarm warning about the profound dangers of holding global warming even to an increase of 2 degrees Celsius, which not long ago was considered a safe zone.

Meanwhile, climate negotiators are currently wrangling with each other to finalize the guidelines and procedures needed to turn the Paris Agreement into an operational regime, a struggle made harder by the absence of U.S. (And Australian) leadership.

These developments serve as a reminder that we are in a race against time.

We are making dramatic progress in decarbonizing our economies, but dangerous climate impacts are also coming at us faster than predicted.

We need concerted action now, in all major economies, to accelerate the transformation of a world that currently relies on fossil fuels for more than 80 percent of its primary energy and will have to reach net-zero emissions in the next 50 years or less to meet the goals of the Paris Agreement. 

From the perspective of innovation, policy, and cost, we know what to do and can do it.

Clean-tech innovation is in full bloom, with an unmatched innovation culture in the United States and progress happening all over the world.

We know how to set policy standards, provide incentives, introduce carbon pricing, stoke up research and development. And a clean-energy transformation at full speed and scale would likely be cheaper than continuing our dependence on fossil fuels, even before counting the projected costs of disruptive climate damage. 

Major shifts in attitude and behavior have occurred time and again in the social and economic spheres.

But the key ingredients that are in short supply are the human factors: political will and the rapidly evolving norms and attitudes about climate change that can generate that will.

Huge thank you to the people of Wentworth who sent a strong message to the Climate Wreckers in Canberra

Some may look at the scope of the climate challenge and the obstructive power of the fossil fuel incumbency — with its deeply embedded infrastructure and its political clout around the world — and conclude that a change in people’s thinking won’t be enough.

But changing norms and attitudes can move mountains.

They are about a sense of what is acceptable, what is right, what is important, what we expect.

Major shifts in attitude and behavior have occurred time and again in the social and economic spheres.

Think, for example, of the transformation that occurred with respect to cigarettes, as near-universal social acceptance gave way to smokers being relegated to sidewalks or cordoned-off smoking rooms.

Consider the rapid shift in thinking we have seen on same-sex marriage or about what is happening right now in regard to sexual harassment and the #Me Too movement.

These are different kinds of issues, to be sure, and decarbonizing the global economy is clearly a challenge on a vastly larger scale.

Still, all these issues come down to human attitudes. And when norms change, they can change decisively and drive political action with them.

Recall that Barack Obama and Hillary Clinton both opposed same-sex marriage in their 2008 primary battle.

A few years later, that would have been unthinkable, because attitudes and expectations had changed.

Can we expect a similar change in regard to global warming?

We don’t know yet, but there is reason to think we can.

We are living in a rapidly evolving world when it comes to climate change and clean energy.

When our context and surroundings change, new initiatives are launched and the nature of our public discourse shifts, all these things can affect our attitudes and our sense of what seems right and necessary, of what we demand, of what we will no longer countenance.

Consider:

The Paris Agreement. 

The Paris accord was a huge step forward in building up norms and expectations.

It sent a powerful signal to the world, from governments to boardrooms to civil society, that leaders had finally made a pivotal decision to tackle climate change, built on strong temperature goals, a system of five-year cycles to ratchet up ambition, and a series of measures to ensure accountability and integrity.

Going forward, the Paris regime has the potential to become the symbolic heart of the global climate effort, where countries promote engagement, hold each other to account, take stock of the dangers we face, collaborate in large or small groups, and put their reputations on the line. 

With every passing year, the signs from the natural world become starker and more vivid.

Leader engagement. 

Leader engagement was crucial to getting the Paris Agreement done.

We can only make the kind of rapid progress we need with the ongoing involvement of political leaders, which could, for example, take the form of biennial meetings among the heads of key countries, either as a separate gathering or as a day added to an existing summit like the G20.

Such meetings could focus on new ways to accelerate the transformation of the global economy and to manage the worldwide impacts of climate change. 

Impacts.

With every passing year, the signs from the natural world become starker and more vivid.

In recent years in the U.S., we have seen mammoth storms and floods, multi-year droughts, and gigantic wildfires scorching California and the West. And this parade of disasters has been matched or surpassed all over the world — in the Philippines, Thailand, China, Japan, Pakistan, India, the Middle East, Europe, Colombia, Brazil.

People see this more and more.

They live through these events, see their family or friends live through them, watch them on smart phones and television.

The snide dismissal of a climate link to these phenomena starts to ring hollow.

Our context changes.

Clean technology. At the same time that the dangers of climate change become ever-more apparent, so does the reality that solutions are becoming more available and affordable by the day and could come even more quickly with political support. Look at the astonishing progress made in the past decade on clean energy as the costs of wind and solar plummet, and the cost curve for energy storage follows suit.

Look at the rapid growth of electric vehicles in countries such as China and Norway, and the announcements from many countries — including China, India, Britain, France, Norway, and the Netherlands — that they intend to end sales of gasoline and diesel vehicles by 2025, 2030, or 2040.

A Chinese worker installs solar panels at a solar farm in Yantai, Shandong Province. VCG/VCG VIA GETTY IMAGES

And consider the pivotal moment coming soon, whether in 5 years or 10, when electric vehicles cost no more than conventional cars, are far cheaper to operate and maintain, and can be charged almost anywhere in five minutes. And beyond these marquee elements of the clean revolution, major new research efforts are underway around the world on promising new low-carbon technologies.

In addition, surveys show that clean energy is hugely popular both in the U.S. and with a wide swath of the global population. 

The market context. 

Carbon Tracker’s recent 2020 Vision report makes a compelling case that a downturn in fossil fuel markets is coming much faster than most people realize. 

