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How businesses are stepping in to combat #climatechange in Australia #StopAdani #EndCoal #Auspol #Qldpol #NSWpol #SpringSt

Australia’s electricity generators and retailers and major power users including mining and oil companies are believed to be quietly working to reduce greenhouse gas. Photo / file

By Christopher Neische

It’s a strange happenstance where business fills a leadership void created by government.

This is what is happening in the topsy-turvy world of Australian politics and business at the moment, at least in terms of responding to global warming.

Sick of waiting for the Government to introduce an energy and carbon reduction policy, business has decided to introduce its own greenhouse gas policy.

More than 20 of Australia’s electricity generators and retailers and major power users including retailers, manufacturers, and mining and oil companies are believed to be quietly working on a self-regulated package of measures to reduce greenhouse gas emissions, restore energy reliability and improve investor certainty.

Led by the Business Council of Australia, the initiative would be an industry-wide program, placing obligations on participants to help ensure Australia meets its Paris commitments, according to reports.

The businesses are seeking to fill the policy vacuum left by the Government when it dumped what was called the National Energy Guarantee, which mandated emissions reduction targets and placed a reliability obligation on generators and retailers.

The Government’s electricity and greenhouse emissions policy – in so much as it has one – now appears to have two key tenets and one central aim.

One tenet is to intervene in the electricity market to force down power prices, setting a January 1 deadline, when retailers must start offering lower default prices to consumers.

It’s a step beyond the previous “policy”, which consisted of threatening generators and retailers with a Royal Commission into the electricity industry if they don’t drop power prices.

The second tenet is to express confidence that Australia will meet its to the Paris Agreement commitment to reduce emissions to around 26 per cent below 2005 levels.

Australian PM Scott Morrison Photo / Getty.

This, despite not having any apparent policy on how this might actually be achieved.
The central aim of Prime Minister Scott Morrison’s power policy is, of course, to try to win re-election next year.

In reality, the Government has given up on having any sort of emissions reduction policy and business is filling the void.

Businesses are facing up to the reality of global warming and the inevitability they will have to find cleaner sources of power.

Australia’s emissions soar since the government axed the carbon price

More and more pension funds are responding to demands from their members that they invest only in companies that aren’t harming the environment and shun coal companies altogether.

Banks are also increasingly assessing the environmental impact of the companies they lend to.

It’s not the first time business has filled a policy hole. Last year, we saw most of Australia’s largest businesses publicly support – and in some cases campaign for – a “yes” vote in the gay marriage referendum.

Heading towards utopia 

What a utopia we would live in, if governments stepped back and allowed business to get on with social, environmental and economic policies that would benefit us all.
But perhaps not.

As the recent interim report of the Banking Royal Commission revealed, the profit motive is still what drives business.

This on its own is no bad thing.

Turning a profit is what businesses are designed to do and it’s why people invest in them.

Profits create jobs and wealth and provide governments with tax revenue to be used to the benefit of broader society.

(Or in the case of Scott Morrison’s government, to underwrite the construction of coal-fired power stations and fund inquiries into making sure religious schools will be able to exclude students for being gay.)

But the picture painted by commissioner Kenneth Hayne is of an industry where making money overrode every moral and ethical consideration.

“All of the conduct identified and criticised in this report was conduct that provide a financial benefit to the individuals and entities concerned,” Hayne wrote.

All of the banks’ and insurance companies’ dodgy conduct – charging dead people for service they didn’t and couldn’t receive, impersonating clients over the phone to discover their personal details, tricking vulnerable Aboriginal customers into buying expensive funeral insurance that sometimes didn’t pay out – was down to their bonus systems.

The more product bank employees sold, the more money they earned.

Even when the banks tried to reform their bonus systems to supposedly incentivise staff to act in customers’ interests, it often came down to sales.

For instance, ANZ paid bonuses according to how many “needs based conversations” they had with their customers as part of a review of their financial situation – which really is just another opportunity to sell them products.

Banks also paid a bonus based on the quality of the review, but on closer inspection, “quality” actually meant the percentage of reviews that led to sales.

It would be naïve to suggest that money won’t remain most people’s motivator when it comes to their jobs, but banks and other businesses need to rethink how they pay bonuses and what they pay them for, and use them to drive ethical behaviour among staff.

