31/08/2016

India Ganges Floods 'Break Previous Records'

BBC News - Navin Singh Khadka

An aerial view of the flooded Ganges river in Allahabad city. AP
The monsoon floods in India's Ganges river this year have broken previous records, officials have told the BBC.
They said water levels reached unprecedented levels at four locations in northern India.
The highest record was in Patna, the state capital of Bihar where flood waters reached 50.52m (166ft) on 26 August, up from 50.27m in 1994.
Floods across India this year have killed more than 150 people and displaced thousands.

'Unprecedented'
"We have also recorded unprecedented flood levels at Hathidah and Bhagalpur of Bihar state and Balliya of Uttar Pradesh," chief of India's Central Water Commission GS Jha said.
"In all these four places, the floods crossed the previous highest flood level and they all were unprecedented."
Bihar is one of the worst flood-hit states in India with at least 150 deaths and nearly half a million people evacuated.
Neighbouring Uttar Pradesh has also been severely affected by floods in the Ganges.
The holy city of Varanasi has been submerged by the swollen Ganges. AP 
The Ganges has inundated large swathes of Uttar Pradesh state. AP
The third largest river in the world flows through these north Indian states meeting its tributaries before emptying into the Bay of Bengal.
The Indian Meteorological Department, however, has recorded deficient rainfall in these states past week and average rains since the monsoon started in June.

Breaking embankments
Some experts have blamed the silt the river carries for the floods. The Ganges is one of the highest sediment load carrying rivers.
The silt deposition is said to have raised the river's bed-level causing it to break embankments and flood the adjoining human settlements and farmlands.
Officials in Bihar have demanded that an artificial barrier in neighbouring West Bengal state bordering Bangladesh be dismantled to solve the silt problem.
They argue that the deposition of silt has obstructed several passages through the Farakka barrage.
As a result, they say, the Ganges' water flows back to Bihar and causes floods.
Silt deposition has also significantly raised the water level of Kosi river, one of the major tributaries of the Ganges.
The Ganges is flowing above the danger mark in Uttar Pradesh. AP
"The silt has so much accumulated in the river that we fear it might cause the water to damage the Kosi barrage and embankments," said Dev Narayan Yadav, a river expert pointing at the barrage built in the early 1960s.
"The silt has raised the river level higher to our villages' grounds, so you can imagine what risks we face."

Chronic problem
The BBC saw silt piling up and threatening to block many of the gates of the barrage on Kosi river, which is built and operated by India in Nepalese territory.
Some geologists say increased incidents of landslides in the Himalayan region have resulted in increased silt in the rivers flowing down to meet the Ganges.
"Since these are alluvial rivers carrying sediment loads, if we can control the silt then we will be able to manage the floods that have become chronic problems in the Ganges basin," said Mr Jha.
Bihar is one of the worst-affected states. AFP 
Floods across India have displaced thousands. AP
The Wadia Institute of Himalayan Geology in Uttarakhand state has also identified silting as the major flooding problem.
"Therefore de-silting of the rivers is the need of the hour and it needs to be done scientifically, from the middle of the rivers," said Professor Anil Kumar Gupta who heads the institute helping the government in geological issues.

Sand mining
Following uncontrolled sand mining from rivers across India for commercial purposes, India's Supreme Court in 2014 ordered a ban on extraction without a licence.
"Such sand mining was mainly done at riversides disturbing the flow of the rivers, therefore the silt will now have to be removed from the middle of the rivers."
India's central water resource authorities, however, believe construction of dams will deal with the problem effectively.
"Non-structural measures like moving people to safe areas have not been effective enough," says Mr Jha.
The silt deposition is said to have raised the river's bed-level causing it to break embankments. AP
The Ganges is the third largest river in the world. AP 
"The dams we plan to build will store flood waters to prevent flooding and they will also have the technology to take care of the silt."
He said the Central Water Commission aimed to build three major dams - two in upstream Nepal and one in Arunachal Pradesh.
"They have been planned for quite sometime and we are certain that we will be able to build them and solve the chronic problem of floods."