Carbon Tracker argues that a moment is approaching when demand for fossil fuel products will peak, and that this is likely to happen when alternatives achieve just 5 to 10 percent of total supply.

Solar PV and wind already accounted for 6 percent of global electricity supply in 2017 and for 45 percent of the growth in supply.

After the peak, the impacts on fossil fuels will start to be felt in financial markets in the form of lower prices, disruptions, and stranded financial assets as investors realize that the days of the industry’s supremacy are numbered. 

The Carbon Bubble is about to burst

The business context.

Major companies across a broad range of sectors are moving to embrace clean and green solutions, and many are collaborating with each other in a range of initiatives dedicated to climate action and sustainable development.

Businesses are increasingly acquiring large amounts of their energy needs from renewable sources, setting voluntary targets to reduce their carbon footprints, and marketing their green bona fides to consumers.

They are taking these actions for many reasons: because they see the danger climate change poses to their supply chains, markets, and infrastructure, and because they realize that younger generations — which will bear the brunt of climate change’s impacts — strongly support the clean-energy revolution.

There is also room for more direct efforts at persuasion.

For example, in the U.S., many Republicans in Congress know climate change is a real and important issue but see it as a third rail they can’t touch because of their political base.

But, at least to some extent, there may be a kind of odd feedback loop at work. 

An article in The New York Times this summer argued that Republican voters are not so much skeptical about climate change as they are skeptical about Democrats, and they see climate as a Democratic issue.

The authors conducted an experiment in which Republicans supported climate policies when told that Republican lawmakers or other notables favored the given policy. These respondents were then ready to follow the party line.

So, we may have lawmakers afraid to buck a base that in fact would be willing to follow their leaders in more constructive directions — if their leaders had the nerve.

We cannot treat this existential threat as the environmental issue you glance at occasionally before going back to the essential stuff.

Recent polling by the Pew Research Center demonstrates a distinct generational divide in the GOP, with millennial Republicans (22 to 37 years old) much more inclined than older Republicans to believe that climate change is happening and that government should take action.

If trusted leaders and spokespersons raise their voices and make the case to people in their own communities and “tribes,” it could make a difference. Initiatives should be funded and launched that could hasten the change of norms and attitudes. Plenty of Republicans outside Congress understand that climate change is real and getting worse, and they believe the stance of their party’s leadership is untenable. Of course, all of this is more difficult with a president who beats the anti-climate drum. But he won’t be there forever, and work done now to open minds will pay off.

Outside the U.S., the public is not so divided over the urgency of combating climate change. While there are significant differences in views about climate change and its risks among different regions, a 2017 Pew Research Center survey found that climate change was nevertheless identified by respondents from 38 countries as one of two leading global threats, just behind ISIS. 

Another important area is educating opinion makers in places such as companies, think tanks, and universities who believe in the issue but don’t understand the speed and scale of action required and don’t grasp that climate has to be lifted to the top tier of domestic and foreign policy concerns. We cannot treat this existential threat as the environmental issue you glance at occasionally before going back to the essential stuff. Climate, now, is the essential stuff.

The fact is that we have only one home and are subjecting it to extraordinary stress. As Jared Diamond demonstrated in his book Collapse, humans don’t always muddle through. Civilizations have disappeared because they lacked the wherewithal to both recognize and address looming environmental crises. Yet the solutions we need are at hand. We can be defeated by the greed of those who know better but can’t walk away from the next dollar; by apathy; by the demagogues whose only objective is to score points, get ratings, get paid. Or we can recognize the stakes, we can learn and discuss, we can vote, and march, and rise to meet this challenge.

Todd Stern is a senior fellow at the Brookings Institution and a distinguished fellow at the World Resources Institute. He served from January 2009 until April 2016 as the Special Envoy for Climate Change at the State Department, leading the U.S. effort in negotiating the Paris Agreement and in all climate negotiations in the seven years leading up to Paris. Mr. Stern was a visiting lecturer at the Yale Law School in the fall of 2016. He is also a member of the Council on Foreign Relations.

Press link for more: E360 Yale

From the frontlines of climate change resistance

We must stop Adani and move away from fossil fuels.

The Extinction Chronicles

https://newint.org/features/2018/11/26/frontlines-climate-change-resistance

People protest against President Donald Trump’s executive order fast-tracking the Keystone XL and Dakota Access oil pipelines in Los Angeles, California, U.S., March 10, 2017. REUTERS/Lucy Nicholson

The planet is only 1°C warmer than pre-industrial times, yet we are already witnessing a chain of catastrophic climate-related extremes all over the globe.

If we want to avoid even more dramatic impacts, we have to stay under a 1.5°C increase in global mean temperatures. This is according to the latest special report of the Intergovernmental Panel on Climate Change (IPCC), the UN-backed climate science body. Meeting the 1.5°C threshold will inevitably require a very rapid and immediate phase-out of fossil fuels: we need to bring greenhouse gas emissions down to zero by 2050 and cut them in half by 2030.

This goal is incompatible with…

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Great Barrier Reef likely to be hit with another mass bleaching this summer #auspol #qldpol #ClimateChange #StopAdani #EndCoal #CoralNotCoal

By ABC national environment, science and technology reporter Michael Slezak

Photo: Underwater heatwaves stress coral, causing them to expel the colourful algae that live inside them. (Supplied: Greg Torda, file photo)

The Great Barrier Reef could be hit with severe coral bleaching and death this summer as the result of another large underwater heatwave, according to a tentative long-term forecast by one of the world’s most-respected science agencies.

Key points:

  • NOAA forecast predicts entire reef has 60pc chance of being subject to coral bleaching by March next year
  • If widespread bleaching happens in 2019, it would be third event in four years
  • Predictions still very uncertain, NOAA says, as major weather patterns can change probabilities over next three months

A leading coral-reef expert said if that eventuated, it could mean the beginning of the end of the Great Barrier Reef as a coral-dominated system.