Press link for more: NZ Herald

UN Chief Warns: Less Than 2 Years to Avoid Runaway #ClimateChange #auspol #qldpol #nswpol #SpringSt #StopAdani #EndCoal #ClimateCrisis @TheCairnsPost #Insiders @TheDrum @QandA

The world has less than two years to avoid “runaway climate change,” United Nations Secretary General António Guterres told world leaders in New York, The Hill reported.

“If we do not change course by 2020, we risk missing the point where we can avoid runaway climate change,” Guterres said, stressing that “climate change is the defining issue of our time, and we are at a defining moment. Scientists have been telling us for decades.

Over and over again.

Far too many leaders have refused to listen.”

Guterres made his call for action as the Global Climate Action Summit takes place in San Francisco this week, which aims to mobilize international and local leaders, VOA reported.

Guterres praised the Paris Climate Accord but also urged more efforts to cut down the emissions that scientists say have been warming the planet over the past century.

President Donald Trump withdrew from the accord last year, a move that isolated the U.S. from the rest of the world on climate change.

Guterres rejected claims from critics who say that shifting away from fossil fuels like oil and coal would be costly, calling that notion “hogwash.”

He emphasized that “Climate change is moving faster than we are,” saying that “We need to put the brake on deadly greenhouse gas emissions and drive climate action,” The Guardian reported.

Guterres said people worldwide are suffering from record-breaking temperatures, wildfires, storms and that floods “are leaving a trail of death and devastation.”

Press link for more: NewsMax

India is building a high-tech sustainable city from scratch #auspol #qldpol #nswpol #StopAdani #EndCoal Time to build sustainable cities powered by clean energy. Stop #ClimateChange & #AirPollution

Andhra Pradesh has enlisted Norman Foster to help redesign its capital city, Amaravati.
Image: REUTERS/Arko Datta

Skyscrapers, high-rise apartments, neon signs and congested roads. These are a few things that might spring to mind when you think about a modern city.

Many of the world’s major conurbations are organically grown sprawls – think of London, Tokyo, New York or Mexico City – and face challenges including air pollution, traffic jams, waste disposal and homelessness.

So what if you could start from scratch and try to create utopia? And what if one of the world’s leading architects designed the centre?

Image: Foster + Partners

That’s happening in the Indian state of Andhra Pradesh, where the local government has enlisted Norman Foster to help redesign the capital city for the province, Amaravati. Singapore-based urban consultants Surbana Jurong are also involved in the planning, which aims to create jobs and homes for all, a world-class infrastructure, a green city and efficient resource management. 

Foster’s team is designing the central focus of the 217-square-km city, including the Legislature Assembly and High Court Complex, and according to the architect, the design will incorporate “decades-long research into sustainable cities” as well as the latest technologies being developed in India. 

Large shaded walkways to encourage people to walk through the city, lots of green spaces, widespread use of solar energy and a transportation strategy that includes electric vehicles, water taxis, and dedicated cycle routes characterize the plans, which are set to be realized within 25 years.

Image: Foster + Partners

The plans could help illustrate how to address the challenges faced by other cities around the world and those discussed by the World Economic Forum Council on Cities and Urbanization. 

This will become more important as the planet becomes increasingly urban, with around 70% of the world’s population forecast to live in cities by 2050. 

In its report Harnessing the Fourth Industrial Revolution for Sustainable Emerging Cities, the Forum looks at how the world’s emerging cities can harness rapid and disruptive technological change to help build a sustainable future.

“Fourth Industrial Revolution technologies such as artificial intelligence, autonomous vehicles and drones, the internet of things, advanced materials, 3D printing and biotechnology are particularly relevant,” Celine Herweijer, a partner at PwC UK wrote in the report. “Many are already showing promise at reshaping urban sectors – including transport, energy, waste, water and buildings – and change will only accelerate.”

A $5 billion annual opportunity 

In a separate paper, the Forum assesses how the state of Andhra Pradesh could benefit from harnessing new technologies and concludes there could be a $5 billion annual opportunity by 2022. 

Cities in other locations are also aiming to become more sustainable. Copenhagen wants to become the world’s first carbon-neutral capital by 2025. Norway is building Oslo Airport City, a 4 million square metre city that will take 30 years to build and be powered entirely by renewable energy and served by electric vehicles.