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NASA: Earth is warming at a pace 'unprecedented in 1,000 years'

The Guardian

Records of temperature that go back far further than 1800s suggest warming of recent decades is out of step with any period over the past millennium
The sun sets beyond visitors to Liberty Memorial as the temperature hovers around 100F in Kansas City, Missouri, last month. Photograph: Charlie Riedel/AP
The planet is warming at a pace not experienced within the past 1,000 years, at least, making it "very unlikely" that the world will stay within a crucial temperature limit agreed by nations just last year, according to NASA's top climate scientist.
This year has already seen scorching heat around the world, with the average global temperature peaking at 1.38C above levels experienced in the 19th century, perilously close to the 1.5C limit agreed in the landmark Paris climate accord. July was the warmest month since modern record keeping began in 1880, with each month since October 2015 setting a new high mark for heat.
But NASA said that records of temperature that go back far further, taken via analysis of ice cores and sediments, suggest that the warming of recent decades is out of step with any period over the past millennium.
Proxy-based temperature reconstruction. Photograph: NASA Earth Observatory
"In the last 30 years we've really moved into exceptional territory," Gavin Schmidt, director of NASA's Goddard Institute for Space Studies, said. "It's unprecedented in 1,000 years. There's no period that has the trend seen in the 20th century in terms of the inclination (of temperatures)."
"Maintaining temperatures below the 1.5C guardrail requires significant and very rapid cuts in carbon dioxide emissions or co-ordinated geo-engineering. That is very unlikely. We are not even yet making emissions cuts commensurate with keeping warming below 2C."
Schmidt repeated his previous prediction that there is a 99% chance that 2016 will be the warmest year on record, with around 20% of the heat attributed to a strong El Niño climatic event. Last year is currently the warmest year on record, itself beating a landmark set in 2014.
"It's the long-term trend we have to worry about though and there's no evidence it's going away and lots of reasons to think it's here to stay," Schmidt said. "There's no pause or hiatus in temperature increase. People who think this is over are viewing the world through rose-tinted spectacles. This is a chronic problem for society for the next 100 years."
Schmidt is the highest-profile scientist to effectively write-off the 1.5C target, which was adopted at December's UN summit after heavy lobbying from island nations that risk being inundated by rising seas if temperatures exceed this level. Recent research found that just five more years of carbon dioxide emissions at current levels will virtually wipe out any chance of restraining temperatures to a 1.5C increase and avoid runaway climate change.

Temperature reconstructions by NASA, using work from its sister agency the National Oceanic and Atmospheric Administration, found that the global temperature typically rose by between 4-7C over a period of 5,000 years as the world moved out of ice ages. The temperature rise clocked up over the past century is around 10 times faster than this previous rate of warming.
The increasing pace of warming means that the world will heat up at a rate "at least" 20 times faster than the historical average over the coming 100 years, according to NASA. The comparison of recent temperatures to the paleoclimate isn't exact, as it matches modern record-keeping to proxies taken from ancient layers of glacier ice, ocean sediments and rock.
Scientists are able to gauge greenhouse gas levels stretching back more than 800,000 years but the certainty around the composition of previous climates is stronger within the past 1,000 years. While it's still difficult to compare a single year to another prior to the 19th century, a NASA reconstruction shows that the pace of temperature increase over recent decades outstrips anything that has occurred since the year 500.
Lingering carbon dioxide already emitted from power generation, transport and agriculture is already likely to raise sea levels by around three feet by the end of the century, and potentially by 70 feet in the centuries to come. Increasing temperatures will shrink the polar ice caps, make large areas of the Middle East and North Africa unbearable to live in and accelerate what's known as Earth's "sixth mass extinction" of animal species.