According to the forecast by the US National Oceanographic and Atmospheric Administration (NOAA), by March next year the entire reef has a 60 per cent chance of being subject to “bleaching alert level one”, where bleaching is likely.

And worryingly, the southern half of the reef has a 60 per cent chance of seeing the highest “bleaching alert level 2”, where coral death is likely.

Press link for more ABC.COM

Wisdom from a climate champion: A conversation with Katharine Hayhoe #auspol #qldpol #nswpol #StopAdani #EndCoal #ClimateChange #WApol

Katharine Hayhoe is a climate scientist, professor in the Department of Political Science and director of the Climate Science Center at Texas Tech University.

She is also an award-winning climate communicator and (among many other honors) has been named one of TIME’s 100 Most Influential People, Foreign Policy’s 100 Leading Global Thinkers, and an American Geophysical Union’s Climate Communication Prize winner. 

Katharine Hayhoe

The interview has been edited for clarity and length.

Tom Bateman: You exemplify the small but growing cadre of people who are effectively driving sustainability and climate action.

Some say that the challenges are far more human than technical.

Katharine Hayhoe: Climate change is not just an issue of science.

More science is not the most important thing we need to make more proactive decisions.

Our main problem is that we haven’t connected that science to the risks people can actually understand.

Bateman: I’d love to hear your advice for other champions who want to improve their effectiveness.

Have you always considered yourself a leader in this domain, or can you recall a turning point where you decided to become a more visible public leader?

Hayhoe: There absolutely was a time when I realized I had to step outside the ivory tower, but I did not do so from the perspective of wanting to be a leader.

Rather, I realized I needed to provide a service to people by telling them it really is serious, and we need to start fixing it now before it’s too late. But like one of those Old Testament prophets who’s telling people that the doom is coming if we do not change our ways, many don’t want to listen to what we have to say.

Bateman: In management classes I mention the elephant in the room, the topic that everybody knows is an issue in their company or team, but they don’t talk about it publicly.

It’s been said that the elephant in the room with climate change is actually an elephant that we live in, meaning that is not visible to most people.

Any reaction to that adaptation of a classic metaphor?

Hayhoe: It used to be that way.

Back a decade or two, you would be hard pressed to point to obvious impacts of climate change that had an adverse effect on most people. But that is changing.

People might not be willing to say it’s human-caused, but they now are willing to say, “Well, that drought was not what we’re used to.” This wildfire season was unusual. That hurricane was like nothing we’ve ever seen before. And because of that, many more people are interested in talking about it now.

Bateman: Other species are adapting to climate change, some better than others. The human species is adapting some but not enough.

Your thoughts?

Hayhoe: “Some, but not enough” is the perfect way to describe it.

Actually, much of our lack of adaptation issue is due to our infrastructure.

We have tens of trillions of dollars of infrastructure, from cities and ports to highways and wastewater treatment plants, built for conditions of the past, not the future.

We have built our vulnerability to climate into the very fabric of our society and our civilization.

Add to that the fact that we place no value or cost on carbon emissions, yet carbon emissions are already wreaking devastation on our economy.

Unchecked, those costs could grow to as much as 20 percent of global GDP by 2100.

Bateman: It seems to me humans might have a strategic advantage over other species when it comes to adaptation, because we can engage in forethought. 

Hayhoe: You would hope … I’m sorry; I’m just laughing sarcastically.

Bateman: No, that’s fine, you would hope is a perfect answer.

Another advantage humans have is potential for collective action.

We have advantages compared to other species, but we’re not capitalizing on them.

Hayhoe: Exactly.

At its core, climate change is a tragedy of the commons that shows us that unless we work together, we will fail. But unfortunately, we humans are notoriously bad at working together for the common good.

Bateman: That brings us to leadership, including leadership that crosses boundaries or creates bridges between sectors, when people leave their silos and connect with different but relevant others.

Leadership is another evolutionary advantage, at least potentially, that we are not putting to good use. 

I wrote a Nature Climate Change commentary with [climate scientist] Michael Mann, and one of the things we say is that there’s a supply/demand imbalance regarding leaders in the climate arena.

There’s a need for more leaders, and for more effective leaders.

That is to say, high demand but not enough supply.

Hayhoe: I would definitely agree, and I would say furthermore that we need leaders who are native to their communities.

David Titley is a retired rear admiral, and he is an extremely vocal climate leader in the military community.

Bob Inglis is the archetypal Republican politician, but he is also a climate leader.

In religious communities, leaders from the pope to the U.S. National Association of Evangelicals have spoken up about the need for climate action.

We need leaders who are endemic to their culture, who understand, share, and speak from the values that define them, values they share with those they are engaging with.

Currently, though, the biggest leadership vacuum is at the federal level in the U.S. Climate leaders are everywhere, but still not at that critical mass.

Bateman: We’ve both said it’s time to stop wallowing in the old debates and talk strategically about solutions going forward.

Here’s a complex psychological challenge that worries me.

Making progress can become a hindrance if we start to feel good about how we’re doing, and then relax.

We need to guard against granting ourselves moral license to ease off after we’ve done something righteous.

We’ve done something good for the environment, we’ve proven that we care, and now we can slide for a while and let others worry about it. 

Hayhoe: That’s why targets like the Paris Agreement are so important, because they give us something to measure ourselves against.

If we don’t have that structure of knowing where we are today, where we want to go, and exactly how much it’s going to take to do that, we have no context to understand how much our choices matter.

One of the projects I’m most excited about is the We Are Still In movement that cities, states, universities and other organizations and businesses have joined to reduce their emissions consistent with the Paris target.