In a Forum podcast on the future of cities and urbanization, Abha Joshi-Ghani, Senior Advisor on Infrastructure, Public-Private Partnerships and Guarantees at The World Bank discussed simple ways that technology can be harnessed to address waste and mobility problems, for example waste bins that send messages when they are full.

Joshi-Ghani and her co-chair of the Forum’s Council on Cities and Urbanization, Carlo Ratti, discussed how cities need strong leadership and a space for young graduates to experiment with new ideas for innovation to flourish. 

“Look at technology and look at how data can change a city,” said Ratti, who is also director of the SENSEable City Laboratory at MIT. “But for the ultimate goal, never forget the three most important things: people, people and people.”

Press link for more: WEFORUM

Why And How Business Must Tackle #ClimateChange #auspol #qldpol #nswpol #ClimateRisk @scheerlinckeva @aistbuzz #TheDrum #QandA #StopAdani #EndCoal

By Simon Mainwaring

The most recent Intergovernmental Panel on Climate Change (IPCC) report brought both daunting and galvanizing news.

On the positive side, the paper mentioned that it is still possible to reach only a total of 1.5°C increase in global temperature.

This was the level outlined in the Paris Climate Agreement as the threshold beyond which the world would experience catastrophic and irreversible climatic shocks and pressures.

On the downside, maintaining temperatures at 1.5°C would require unprecedented climate action, setting the planet on track to reduce emissions by 45% from 2010 levels by 2030 and hit zero emissions by 2050.

Jokulsarlon Lagoon is famous because of the beautiful icebergs that float in this lagoon formed from the diminishing glaciers in Iceland. In the last thirty years this lake has increased a lot in size because of the acceleration of the glaciers melting affected by the global warming. (Getty)

Climate change will damage economies, devastate populations, increase resource scarcity and dramatically impact the cost of doing business.

So for both humanitarian and business reasons, it is imperative that companies of all sizes take action.

At the same time it is also likely that more aggressive climate policies will be enforced by government bodies on an international level, so from a business standpoint, addressing climate change now will serve as good business in the long run.

In fact, over 150 companies have joined RE 100, thereby committing to going 100% renewable, and this movement is gaining momentum.

Averting a humanitarian and planetary crisis is reason enough to act with urgency, but there is also a business case for doing so.

With the decrease cost of solar and other renewable energy sources, companies can save money and reduce energy uncertainty.

What’s more, studies show that consumers want to support companies actively building a better world.

Climate action offers companies excellent storytelling potential to be used in marketing initiatives to ensure their brands are meaningful and relevant to consumers because they align around shared values.

The question is then what are the best ways for businesses to address climate change?

Here’s how businesses can champion climate action: 

  • Measure your carbon footprint: You can’t change what you can’t measure. It’s imperative to measure how much greenhouse gas emissions your business generates annually. Once you set a business-as-usual benchmark, you can work on reducing your carbon footprint from existing levels. There are numerous tests and consultancies that can help with your carbon accounting. For example, CDP is well respected among the business community for its transparent and accountable carbon measurements. To maintain credibility, it’s important to conduct a third party audit, rather than undertake climate accounting internally. 
  • Develop a climate action plan: Once you measure how much carbon you’re emitting, it’s time to lay out a plan. This means getting granular on the exact activities that produce greenhouse gas emissions and how to reduce them. Here are some key focus areas that can get you started.