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30/08/2016

The Sun Will Set On Solar If The Australian Renewable Energy Agency Is Gutted

Fairfax - Andrew Blakers* | Richard Corkish*

A renewable energy revolution is in progress but gutting Australian Renewable Energy Agency will make it harder for Australia to play a role. Photo: Justin McManus
The federal government plans to strip the Australian Renewable Energy Agency of most of its funding, as well as its ability to give grants now that Parliament has resumed. Remarkably, the ALP, which established ARENA when in government, may allow this to happen. This is an existential threat to renewable energy research, innovation and education in Australia.
The solar photovoltaic industry is big business. It now makes up a quarter of all new electricity generation capacity installed each year across the world, and it's growing at 20 to 30 per cent a year. Together, solar and wind energy make up half of all new generation capacity installed globally and all new generation capacity installed in Australia. A renewable energy revolution is in progress, and Australia is at the forefront. Gutting ARENA directly threatens our leadership position.
Our economy has benefited to the tune of billions of dollars in the form of dramatically reduced solar system costs, increased renewable energy business activity, fewer greenhouse gas emissions, royalties, shares and international student fees.
To provide just one example, the Australian-developed PERC solar cell now has annual sales of $9 billion and is forecast to dominate the worldwide solar industry. Further, gains in energy efficiency made possible by this technology are forecast to save our country $750 million in electricity generation costs over the next decade.
Such ingenuity in Australia isn't new. CSIRO played a major role in the development of the modern thermosiphon solar hot water system dating back to the 1940s, and buried contact solar cells designed at the University of NSW had a substantial impact on the PV industry in the 1990s, with sales of $500 million worth of product in the process.
Innovation here has flourished because Australia has had a renewable energy funding agency, in one form or another, for more than 30 years. It's why we keep seeing such phenomenal successes and advances in technology that springboard beyond our shores. There is no doubt the world's solar industry owes its existence in large measure to those Australians supported by grants from renewable energy agencies past and present.
So, what happens if you take that agency away?
If ARENA is cut, then hundreds of people will lose their jobs within two years. That is the cold reality. This includes researchers, PhD positions and industry leaders. Our brightest minds will be forced to either leave the field, or leave Australia in favour of other parts of the world where solar research is still valued.
In the longer term, Australia's leadership in solar energy will vanish. As support for research and innovation dwindles, later-stage commercialisation will also start to dry up. This won't be a temporary loss, but a long-lasting extinction as we lose the research groups that underpin the very education and training of future Australian engineers and scientists.
This would be completely at odds with the federal government's innovation agenda, as well as its commitment at the UN climate change conference in Paris to double clean energy research and development by 2020.
Echoing the words of another prime minister a decade ago, Prime Minister Malcolm Turnbull describes budget repair (in which cuts to ARENA are lumped) as a "fundamental moral challenge" because debt should not be passed onto our children and grandchildren. How ironic that this government fails to appreciate the many costs to future generations of failing to address climate change now with solutions like renewable energy.
Photovoltaics and wind energy are fundamentally reshaping the way leading economies of the world are powered. ARENA-supported researchers are helping to accelerate the clean energy industry and, in turn, rapidly reduce greenhouse gas emissions.
This is a critical time for Australia to stay in the game. By keeping ARENA, we will reap further benefits from its leading position in research and education by continuing grant funding.

*Andrew Blakers is Professor of Engineering at the Australian National University, lead inventor of the PERC silicon solar cell technology and co-inventor of Sliver solar cell technology.
*Dr Richard Corkish is chief operating officer of the Australian Centre for Advanced Photovoltaics at the University of NSW and has worked in photovoltaics research and education since 1990.

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Cutting ARENA Would Devastate Clean Energy Research

The Conversation | 

ARENA part-funded the Broken Hill solar plant in New South Wales, which opened this year. AAP Image/ARENA
This week’s first sitting of the 45th Parliament of Australia is considering a A$6.5 billion “omnibus savings bill”, including a proposed cut of A$1.3 billion to the Australian Renewable Energy Agency (ARENA). If adopted, it would effectively mean the end of ARENA and would devastate clean energy research in Australia.
From driving innovation and economic growth, to creating jobs, to addressing climate change and ensuring a reliable and affordable energy system for the future, ARENA plays a critical role. Most perversely, by reducing Australia’s role in the booming global clean energy industry, closing ARENA would likely reduce Australia’s capacity to balance its budget in years to come.