It helps us all to assess where we are, and how far we need to go, to get to where we all want to be.

Bateman: Psychologically, we talk about status quo bias and temporal discounting, in which short-term rewards and costs carry more weight in decision making than longer-term.

Do you want to talk about these biases?

Hayhoe: One challenge to long-term action is our political system.

People are elected for only a few short years, so they have little incentive to fix long-standing problems that won’t be fully manifested until long after their political tenure is over.

As a contrast, look at China. China’s ruling party has a vested interest in making sure that the country is still viable in 50 years because they plan to be there still.

Now just to be clear: I am not endorsing their political system at all. But what I am saying is that they are able to make long-term decisions more effectively, and because of that they are already leading the world on clean energy and environmental innovation. And in turn, that means we have to do even more, to catch up.

Bateman: Does mentioning China’s competitive progress get people’s attention? Does that provide some leverage for motivating your audiences?

Hayhoe: Yes, it absolutely does.

I mention China for two reasons. First, it’s a common myth that China still builds one coal-fired power plant a day.

When I talk about clean energy in North America, the first thing people usually say is, “Oh, but China…” I can defuse that immediately by saying, “Actually, China is leading the world in clean energy.”

The second is what you just mentioned: competition.

Do you want the United States to be No. 1?

Well, let me tell you, the U.S. is not No. 1 in energy, and energy is what the entire world needs.

So yes, that definitely is a positive lever.

Bateman: Early science communication research concluded that merely providing information about climate change isn’t effective, it doesn’t change people’s minds or motivate action. But I wonder if educating on more specific things like China’s climate actions from a competition standpoint raises the emotions in a way that engages people.

Hayhoe: Oh, yes.

The bottom line is it’s the content that makes all the difference.

For most people, more information on climate science won’t make a difference. But if you provide facts about how the impact puts them at risk, and how the solutions benefit them, those two key differences can really change people’s minds.

Bateman: Humor me here, please: My favorite “Far Side” (Gary Larson) cartoon shows fish in the spawning season swimming upstream, trying to get above the rapids. Next to the stream is a shady-looking figure walking up a set of steps, wearing a long raincoat and a fedora pulled low over its head. At the bottom of the figure, beneath the raincoat, a fishtail is sticking out, so it’s a fish experimenting with new ways of helping its species. 

All the other fish are doing business as usual, the way they’ve always done it, while one individual steps outside of the natural order and tries to find a better path. I see species adaptation efforts by a lone potential leader who avoids visibility and attention. Would you like to add another interpretation?

Hayhoe: The world is changing very quickly right now, and because of that, a lot of people are just scared.

We’re in a place of great change, and climate change requires even faster change at a time when everybody is doing everything they can to dig in their heels to slow things down.

So I like your description of the salmon ladder.

Bateman: Personally, you are a model of what it means to be proactive, as is the one fish trying to chart a new path.

Your climate actions are more future-focused than the short-termism that drives most decisions, plus you go beyond the standard prescribed roles for your job to cross boundaries and work with many stakeholders.

Do you have any other advice you want to share before we finish? 

Hayhoe: The best advice for anyone who wants to engage with others on climate action is to start in our own communities.

Begin with the people who share your values, and open your heart.

Communicate why you care so passionately about this issue and why you think they might too, because of the same values.

Connect with and plug into organizations and groups who share those values. When bridging between communities and sectors, ask questions and listen and learn what they care about, so you can effectively identify the connections to climate change and thereby the common ground.

The biggest thing I’ve learned is that if we want hearts to change, we have to learn to communicate from our hearts rather than our heads.

Press link for more: Green Biz

Planetary Boundaries, Food and Humanity

Time to think about the future we want for our children.

INCOMESCO

Let me take an opportunity talking about Planetary Boundaries(PBs), food and humanity. Due to the complex interaction between human activities and the ecosystem the humanity and food system is facing severe threats. The evidences show that after 1950, a massive change in climate has been noticed and came across the surface in a most challenging way. The changing natural settings of ecosystems due to human activities have increased the risks of sudden collapse and irreversible changes. The main drivers of change are the demand for food, water, and natural resources in a face of severe biodiversity loss and leading to changes in ecosystem services.

Johan Rockström is a Professor in Environmental Science
Johan Rockström is a Professor in Environmental Science
Image source: SRC

The PBs represent a conceptual framework of the effect of ongoing unlimited human activities on the limited capacity of the earth. There are nine planetary boundaries identified. The nine PBs regulate the stability and resilience of…

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Solar Power Could Still Save the World! #StopAdani #EndCoal #ClimateChange #auspol #nswpol #qldpol Demand #ClimateAction We can do this!

Award-winning solar scientist Martin Green says the technology is being underestimated in climate predictions. SHARE TWEET

Award-winning solar scientist Martin Green says the technology is being underestimated in climate predictions.

Monks look at solar panels in Ladakh, India in 2017. Photo by Allison Joyce/Getty

Our future on this planet is totally, irrevocably, screwed.

That would seem to be the message from last week’s major UN Intergovernmental Panel on Climate Change report.

Without societal changes unprecedented in human history and trillions of dollars of new spending, it argued, humankind is to set to blow past the climate target of 1.5 degrees Celsius (2.7 degrees Fahrenheit) above preindustrial temperatures scientists see as the threshold of total environmental chaos. “The report shows that we only have the slimmest of opportunities remaining to avoid unthinkable damage to the climate system that supports life as we know it,” explained Amjad Abdulla, an IPCC board member. 

With Donald Trump in the White House, and Congress controlled by Republicans who have spent years blocking action on climate change, our odds of ensuring planetary survival look even slimmer.