    • Supply chain: Supply chain emissions are often responsible for the majority of corporate carbon footprints. Some argue that addressing this issue is particularly difficult to address because they require changing materials sourcing and sometimes suppliers. But it is possible and necessary. A great example of a company taking on supply chain emissions is LEGO. The toymaker recently announced a bio-based material and is dedicated to transforming its predominantly plastic-based building blocks to plant-based material. Essentially, supply chain adjustments will have a significant impact on your business’s carbon footprint. To maintain quality and price benchmarks, it’s a good idea to start on trial projects and transition over time.
    • Energy: Electricity, heating and cooling are all traditional sources of carbon emissions. Improving energy efficiency is an excellent way to reduce your carbon output. Make sure you focus on facilities in your entire value chain including corporate offices and storefronts, as well as factories and third party warehouses. 
    • Transportation: Logistics and fulfillment routes are prime focus areas for emissions reductions. You can significantly reduce the distance your products need to travel to reach retailers or consumer homes by operating out of regional warehouses. Another way to reduce logistics emissions is to allow sufficient time to ship products via sea freight, rather than air. For international shipping, sea freight is also substantially less expensive. In addition to logistics and fulfillment, you can incentivize employees to travel in more sustainable ways. For one, consider transitioning to an all electric fleet for company owned vehicles. You can also offer company transportation to residential areas where many employees live. Another way to encourage eco-transport is to offer incentives for employees that commute via carpool, public transport or bicycle travel. Additionally, you can offer employees loans to purchase their own electric vehicles.
  • Set emissions reduction targets: Once you’ve mapped out a climate action plan, you should have a better understanding of specific emissions sources and what you can do to reduce them. To make measurable changes its imperative to set quantitative and time sensitive emissions reduction targets. You should look at emissions reductions like a business plan. To help quantify your emissions reductions, it’s good business practice to set an internal price on carbon. This way you can assess metrics like the opportunity cost of capital, internal rate of return and payback periods. Be sure to obtain cost estimates for strategies in your climate action plan so you know the cost and time required to make reductions before starting. 
  • Monitor progress: Once you’ve set targets and implemented a plan, it’s essential to assess your progress. Working with a third-party consultancy is imperative to maintaining accountability and measuring your true footprint. Monitoring progress not only validates your hard work, but can also offer insights on where you can improve. 
  • Support climate-smart politics: Government policy is a strong lever that can shift the needle towards a low-carbon future. Companies often try to avoid politicizing their business, but when it comes to climate change it’s essential that companies support policies and politicians actively working to reduce emissions. While naysayers often argue that policy increases the cost of business, climate policies will actually open new opportunities and improve the economy overtime. Policies like the Clean Air Act, rebates for electric vehicles and renewable energy incentives drive down the cost of clean energy and transportation technology, which reduces the cost of business in the long run. Therefore, companies must use their lobbying influence to encourage politicians to support progressive climate policy. 

Business leaders must take action to tackle climate change both for business, humanitarian and planetary benefits.

Companies can take a stand by measuring emissions, making a climate action plan, setting emissions reduction targets, measuring progress and supporting policies that advance climate change mitigation.

Anything less would be to ignore the reality of the impact of climate change, and that would only hurt business and our future in the long run.

I’m the founder and CEO of We First, a leading brand consultancy that builds purpose-driven brands. We deliver purpose-driven strategy, content and training that…MORE
Press link for more: Forbes.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

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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“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

No place for “dirty energy” in Asian Development Bank’s climate vision #auspol #qldpol #nswpol #ClimateChange @ANZ_AU @scheerlinckeva @aistbuzz #StopAdani #EndCoal #ClimateRisk

By Yongping Zhai*

Only weeks ago, the world’s leading climate scientists warned that global warming by 2˚C would have even worse impacts than previously anticipated.

The report of the Intergovernmental Panel on Climate Change called for more rapid decarbonization of the global economy to limit warming to 1.5˚.

Greenhouse gas emissions will not drop quickly enough unless global investment into clean energy doubles and all countries embrace renewable energy, especially in the Asia-Pacific, a region which has fast-growing emissions as well as the greatest number of people acutely exposed to the harshest consequences of a changing climate.

Helping to make this happen is a responsibility that the Asian Development Bank (ADB) takes seriously.

Our developing member countries are already taking steps to protect their communities by mainstreaming climate-smart policies and technologies into development planning.

Meanwhile in Australia the Big Four still investing in Fossil Fuels

Our commitment to supporting these efforts is demonstrated in our recently approved long-term Strategy 2030.

In it, we resolve that 75 per cent of all ADB projects will support climate change mitigation and adaptation.

Climate finance from ADB’s own resources will increase to US$80 billion from 2019 through 2030.

Already, our focus on clean energy is having an impact.

In line with our 2020 climate finance target of $3 billion in annual investments into clean energy, ADB approved just over $2 billion for 25 renewable energy and energy efficiency projects last year.

This will deploy 1,557 megawatts of new renewable energy generation capacity, save 738 gigawatt-hours of electricity per year and avoid 11.8 million metric tons of carbon dioxide (CO2)-equivalent per year of greenhouse gas emissions.

Innovative technologies are at the heart of our work on climate.