What is ARENA?
ARENA, an independent Commonwealth agency, has driven most of Australia’s innovative renewable energy projects in recent years. This includes Australia’s world-leading solar photovaltaics research centre at UNSW, the Carnegie wave energy pilot in Perth, AGL’s virtual power station trial and UTS’s own research into local electricity trading and network opportunity mapping.
ARENA has funded 60 completed projects and is managing a further 200. Many more are in the pipeline. It has also leveraged A$1.30 in private-sector R&D funding for every dollar of government funding – a fact that is often overlooked amid talk of budget savings.
Without ARENA’s grants and leveraged co-funding, very few of these projects would have happened. While its sister organisation, the Clean Energy Finance Corporation, plays an important role in helping to finance established renewable projects and technologies, only ARENA can provide the research grant co-funding to develop these technologies in the first place.
ARENA was formed in 2012 as part of the Gillard government’s Clean Energy Future package. It drew together a range of clean energy programs and funds such as the Solar Flagships, the Australian Solar Institute and some, such as the Low Emissions Technology Demonstration Fund, which the Howard government established. ARENA was given the twin goals of:
  1. Improving the competitiveness of renewable energy technologies
  2. Increasing the supply of renewable energy in Australia.
ARENA was one of five key elements of the Clean Energy Future package slated for abolition by the Abbott government. While the carbon price and Climate Commission were cut, ARENA, the CEFC and the Climate Change Authority were saved by opposition and crossbench support, albeit with a A$435 million cut to ARENA’s original budget.
Now, three years on, the Turnbull government has chosen to keep the CEFC but its plan to slash ARENA’s budget remains. The Labor opposition has yet to announce its position on the proposed cut. Meanwhile, clean energy researchers across Australia are calling on all parties to support the agency.

ARENA’s innovation role
The process of energy technology innovation can be thought of as having a series of phases, which have different funding needs (see below).
View large image


The innovation chain for renewable energy technologies. ISF, based on ARENA's Commercial Readiness IndexAuthor provided
The first phase is typically fundamental research and development. Two examples are the world-leading research programs at UNSW Australia and ANU, which have developed the world’s most efficient solar photovoltaic and solar thermal technologies. Both are ARENA-funded; neither could have been effectively funded by loans.
Technologies then need to be piloted in the real world – as in the case of the Carnegie Wave Energy project in Perth. This stage is often still too risky for most commercial lenders, so some public grant funding remains critical.
Next comes the large-scale demonstration phase – bringing technologies down the cost curve by developing viable business models and supply chains, with the aim of making them cost-competitive. Here, a mix of loan and grant funding is needed.
Australia’s large-scale solar industry is an example of a sector in this stage of development. In 2015, ARENA realised that despite having 1.5 million solar roofs and plenty of sunshine, Australia had a dearth of large-scale solar projects (only four operating and four in development). As such, it has committed A$100 million to help build more solar farms.
Finally, there are commercial renewable technologies that are already cost-competitive with other energy sources. Wind energy is the prime example of this, which is precisely why ARENA has not funded wind projects.

Our changing energy system
Innovation is not purely about technology development; it is also about addressing complex challenges such as how to manage the changing nature of our energy system. On a cents per kilowatt-hour basis, wind energy is now cheaper than new-build coal and solar power is cheaper than grid electricity. These two trends will continue, but our energy market is struggling to adapt to the new technology mix.
ARENA has a crucial role to play here. For example, it has funded the Institute of Sustainable Futures (ISF) at UTS to develop a set of Network Opportunity Maps. These show locations in the grid where demand management and decentralised generation (solar, storage etc) can help avoid costly grid upgrades.
ARENA has also funded ISF’s research into local energy trading (also known as peer-to-peer energy or virtual net metering). This is aimed at avoiding the predicted “energy death spiral”, by encouraging consumers and power companies to compromise in making the most of existing infrastructure, reducing consumers' bills and supporting local power generation.