Yet in early October I spent several days with an Australian scientist who argues we may be less screwed than many people think. “I’m not a pessimist, I’m a data-driven optimist,” said Martin Green from the University of New South Wales.

Here’s what the data are telling him: The cost of solar energy is dropping faster than anyone expected: 34 percent this year alone. And installations of it are skyrocketing. 

If this exponential growth continues, with solar and other renewables wiping out coal usage while accelerating the transition to electric vehicles, Green told me that it’s conceivable greenhouse gas emissions could begin plummeting at rates needed to avoid the worst-case impacts of climate change. 

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Among his ARIA awards, writing and acting credits, and sterling Twitter banter, Briggs has proven himself (again and again and again) to be one of Australia’s most significant voices. Briggs finds solace and satisfaction in a trip to the barber.

“A couple years ago I was getting quite pessimistic… I thought, ‘Oh it’s never going to happen,’” he said. “Suddenly in 2016 we started seeing these abnormally [low] solar prices.” Solar rapidly went from being one of most expensive sources of energy to one of the cheapest. He is now certain “the time of solar has arrived and this is good news for the world.” 

Green has been part of the industry since its earliest days.

He founded a research group that in 1989 created the first solar cell with a 20 percent efficiency rate, a world record at the time. “We took efficiency way beyond what anyone thought possible,” he said. Green invented something called a PERC solar cell, which now accounts for over $10 billion of solar sales. His fellow lab researchers—including Zhengrong Shi, now the head of Suntech Power—played a crucial role in creating China’s solar energy industry, the world’s largest. 

Green beat out Elon Musk to win this year’s Global Energy Prize, a scientific award given out annually in Russia, which he shared with Russian thermal power scientist Sergey Alekseenko. I was at the Moscow award ceremony on October 6 to receive an energy journalism prize. I attended several of Green’s talks and we spoke one-on-one about his research. 



The point Green made again and again is that the mainstream political debate about addressing climate change often doesn’t align with reality.

Political leaders such as Trump portray our shift off fossil fuels as costly and unreliable. “That’s an old argument,” Green told me. “The modern argument is you’re going to save money because it’s cheaper.” Two years ago total installations of solar amounted to 230 gigawatts. By the end of 2017 that number was 400 gigawatts. The US National Renewable Energy Lab predicts it could pass 1,000 gigawatts by 2023. Green thinks it may go as high as 10,000 by 2030. 

He says the carbon reductions from an exploding solar industry, as well as other industrial shifts away from fossil fuels, could put us on “the right slope” to achieve the type of rapid economic transformation described in the IPCC’s recent report. Yet that is far from a given and Green said that “it will be difficult to achieve by political means” while leaders of major countries continue to deny the reality of climate change. 

And even if we are able to rapidly reduce global emissions over the coming decades, that still might not be enough to avoid massive global disruptions. The recent IPCC report said that unless we cut our carbon output to effectively zero by 2050, the planet may grow inhospitable to life. At 1.5 C of warming, up to 90 percent of coral reefs may vanish, while at 2 C they could disappear entirely. Current projections suggest the world might warm between 2.7 C to 3.7 C by the year 2100. Former Norwegian Prime Minister Gro Harlem Brundtland called the report’s findings “a ticking time bomb.”

Martin Green in Moscow. Photo by Mikhail Japaridze\TASS via Getty

Media coverage understandably fixated on these and other apocalyptic warnings. But the IPCC report also contains hopeful news, albeit in dense and technical language. “The feasibility of solar energy, wind energy and electricity storage mechanisms have substantially improved over the past few years,” it notes. 

Earlier this year a group called Lazard calculated that the cost of solar in North America fell from over $350 per megawatt hour in 2009 to $50 in 2017, while the cost of coal remained at around $102. “This recent change could be a sign that the world is on the verge of an energy revolution,” Business Insider reported. Price declines like these have occurred so rapidly in recent years that many mainstream projections for solar—including those relied on by the IPCC—haven’t fully taken them into account. “The facts have changed very quickly,” Green said. “You read any report that’s a couple years old… and it’s just irrelevant to the realities now.” He thinks that the recent IPCC report is “very conservative [on] the impact of solar.”

It’s important to note that while Green’s views seem to be shared by other influential thinkers, including recent Nobel Prize winner Paul Romer, they aren’t accepted widely in the mainstream. Even those who gave Green his award are unsure that renewables can carry us all that close to our climate change targets. “Martin’s analysis only refers to electricity,” Rodney John Allam, the chairman of the Global Energy Prize committee, told me. “It doesn’t refer to the other [energy] uses.” At the moment it’s still difficult to remove fossil fuels from industries like transportation and petrochemicals. 

And the type of solar growth Green predicts would require massive—and unprecedented—levels of investment. The IPCC report estimated the world has to invest $2.4 trillion per year in renewables for any hope of hitting the 1.5 C target. Last year about $333.5 billion was invested. In 2017, the International Energy Agency calculated, roughly $715 billion went to oil and gas. 

“The mainstream view is still that we can’t decarbonize our electricity system fast enough to meet the IPCC’s targets,” Bloomburg columnist David Fickling recently argued. “But a decade ago, the current situation of plateauing demand for coal and car fuel and cratering renewables costs looked equally outlandish. Given the way the world’s energy market has changed in recent years, it’s a good idea to never say never.” Green agrees. “For those of us who care about our climate, we have always feared we would have to wait for the politicians to drive change,” he said during a speech in Moscow. “We have feared it because political change can always be slow.” He continued: “But economic change is fast and we are currently witnessing it.”

Press link for more: Vice.com

CO2 Emissions Must be Cut Now

We must listen to the scientists on climate change.