We finance transmission and distribution projects incorporating smart grids and energy storage technologies that will give more people access to energy and help to integrate renewable energy into power systems.

Advances including renewable energy-based microgrids with storage, waste-to-energy, geothermal, carbon capture and storage, and artificial intelligence are central to the region’s low-carbon growth prospects.

So too is the private sector, which can help pioneer these technologies.

We help companies throughout Asia, including remote and vulnerable countries like Samoa, to develop solar and other clean energy sources they need to thrive.

ADB recently established a high-level technology fund to promote innovative projects.

An electricity transmission infrastructure project in Pakistan will pilot battery storage near wind farms in Thatta district of Sindh province, helping the transmission company improve grid reliability and dispatch intermittent renewable energy.

In Việteam, we are financing, through two funds focused on clean energy, the construction of solar power panels that will float on the reservoir of an existing hydropower plant.

Still, there’s a lot of work to be done.

About 439 million people in developing Asia go without electricity.

Most live in remote areas unreachable by power grids.

To help, we are stepping up support for off-grid solutions such as a solar-based mini-grid with battery storage on Cobrador Islands  in the Philippines , for which we provided technical and grant assistance. Such projects can provide 24-hour electricity supply for remote and rural areas and cut dependence on fossil fuels. What’s more, they can be widely replicated.

While we enable our developing member countries to transform their energy systems, we are supporting a transition in the interim by investing in new and efficient power plants based on natural gas, which emit 50-60 per cent less CO2 compared to new coal plants.

In the past, there were instances when coal-fired power plants were the only economically viable way of addressing chronic power blackouts that disproportionately affected the poorest people in our developing member countries.

The last such instance was five years ago in Pakistan, where we supported the Jamshoro supercritical coal-fired power plant, which prior to our investment was running on highly-polluting heavy fuel oil.

Clean energy will power Asia’s future.

To promote this, the ADB has integrated a shadow carbon price into its economic analysis of projects to reflect the negative externalities caused by greenhouse gas emissions.

By applying a shadow carbon price of $36.30 per ton of CO2 (to be increased by 2 per cent annually in real terms) to all projects, we encourage innovative projects with lower emissions and discourage more polluting ones.

Given the increasingly competitive cost of renewable energy technologies, the growing risk of stranded fossil fuel assets, and the rising shadow carbon price, coal-based power plants will no longer be a viable option to meet the electricity demand of developing countries.

ADB will continue to help its developing member countries achieve their targets under the Paris Agreement on climate change.

We will ensure that, as we meet our own climate finance targets, ADB’s lending portfolio has no place for “dirty energy”.

*Yongping Zhai is head of ADB’s Energy Sector Group

Press link for more: Vietnam News

#StopAdani Gathers Momentum in Australia #auspol #qldpol #nswpol #ClimateChange #EndCoal

St Collingwood, Australia: The Citizen has received several press statements from the Stop Adani campaign in Australia.

The campaign has been revived after a hiatus, with the controversial coal mine pitched to become an election issue.

We reproduce the statements to the media by the campaign, quoting several volunteers and political leaders on the effort to stop the Australian government from going ahead with the project.

#StopAdani Bondi led a 200 person strong local community effort to make climate change the number one issue in the Wentworth by-election, talking to people at community hotspots across the electorate, knocking on 4,450 doors and having 1,669 conversations during the campaign period, according to a press release issued by the StopAdani campaign in Australia.

Simon Fosterling, local surf lifesaver and Stop Adani Bondi spokesperson said, “As a lifesaver with a young family in Wentworth, I am deeply concerned about climate change.

“Our local community knocked on 4,450 doors and had 1,669 conversations with our neighbours. We overcame our nerves, walked in the rain and shared our concerns about the worsening climate crisis and the need for political leadership.

“People really stepped up, making it clear that the Stop Adani campaign is going to be a significant presence in the next Federal election.

“I don’t want my country to be responsible for the mining and burning of coal that is driving climate change, making our coastlines more vulnerable, our cities hotter and extreme weather and droughts more frequent and severe.”

Wentworth resident and local Stop Adani Bondi volunteer, Grace Liley said, “Young people like myself want political leaders who will take immediate action on climate change, not leave it to our generation to deal with later.