Meeting our climate targets
Finally, and perhaps most importantly, ARENA is helping to meet Australia’s greenhouse gas emissions target, which calls for a 26-28% cut relative to 2005 levels by 2030.
The electricity sector is Australia’s largest carbon emissions source. ARENA has a vital role in delivering cost-effective emissions reductions. There are two main mechanisms to decarbonise the sector: increasing energy productivity and efficiency, and switching from fossil fuels to renewables. As outlined above, ARENA is a key player in the latter process and is primed to play a leading role in the former.
It would be a tragic error to cut funding to an agency that is making such an important and successful contribution to fulfilling Australia’s obligations under the Paris climate agreement, as well as driving innovation and energy affordability. No other agency combines all of these facets.

More renewable policy instability?
In a 2010 speech on low-carbon energy, Prime Minister Malcolm Turnbull acknowledged the role of government in supporting clean energy innovation, saying:
Government support for innovation and investment in clean stationary energy is important, particularly at the early stages.
The need for this support is not going to go away. If ARENA and its research grant funding is abolished, a similar organisation will doubtless soon need to be re-established. In the meantime, millions of dollars in opportunities would have been wasted and irreplaceable industry and research expertise lost.
After years of policy instability around renewable energy, which has held back the domestic development of one of the world’s fastest-growing industries, do we really want to embrace even more uncertainty?
To paraphrase former Harvard University president Derek Bok, if you think research is expensive, try ignorance.

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We’ve Only Just Begun: More Climate Fights Are Coming

Climate HomeEd King

Luckily for the chances of avoiding global warming, the Paris climate deal isn't the only game in town. Here's a rundown of what else is cooking
Spain's Gemasolar power plant spied from the historic Solar Impulse round-the-world flight in July (Pic: Solar Impulse)
So we know the much-heralded Paris climate agreement is likely to come into force this year, and we also know it's not going to achieve much in the short term (more on that here). Given we're heading for the hottest year on record, with scientists linking sea level rise, Arctic melt, drought and flooding to rising greenhouse gas emissions, something needs to be done.
This week's G20 summit in China will offer a sense of how seriously politicians are taking global warming amidst myriad concerns ranging from a stagnating global economy, war in Syria, Brexit and the South China Sea crisis. Fresh from last December's deal in the French capital, it's a safe bet many heads of government may think they have done their bit on the international stage.
Still, significant moves should be afoot said former White House adviser Andrew Light, now a senior fellow at the World Resources Institute, in a media call last week. "It's an inescapable truth that the global economy is linked to climate change for worse and for better, and that's in the wheelhouse of the G20. We expect to see even more intense activity," he said. Below I've pulled together some of the key initiatives underway this year.

Fossil fuel subsidies
So it depends how you calculate how much global subsidies for the oil, gas and coal industries are worth, but totals range from $160 billion (OECD) to $5.3 trillion (IMF) a year. We're talking anything from direct funding to tax breaks and government-funded price cuts.
"We have to put the pressure on to see if we can get a target before 2020," Laurence Tubiana the lead negotiator of the Paris Agreement said in June. In June leaders of the G7 said they would aim to eliminate "inefficient" fossil fuel subsidies by 2025, a decision labelled as "historic" by the London-based Overseas Development Institute. Will the G20 follow suit?
It's unlikely, one EU diplomat who has seen draft decision texts told Climate Home last week. Others seem more confident. Egypt, Morocco, Ethiopia, Nigeria and yes – India – are among countries to have cut state support for fossil fuels in recent years. "There is growing momentum and international pressure – if the G20 doesn't deliver it will be a missed opportunity," said Helen Mountford, head of economics at the WRI.