GarryRogers Nature Conservation

It’s Time to Cut CO2 Emissions

Yesterday at my house we received 2.25″ of rain (with hail) in less than an hour. In arid regions, that’s a lot. The gutters clogged with hail, spilled over, and contributed to ponding in the yard that came within 1/4 inch of flowing over the patio door sills. I have a flood wall planned, and hope there’s still time to get it built before another intense storm comes along.

We can expect increasing storm size and intensity because of the amount of CO2 we have already released into the atmosphere. If we could limit emissions and subsequent temperature rise to 1.5 degrees celsius, the storms would continue to grow, but away from the coasts, little flood walls and rooftop solar panels would probably let most of us survive. However, limiting the storms by limiting global temperature increase to 1.5 degrees celsius is impossible now…

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Climate change: Five cheap ways to remove CO2 from the atmosphere. #auspol #qldpol #nswpol The best way is to not put it there in the first place! #StopAdani #EndCoal #Airpollution #TheDrum #QandA Who pays the clean up bill?

As well as rapidly reducing the carbon dioxide that we humans are pumping into the atmosphere in huge amounts, recent scientific assessments of climate change have all suggested that cutting emissions alone will not be enough to keep global temperatures from rising more than 1.5 or 2 degrees C.

The Intergovernmental Panel on Climate Change and others have all stated that extracting CO2 from the air will be needed if we are to bend the rising temperature curve before the end of this century.

These ideas are controversial with some seeing them as a distraction from the pressing business of limiting emissions of CO2. 

But a new assessment from the US National Academies of Sciences, Engineering and Medicine says that some of these “negative emissions technologies” are ready to be deployed, on a large scale, right now.

The authors point to the fact that the US Congress has recently passed the 45Q tax rule, which gives a $50 tax credit for every tonne of CO2 that’s captured and stored. So their study highlights some technologies that are available at between $20 and $100 per tonne. 

1- Coastal blue carbon

This report says that there is a lot of potential for increasing the amount of carbon that is stored in living plants and sediments found in the marshy lands near the sea shore and on the edges of river estuaries. They include mangroves, tidal areas and seagrass beds. 

Together, these wetlands contain the highest carbon stocks per unit area of any ecosystem. 

Mangroves like these are an important carbon store

The National Academies study says that by creating new wetlands and restoring and protecting these fringe areas, there is the potential to more than double the current rate of carbon extracted from the atmosphere. 

What’s more the study says that this is quite a cheap option, where carbon can be captured for around $20 a tonne. 

The downsides, though, are that these coastal ecosystems are some of the most threatened areas on Earth, with an estimated 340,000 to 980,000 hectares being destroyed each year. 

When you degrade these areas, instead of soaking up CO2 they themselves become significant sources of the gas. 

Other problems are that rising seas around the world might swamp and destroy marsh lands. Another restriction is that there just aren’t enough coastal areas. 

“Although coastal engineering is very expensive, coastal blue carbon is probably about the lowest cost option that we’ve got,” said Prof Stephen Pacala, from Princeton University, who chaired the report.

“The problem is that the total capacity is not that large.”

2 – Planting trees

Global deforestation has been a significant factor in driving up emissions of carbon, so researchers feel that planting new trees or restoring lost areas is a simple and cheap technology that could be expanding right now. 

One of the problems, though, is that while researchers understand a good deal about which trees are best to grow for timber harvesting, they are less knowledgeable about breeding trees whose major focus is to remove carbon from the atmosphere.

Planting trees on degraded land is seen as important for removing carbon

Almost every country has embarked on tree planting as a cheap way of curbing carbon – the report says that is all very useful as long as trees are planted on degraded land. 

“The problem is when you try and scale this up to the scale that’s required, you start competing with land for food production,” said Dr Phil Renforth from Cardiff University, UK, who reviewed the report. 

“So there is certainly going to be a need for other things within this space as well.”

The report says that this can also be done for $20 per tonne of CO2, or less. The study also calls for more research to develop crop plants that take up and sequester more carbon in soils. 

3 – Forest management

How forests are managed can have a big impact on how much carbon they store

As well as planting more trees, the report says that we need to manage our existing forests in a better way to remove more carbon. This can also be done for less than $20 per tonne of CO2.

Techniques can include the speedy re-stocking of forests after disturbances like fires. They can also involve extending the age of the forest when you harvest it. 

A critical step would be to extend the amount of timber that goes into long-lived wooden products and limiting the amount that gets burned as biomass in power stations. 

4 – Agricultural practices

The report says that some simple changes in the way farmers manage their land can be a cheap and effective way of removing carbon from the air. 

These include planting cover crops when fields aren’t being used to grow commercial crops. It means growing crops with reduced tillage and it will involve adding a material called biochar, a type of charcoal made from plant matter, to the land.

Making biochar in a pit, which can help soils store more carbon

“Changing agricultural management practices offers tremendous benefits in terms of soil fertility and water, but there are some challenges,” said Kelly Levin, an expert on carbon removal from the World Resources Institute. 

“These include the key question of how permanent is that carbon retention. There is always the challenge of scale. If these practices are to mean anything you have to implement them over a very large area.”

This is a more expensive option, says the report, at between $20 and $100 per tonne of CO2.

5 – Biomass energy with carbon capture and storage (BECCS)

The idea of BECCS is to grow energy crops that soak up carbon, which are then burned to create electricity while the emitted CO2 gas is captured and buried permanently underground.

BECCS has been dismissed by many because of the massive amounts of land that would be needed, up to 40% of global cropland according to some studies. 

Crops like willow can be grown to be burned for energy with the emissions captured and stored underground

But this new report says that BECCS can make a difference and at a reasonable cost – between $20 and $100 per tonne. 