“We are fed up with politicians bending over backwards for the fossil fuel industry, supporting dirty coal projects like Adani’s mine and endangering our future.

“Everywhere candidates went we sent them a clear message about what our community wants: Stop Adani, phase out coal mining and transition to 100% renewable energy as the first critical steps in combating climate change.”

This is part of an earlier decision where 1000 volunteers in over 60 locations volunteered in the National Doorknock to #StopAdani, building community pressure on federal politicians to stop Adani’s polluting coal mine.The nationwide doorknocking program was launched on October 6, “ in the wake of revelations that Adaniillegally starting work on the mine site, drilling into aquifers of the Great Artesian Basin, during a severe drought.”

Volunteers are doorknocking as far north as Mackay in Queensland, to Prime Minister Scott Morrison’s electorate in Cronulla in NSW and to Bill Shorten’s electorate in Melbourne.

Former Liberal Leader and MP for Wentworth Dr John Hewson, who will join the Bondi doorknock in the lead up to the Wentworth by-election, said,“Climate change is the number one issue for the people of Wentworth but the Liberals have no plan to tackle this most critical issue of our time. In fact they are taking us backwards by supporting coal mines like Adani’s. If Scott Morrison and Tony Abbott have their way, our children and grandchildren will be grappling with worsening and more frequent bushfires and devastating droughts, dangerous heat-waves and a dead Reef.”

Australian music icon, Missy Higgins said, “Adani look as though they’re forging ahead with their Carmichael coal mine despite widespread opposition. Like every parent I care about the future my children will face and climate change is my number one worry. We simply cannot let this mine go ahead. Burning that amount of coal is stupid and dangerous, and I cannot believe our government are being so short sighted. The power of Australian people when they come together on an issue is massive so I think we have to step up and do everything we can to stop this madness.”

Local butcher and resident of Tony Abbott’s Warringah electorate, Kristy Barbara said, “When I speak with customers about Adani’s mine, the words I hear over and again are ‘We don’t want it.’ We are fed up with Tony Abbott putting dirty coal ahead of us. I work with organic beef farmers in North Queensland. They are literally fighting for their livelihoods and yet our Government is happy to give a coal billionaire free water and money to fuel more dangerous climate change by mining and burning coal. The people of Warringah are bringing the StopAdani campaign to our dinner tables.”

From Bill Shorten’s electorate of Maribyrnong, StopAdani Moonee Ponds volunteer and resident of 25 years Angela Gill said, “Mining and burning coal is Australia’s number one contribution to climate change, responsible for the death of half the Great Barrier Reef and increasing extreme weather events like bushfires and storms. It’s time for Labor to get off the fence. People in Maribyrnong want Bill Shorten to show climate leadership and commit to stopping Adani’s mine.”  

Press Link For More: The Citizen India

Australian farmers will have to get used to an even hotter climate #auspol #qldpol #nswpol #ClimateBreakdown #StopAdani #EndCoal #ClimateCrisis #Drought #ClimateChange ignored.

A calamitous drought is afflicting the eastern half of the country

Ambrose Doolan pays for a lorry to drive 1,000km to stock up on fodder.

His cattle farm near the town of Coonabarabran, in northern New South Wales, turned to dust after the rains failed this winter; few farmers in the state have feed to spare.

To keep his cows from starving, Mr Doolan relies on a potent blend of hay, molasses and cotton seed, trucked in from across the country.

His animals chew through 30 tonnes of it every day, at vast cost.

Mr Doolan has farmed through dry spells before.

None, he says, was as severe as this.

The drought afflicts a huge area of eastern Australia, running from south-western Queensland into South Australia.

Some spots have been short of rain for years, but a hot, dry winter has pushed the region into crisis.

Almost all of New South Wales, a state responsible for a quarter of Australia’s agricultural output by value, is parched.

Trees have died, crops have withered, animals have shrunk to skeletons.

In Coonabarabran, where water is strictly rationed, some residents have moved their washing machines outside so that the run-off can hose their gardens.

Drought is a fact of life in Australia.

The sun-beaten country has struggled through at least ten catastrophic ones since the mid-19th century. But they are now more frequent and severe.

Scientists at the University of Melbourne, reconstructing rainfall patterns using tree rings, ice cores, sediment and corals, reckon that the big droughts of the past few decades were more acute than any in the past 400 years.