US election
Potentially the most important event for the climate since Paris. In terms of emissions, it's a stark choice between Republicans and Democrats. Do you pick the party that says coal is clean, or the one that approved what activists say is the most ambitious climate policy platform on record?
This has global ramifications, according to diplomats.
Any chance of a new set of tougher carbon targets before 2020 needs a Clinton win. The US needs a CO2 number on the table for 2030 (it currently just has 2025 sorted) and given its domestic politics that will likely need other countries to raise their game and show it's not going it alone.
"If it gets other countries on board with new goals then it can be more dynamic, and we all know China lowballed its target for 2030," said the diplomat, speaking off the record as they were not authorised to comment.

Aviation
If the aviation sector was a country, it would be number 7 in terms of emissions (2%). Should growth rise unrestricted, emissions are projected to triple by 2050. Countries are discussing plans for a global market-based measure to tackle the problem, with a deal expected on 7 October. Despite new CO2 standards for new planes and pledges a cap on net emissions from 2020, it looks a tall order.

HFC coolants

Used in fridges and air conditioning units, HFCs replaced ozone-killing CFCs, but it's now clear they in turn are busting the climate. And end is in sight, with a meeting of the UN's Montreal Protocol from 8-14 October slated to see a new agreement to cut their use. According to some analysts, reducing HFCs could cut temperature rises 0.5C by 2100 on business as usual scenarios.

Shipping
Nothing to see here. Shipping accounts for 3% of global emissions, but the London-based International Maritime Organisation (IMO) is an outlier among its UN peers in that it has done virtually nothing to tackle carbon pollution growth. In 2015 Marshall Islands foreign minister Tony de Brum branded the organisation's stance a "disappointment". Little changed during talks this year.

Finance
There's movement on a variety of fronts. The Task Force on Climate-related Financial Disclosures, a G20 initiative, is looking at tougher reporting rules for banks, pension funds and other types of fund manager. A set of voluntary measures will be published in early 2017, although one source said current proposals are weak.
In November a UN committee on climate finance is due to present its findings on the state of cashflow from rich to poor nations and across the developing world. Wealthier countries committed to generating $100bn a year by 2020, and while the OECD said in 2015 they had hit $60bn, many remain unconvinced.
The $10bn Green Climate Fund meets from 18-20 October in Quito and 13-15 December in Apia, Samoa to accelerate disbursement of funds. An initial goal of delivering $2.5bn this year is unlikely to be hit, but pressure remains high on an organisation mandated to generate a 'paradigm shift' in green funding.
"The next 12 months are critical for the GCF… the burden rests on board and management to show it can deliver for the countries that need it," said Paul Bodnar, a former senior Obama White House official and climate finance expert at the Rocky Mountain Institute.

Best of the rest
When it comes to climate change, there's no shortage of schemes and initiatives coming online, though it's harder to assess how well they are doing. The billion-dollar Mission Innovation was launched at the Paris climate talks, backed by Bill Gates and the US government among others. It's still in its formative stages, as this article in ClimateWire explains.
The India-led International Solar Alliance was also announced in Paris, counting 120 countries as members of an organisation that aims to spread the deployment of solar energy and reduce costs. In July the World Bank announced $1 billion of funding for the ISA, but it's early days.

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Just 90 Companies Are To Blame For Most Climate Change, This 'Carbon Accountant' Says