It says that just having BECCS powered from waste products could remove up to 5 billion tonnes of CO2 from the air – that’s a significant amount, but it would be a massive logistical challenge, requiring the collection and delivery of all economically available agricultural, forestry and municipal waste.

“If you have dedicated bioenergy crops that displace other land uses, such as forests or farms, the production of food and fibre would be reduced and you could increase the prices of commodities and really drive losses in biodiversity and ecosystem services,” said Kelly Levin from WRI. 

“BECCS needs to be done in a very careful way.”

What other ideas does the report look at?

The study also considers direct air capture of CO2 and carbon mineralisation. 

Direct air capture involves the use of machines equipped with chemicals that can soak up carbon. To date, a few start-up projects, such as Climeworks in Switzerland and Carbon Engineering in Canada, have demonstrated that this can be done, although the costs are still high. 

Carbon mineralisation involves the exposure of rocks including basalt that react with carbon dioxide which becomes trapped, turning to mineral in the pores of the stone. This has been done successfully in Iceland, although the technique is still expensive. 

“These could be major new weapons,” said Prof Pacala. 

“There is a substantial chance that less than $100 a tonne for direct air capture could be developed within 10 years. There’s a high probability of that; no guarantee but a high probability.”

How effective will these ideas be?

The report says that current technologies that cost less than $100 per tonne can be scaled up safely and store large amounts of carbon but much less than is needed to avoid dangerous climate change. 

To meet the Paris climate agreement – to global temperature rise below 2C – about 20 billion tonnes of CO2 would need to be removed from the atmosphere every year by 2100. The technologies assessed in the report would remove “significantly less than 10 billion tonnes of CO2”.

If we come up with cheap CO2 removal technology, won’t people just continue using fossil fuels?

The report acknowledges that there is a significant “moral hazard” here.

“If you present the siren song of negative emissions, does it decrease humanity’s will to invest in the mitigation that’s needed to reduce emissions – this a concern we’ve discussed it in every meeting,” said Prof Pacala. 

“We are an academy committee and our job is to put before the public all the options that would be available – and I guarantee that the broader the portfolio of tools that we can bring to bear, the easier the job is going to be and the smaller the temperature increase that humanity is going to endure.

“Our job is to bring the opportunity to the public with full understanding that this moral hazard exists.”

Press link for more: BBC.COM

Latest #climatechange report shows inaction is shameful #auspol #qldpol #nswpol #StopAdani #EndCoal #TheDrum #QandA

by Martin Wolf

It is five minutes to midnight on climate change.

We will have to alter our trajectory very quickly if we wish to have a good chance of limiting the global average temperature rise to less than 1.5C above pre-industrial levels.

That was a goal of the Paris agreement of 2015.

Achieving it means drastic reductions in emissions from now.

This is very unlikely to happen.

That is no longer because it is technically impossible.

It is because it is politically painful.

We are instead set on running an irreversible bet on our ability to manage the consequences of a far bigger rise even than 2C.

Our progeny will see this as a crime.

The latest report from the Intergovernmental Panel on Climate Change is on the implications of warming of just 1.5C and also on the means by which that might be achieved. It reads like a reductio ad absurdum – a demonstration of the implausibility of its premise. But it makes plain, too, the risks the world runs if this limit is ignored: life will survive, but not life as we know it.

Underlying this report is the idea of the Anthropocene – an era in which human activity has become a dominant influence on the planet. The report notes that the rise in global concentrations of carbon dioxide is 20 parts per million per decade. This is up to 10 times faster than any sustained rise in CO2 in the past 800,000 years. The previous epoch with similar CO2 concentrations to today’s was the Pliocene, 3 million-3.3 million years ago. We are the shapers of the planet now. This ought to transform how we think. Unfortunately, it has not.

The starting point of any analysis has to be the overwhelming theoretical and empirical arguments for man-made climate change. Not so long ago, people talked about a “pause” in global warming. But that was an artefact of a comparison between an El Niño year (the warming of the eastern equatorial Pacific) in 1997-98 with the normal (albeit hot) years that followed. But the El Niño of 2014-16 far surpassed the previous record. The rise in average temperatures above the pre-industrial average is already about 1C. That shows how hard it will be to keep the final increase below 1.5C, or even 2C. Under the “nationally determined contributions”, we are in fact on a track towards warming of 3-4C by 2100. Donald Trump has already repudiated the US pledge. Other countries may fail, too.

So what needs to change?

So what needs to change if we are to have a high chance of keeping the ultimate temperature rise to below 1.5C?
Net global CO2 emissions would need to fall to zero not long after 2040, and other sources of climate change – emissions of methane and nitrous oxide, for example – would also need to fall from 2030.
A fall in net CO2 emissions to zero by 2055 only makes it likely that the temperature rise will be below 2C. A difference of a half a degree is surprisingly important. The IPCC states that “limiting global warming to 1.5C is projected to reduce risks to marine biodiversity, fisheries, and ecosystems, and their functions and services to humans, as illustrated by recent changes to Arctic sea ice and warm water coral reef ecosystems“. This matters.

The report discusses a number of different paths to the huge fall in emissions the 1.5C goal requires. Emissions from industry would need to fall by 75-90 per cent by 2050, relative to 2010. This would need a combination of electrification, hydrogen, sustainable bio-based feedstocks and product substitution.

These options are technically proven, but their deployment on a planetary scale is another matter. Emissions reductions by efficiency improvement – vital though that is, as Amory Lovins of the Rocky Mountain Institute argues – will be inadequate. Also necessary will be big changes in urban infrastructure and planning. Agriculture will need to shift to production of energy crops on a huge scale. Also necessary will be carbon capture and storage on a large scale.