A “double whammy” of climate trends indicates that worse lies ahead, says Will Steffen, an American climate scientist.

First, the Australian continent has warmed by about 1°C since 1910, making droughts more crippling when they occur.

Second, rainfall is ever less reliable.

The fronts that used to drop rain over Australia’s southerly breadbaskets have begun to stray southward, to the open ocean.

Since the mid-1990s, deluges in south-eastern Australia have declined by around 15% in the crop-growing seasons of late autumn and early winter.

Mr Steffen predicts a further drop of 15% by around 2030.

Many farmers have been forced to send their animals to slaughter.

The cull may leave the number of livestock in Australia at a record low; wheat yields could be the feeblest in a decade.

Those like Mr Doolan who keep their animals alive at great expense are gamblers. They bet that when the rains return and other farmers start rebuilding, the value of their herds will soar.

Previous droughts have taken about a percentage point off Australia’s growth rate. And the strain is not just economic: the suicide rate in the outback has risen sharply during the latest drought.

State and federal governments have responded with billions of dollars in emergency funds for cheap loans, household allowances and mental-health services.

In New South Wales farmers can claim subsidies of up to A$30,000 ($21,000) for transporting feed and livestock. Landholders are grateful but want more. “A tin of beans doesn’t feed the cows,” grumbles an old hand in Coonabarabran.

But some city folk argue that taxpayers should not have to subsidise farmers in tough years, given that profits in good times can be enormous.

The government has not matched emergency handouts with a long-term plan to cope with global warming.

On a recent rural tour, the prime minister, Scott Morrison, suggested that farmers do not “care one way or the other” whether climate change contributes to the problem.

His right-of-centre government has ditched a policy that would have enshrined emissions targets in law, all but abandoning goals set under the Paris Agreement three years ago. Australia’s emissions have been rising.

The dry spell shows no sign of breaking.

In Coonabarabran, Mr Doolan watches the skies.

If rain comes before Christmas, he says, his investment will pay off.

In future he may stockpile bumper crops in silos. “Drought is like the tide,” he muses.

If he weathers one, there is sure to be another.

Press link for more: Economist.com

#ClimateChange and the 75% problem #Innovation for jobs and sustainable growth #auspol #qldpol #wapol #StopAdani #EndCoal

Climate change and the 75% problem

Quick: Think of some inventions that help fight climate change.

What came to mind first?

I bet you thought of solar panels and wind turbines.

In my experience, that’s what people point to when they think about reducing greenhouse gas emissions. 

They’re not wrong.

Renewables are getting cheaper and many countries are committing to rely more on them and less on fossil fuels for their electricity needs. That’s good news, at least in places that get a lot of sunlight or wind.

Everyone who cares about climate change should hope we continue to de-carbonize the way we generate electricity.

I wish that were enough to solve the problem.

Unfortunately, it isn’t.

Making electricity is responsible for only 25% of all greenhouse gas emissions each year.

So even if we could generate all the electricity we need without emitting a single molecule of greenhouse gases (which we’re a long way from doing), we would cut total emissions by just a quarter.

To prevent the worst effects of climate change, we need to get to zero net greenhouse gas emissions in every sector of the economy within 50 years—and as the IPCC recently found, we need to be on a path to doing it in the next 10 years.

That means dealing with electricity, and the other 75% too.

https://youtu.be/7A4npk1Deug

Where do greenhouse gas emissions come from? I like to break it down into five main categories—what I call the grand challenges in stopping climate change:

  • Electricity (25%). Although there’s been progress in the renewable energy market, we still need more breakthroughs. For example, wind and solar need zero-carbon backup sources for windless days, long periods of cloudy weather, and nighttime. We also need to make the electric grid a lot more efficient so clean energy can be delivered where it’s needed, when it’s needed. 
  • Agriculture (24%). Cattle are a huge source of methane; in fact, if they were a country, they would be the third-largest emitter of greenhouse gases! In addition, deforestation—clearing land for crops, for instance—removes trees that pull CO2 out of the air, and when the trees are burned, they release all their carbon back into the atmosphere.
  • Manufacturing (21%). Look at the plastic, steel, and cement around you. All of it contributed to climate change. Making cement and steel requires lots of energy from fossil fuels, and it involves chemical reactions that release carbon as a byproduct. So even if we could make all the stuff we need with zero-carbon energy, we’d still need to deal with the byproducts. 
  • Transportation (14%). Low-emission cars are great, but cars account for a little less than half of transportation-related emissions today—and that share will shrink in the future. More emissions come from airplanes, cargo ships, and trucks. Right now we don’t have practical zero-carbon options for any of these.
  • Buildings (6%). Do you live or work in a place with air conditioning? The refrigerant inside your AC unit is a greenhouse gas. In addition, it takes a lot of energy to run air conditioners, heaters, lights, and other appliances. Things like more-efficient windows and insulation would help. This area will be more important over the next few decades as the global population moves to cities. The world’s building stock will double in area by 2060. That’s like adding another New York City every month for 40 years. 