American Association for the Advancement of Science - Douglas Starr*

The output of this oil refinery in Rodeo, California, is a small part of Richard Heede's carbon inventory. Noah Berger
Last month, geographer Richard Heede received a subpoena from Representative Lamar Smith (R-TX), chairman of the House of Representatives Committee on Science, Space, and Technology. Smith, a climate change doubter, became concerned when the attorneys general of several states launched investigations into whether ExxonMobil had committed fraud by sowing doubts about climate change even as its own scientists knew it was taking place. The congressman suspected a conspiracy between the attorneys general and environmental advocates, and he wanted to see all the communications among them. Predictably, his targets included advocacy organizations such as Greenpeace, 350.org, and the Union of Concerned Scientists. They also included Heede, who works on his own aboard a rented houseboat on San Francisco Bay in California.
Heede is less well known than his fellow recipients, but his work is no less threatening to the fossil fuel industry. Heede (pronounced "Heedie") has compiled a massive database quantifying who has been responsible for taking carbon out of the ground and putting it into the atmosphere. Working alone, with uncertain funding, he spent years piecing together the annual production of every major fossil fuel company since the Industrial Revolution and converting it to carbon emissions.

Carbon dioxide emissions from Carbon Majors
Heede's research shows that nearly two-thirds of anthropogenic carbon emissions originated in just 90 companies and government-run industries. Among them, the top eight companies -- ranked according to annual and cumulative emissions below -- account for 20 percent of world carbon emissions from fossil fuels and cement production since the Industrial Revolution.
Animated graphic J. You/Science; (Data Source) Richard Heede
The results showed that nearly two-thirds of the major industrial greenhouse gas emissions (from fossil fuel use, methane leaks, and cement manufacture) originated in just 90 companies around the world, which either emitted the carbon themselves or supplied carbon ultimately released by consumers and industry. As Heede told The Guardian newspaper, you could take all the decision-makers and CEOs of these companies and fit them on a couple Greyhound buses.
The study provoked controversy when it was published in 2013, with some complaining that it unfairly held the fossil fuel industry responsible for the lifestyle choices made by billions of consumers. "It's a cop-out to blame the producers of products that we have demanded, and benefited from, for more than a century," wrote Severin Borenstein, a business and public policy expert at the University of California (UC), Berkeley, in a blog post.
Others, however, saw the study as a turning point in the debate about apportioning responsibility for climate change. With traditional environmental issues, such as river pollution or toxic waste, it has always been possible to identify perpetrators who could be targeted for regulation or enforcement. But greenhouse gases are emitted everywhere, in every process that involves combustion. "For decades there's been a persistent myth that everyone is responsible, and if everyone is responsible then no one is responsible," says Carroll Muffett, president and CEO of the Center for International Environmental Law in Washington, D.C., who also serves on the board of a nonprofit that Heede co-founded. "Rick's work for the first time identifies a discrete class of defendants."
Heede's carbon accounting is already opening a new chapter in climate change litigation and policy, helping equip plaintiffs who believe they have suffered damages from climate change to claim compensation. "Rick's work really helps connect the dots," says Marco Simons, general counsel of EarthRights International, a Washington, D.C.-based legal group that defends the rights of the poor. "He hasn't sought out the spotlight, but I think his work is tremendously important."