In all, we need to shift the world on to a different investment and growth path right now. This is more technically possible than we used to think. But it is politically highly challenging. Above all, climate change involves huge distributional issues – between rich countries and poor ones, between countries that caused the problem and those that did not, between countries that matter for the solution and those that do not and, not least, between people today, who make the decisions, and people tomorrow, who suffer the results. The natural tendencies are either to do nothing, while insisting there is no problem, or to agree there is a problem, while merely pretending to act. It is not clear which form of obfuscation is worse.

Might be disastrously wrong

One line of argument against action is that we do not know how costly climate change will prove to be. But this argument evidently cuts both ways. The scale of the uncertainty is an argument for action, not inaction. Nobody really knows what risks humanity will ultimately find it has run by continuing on its present course. But we do know that our descendants are quite likely to end up on a different planet, with no way back to our own. The bet that our descendants will then cope might be correct. But it might also be disastrously wrong. The sane choice must surely be to preserve the planet we have.

Yet doing that, as is by now quite clear, requires co-operative effort on a planetary scale. It will not be achieved by nibbling around the edges. This is a scale of challenge human beings have historically only met in times of war, and then only against one another. The chances of co-operative action seem near zero in today’s nationalistic world. One need only consider the response to this report from the IPCC – essentially a collective yawn – to realise that. Yet let us not fool ourselves: we are risking a world of runaway – and unmanageable – climate chaos. We could do far better than that.

This is the time of year we resolve to use our time better in the time to come. Time is a precious commodity. We can gain or lose it. We can save, spend or waste it. If our crimes are revealed, we risk having to do time.

But to scientists, time is something we can measure. Indeed, astronomy was driven by the need to measure and keep track of time – for the calendar, and for navigation. Clocks have, over the centuries, been the high-tech artefacts of their era. Before there was a reliable calendar – or  records or artefacts that could be reliably dated – the past was a fog. But this didn’t stop efforts to impose precise chronologies, such as that worked out by James Ussher, Archbishop of Armagh, according to which the world began at 6pm on Saturday October 22, 4004 BC. Right up until 1910, Bibles published by Oxford University Press displayed Ussher’s chronology alongside the text.

Press link for more: AFR.COM

Joseph Stiglitz warns Australia on economic fallout from fossil fuel dependence #auspol #qldpol #nswpol #StopAdani #EndCoal @BreakfastNews #ClimateChange is now #ClimateBreakdown

By chief economics correspondent Emma Alberici

Nobel Prize-winning economist Joseph Stiglitz has warned Australia that its future prosperity is at risk if it continues its dependence on fossil fuels.

Weeks after the Intergovernmental Panel on Climate Change (IPCC) called for a total phasing out of coal-fired power by 2050 in order to limit global warming to 1.5 degrees, the former World Bank economist and 2001 winner of the Nobel Memorial Prize in Economic Sciences said successful countries “are those that are going to make, as soon as possible, the transition from the fossil fuel economy to the innovative economy”.

Professor Stiglitz was a member of the 1995 Intergovernmental Panel on Climate Change that reviewed the evidence of human-induced global warming.

He said that panel made “one mistake”, which was to underestimate the magnitude of the effects of climate change and the speed at which those impacts would be felt.

Ahead of the Columbia University economics professor’s visit to Australia to collect the Sydney Peace Prize, he acknowledged that Australia’s record-breaking 27 years of uninterrupted economic growth owes much to the mining and export of fossil fuels.

Coal and iron ore are Australia’s top two export earners. This financial year they are expected to generate more than $110 billion in foreign income.

Professor Stiglitz said it would be “fundamentally short-sighted” not to be thinking about the serious climate change impacts in Australia and around the world and “over the long term, the real wealth of a country is based on the skills, the ability and the innovation of its citizens and that is going to depend on the investments that you put in to your people, not on coal, not on iron ore”.

When asked to reflect on the politicisation of climate change policy in Australia, Professor Stiglitz blamed “special interests that make a lot of money out of fossil fuels”.

“Coal [and] oil companies have an economic interest in trying to persuade people that it [climate change] is hokum, that it’s a liberal conspiracy. It’s not!” he said.

Professor Stiglitz attributed the fast march of international economic progress over the past 250 years, and the high standards of living achieved in advanced countries, to science.

He added that, this time, science is sounding an alarm which he argues 99.9 per cent of scientists now support.

“It’s a beautiful example of the triumph of theoretical science, which predicted these [global warming] effects before we could measure increases in the concentration of greenhouse gases, carbon dioxide in the atmosphere,” he said.

“It was a theoretical prediction and then, when we got the data, those predictions turned out to be correct.

“Even in the United States, responsible conservatives have come forward and said we need a carbon tax to discourage the use of carbon.

“The reasonable centre, what we’d call the Reaganite Republicans, have recognised that climate change should not be politicised. It is the future of our world that is at stake.”

Treasurer Josh Frydenberg has ruled out a more ambitious approach to reducing carbon emissions, despite official government figures suggesting Australia will not meet its Paris targets.

With the dumping of the Coalition’s National Energy Guarantee in August, Australia no longer has an overarching policy framework to reduce greenhouse gas emissions beyond 2020.

Opposition Leader Bill Shorten has also refused to commit a future Labor government to the entire phase-out of coal.

Professor Stiglitz will next month collect the Sydney Peace Prize, which will recognise his work in generating a global conversation about the crisis in economic inequality.

He bought into the debate about negative gearing, calling it just another “loophole” built in to the tax system by the wealthy as a way of minimising their tax.

He said negative gearing was one of the mechanisms by which a country achieves “a regressive tax system which increases inequality”.

“You look at corporate taxation and it’s exactly the same way. You have an official headline tax rate and companies feel foolish if they’re paying anything near that headline tax rate,” Professor Stiglitz said.

Press link for more: ABC.NET.AU