(The final 10% is a sixth, miscellaneous category that includes things like the energy it takes to extract oil and gas.) 

I think these grand challenges are a helpful way to think about climate change.

They show how energy isn’t just what runs your house and your car. It’s core to nearly every part of your life: the food you eat, the clothes you wear, the home you live in, the products you use. To stop the planet from getting substantially warmer, we need breakthroughs in how we make things, grow food, and move people and goods—not just how we power our homes and cars.

Australia’s emissions are growing since its government axed the carbon price.

These challenges are only getting more urgent.

The world’s middle class has been growing at an unprecedented rate, and as you move up the income ladder, your carbon footprint expands.

Instead of walking everywhere, you can afford a bicycle (which doesn’t use gas but is likely made with energy-intensive metal and gets to you via cargo ships and trucks that run on fossil fuels).

Eventually you get a motorbike so you can travel farther from home to work a better job and afford to send your kids to school.

Your family eats more eggs, meat, and dairy, so they get better nutrition.

You’re in the market for a refrigerator, electric lights so your kids can study at night, and a sturdy home built with metal and concrete. 

All of that new consumption translates into tangible improvements in people’s lives.

It is good for the world overall—but it will be very bad for the climate, unless we find ways to do it without adding more greenhouse gases to the atmosphere. 

This is undoubtedly a tough problem.

It is not obvious what the big breakthroughs will look like.

Most likely we will need several solutions to each challenge. That is why we need to invest in lots of research and development, across all five areas, now. 

 The amount of funding available has gone up by more than $3 billion a year.

Fortunately, governments and the private sector are stepping up.

Since the 2015 launch of Mission Innovation—two dozen governments that committed to doubling their spending on clean-energy R&D—the amount of funding available has gone up by more than $3 billion a year.

Personally, I’m part of a group of investors in a private fund called Breakthrough Energy Ventures (BEV), which is putting more than $1 billion into helping promising companies take great ideas from the lab to market at scale. We’re using the five grand challenges I mentioned above as the framework for our investments. Every idea we’re supporting is designed to solve one of them—and our mission is about to get a big boost from a new partnership in Europe.

We’re still working out the details, but here’s what I can tell you today: I’ll be in Brussels this week to sign an agreement between Breakthrough Energy and the European Commission. Our goal is to create a joint investment vehicle called Breakthrough Energy Europe, which will serve as a pilot fund investing in European companies working on the grand challenges. The partners will commit €100 million, half from the European Commission and half from BEV. 

But this isn’t only about funding. We’re creating a new way of putting that money to work. 

Because energy research can take years—even decades—to come to fruition, companies need patient investors who are willing to work with them over the long term. Governments could in theory provide that kind of investing, but in reality, they aren’t great at identifying promising companies and staying nimble to help those companies grow. 

That’s where this partnership can shine. It allows the European Commission, which is funding cutting-edge research and development, to partner with investors who know how to build companies well. Because the fund will be privately managed, it can avoid some of the bureaucracy that slows things down and makes it hard to support new companies. We’ll have the resources to make a meaningful difference, and the flexibility to move quickly. That’s a rare combination.

I hope this partnership is just the beginning. We need many more like this one around the world. 

Over the next year, I will be writing a series of TGN posts about each of the five challenges, focusing on some of the promising solutions I’m learning about. (In the meantime, I’ve posted a short, fun quiz about energy and climate.  See if you can beat my score.) I’m inspired by the ingenious inventors who are tackling climate change and all the partners who are supporting their work. I can’t wait to share their progress with you.

Press link for more: Gates Notes