Counting Carbon
Heede tallies carbon obsessively. When we discussed my plans to fly out from Boston to Sausalito, California, where his houseboat is anchored, he did a quick calculation and told me that my share of the flights would add 716 kilograms of carbon to the atmosphere. "And if you'd driven an average car the trip would be 1.78 tons of CO2 [carbon dioxide]" he added, apparently riffing on his own compulsiveness. During my visit I noticed that when he boiled water to make noodles for lunch he put a frying pan on the pot instead of a lid—to preheat the pan so it would use a tiny bit less fuel to heat up the stir-fry. "It's a practice of mine to figure out how I can minimize energy use."
He was born in Norway into a long line of watchmakers, which may contribute to his own meticulousness. At 15, he and his parents immigrated to the United States. His father was a consulting engineer, but the younger Heede wasn't keen on "fixing problems that should not have been created in the first place"—which, he admits, is exactly what he's doing these days.
Heede has spent most of his life in Colorado, and he has the solid build and weathered face of someone who has spent lots of time in the mountains. He earned undergraduate and master's degrees in geography at the University of Colorado, Boulder, and then joined forces with Amory Lovins, the soft-energy guru who co-founded the Rocky Mountain Institute in Boulder. Ronald Reagan had just been elected president, and his administration moved to gut subsidies for alternative energy sources, claiming that they were not economically competitive. Heede tested that assertion, analyzing the federal budget to find the hidden subsidies to the coal and oil industries, even including the cost of treating workers who developed black lung disease from coal mining.
Contrary to Reagan administration claims, Heede showed that the vast bulk of federal energy subsidies went to conventional energy sources. He wrote a report, testified to Congress, and wrote an opinion piece in The Wall Street Journal. "I don't recall getting any calls as a result," he says. It was an early taste of working in obscurity.
In 2003, he left the Rocky Mountain Institute to form Climate Mitigation Services, a consulting firm specializing in surveying and mitigating greenhouse gas emissions. One of his early clients was Aspen, Colorado, a rich and progressive ski town whose leaders wanted to act decisively to reduce emissions. They hired Heede to do a baseline greenhouse gas inventory with the broadest possible scope—including not only activities within the city, but the cars and airplanes that annually brought in hundreds of thousands of tourists … in short, Heede recalls, "everything that uses energy as a result of Aspen's existence."
The exercise raised fascinating questions, Heede says: "What is a community, and what is a boundary? There's leakage everywhere: airplanes, trucks, cars, visitors. How do you quantify that stuff?"
Heede interviewed airport managers and checked their logs to find out which aircraft served the more than 178,000 annual passengers, calculating fuel consumption and emissions for each flight. Standing at the main bridge into Aspen for hours at a time, he categorized the cars that went by—sedans, SUVs, trucks, vans. Then, he used his records to estimate emissions from the 13,000 vehicles tabulated by an automated counter each day. In the end, he determined that in 2004, Aspen was responsible for more than 840,000 tons of carbon emissions—"roughly equivalent to a large, diesel-powered aircraft carrier running flank speed at all times." This and subsequent reports enabled the city to reduce its emissions despite a growing population and economy.

The carbon ripples
Aspen was an early test of Heede's ability to gather information and see beyond obvious boundaries—the invisible ripples from every project that affect the infinitely interconnected atmosphere. In the early 2000s, for example, an Australian firm proposed building a liquefied natural gas terminal off the California coast. It seemed a good way to transition to a low-carbon "bridge" fuel. But, Heede says, "They hadn't done any work on life cycle emissions." When he tallied all the direct and indirect emissions—from the gas extraction in Australia to distribution in California—he found that the project would have produced nearly a third more carbon than anticipated. His analysis helped persuade California officials to vote it down.
Later, he tackled targets that produce bigger but more diffuse ripples. Several U.S. cities and environmental groups were suing the Export-Import Bank of the United States and the Overseas Private Investment Corporation, alleging the institutions were financing projects that would damage Earth's climate. The plaintiffs retained Heede to analyze the carbon emissions resulting from the banks' loans and investments around the world, from a gas project in Central Africa to a coal mine in Poland. He found that the projects were directly and indirectly emitting nearly 2 billion metric tons of CO2 per year—almost 8% of the world's emissions. The plaintiffs won: The banks agreed to conduct environmental impact statements, create carbon-sensitive policies, and increase their financing of renewable energy projects.
Meanwhile, a new idea was coalescing in the environmental law community. For years, attorneys had litigated so-called environmental justice cases to redress the fact that poor people disproportionately suffer from pollution. By the early 2000s, it was becoming clear that the poor will also face the heaviest impacts of climate change. But how do you structure a liability case when the entire world takes part in the carbon economy? Can a Pacific Islander whose town has been flooded sue 7 billion people? Searching for more specific culprits, Peter Roderick, head of the Climate Justice Programme for Greenpeace International in London, commissioned Heede to study ExxonMobil and quantify total greenhouse emissions across its history.
Frankly, we're all the users and therefore we're all guilty.
David Victor, University of California, San Diego
He would have to follow a tangled corporate path. Founded as Standard Oil by John D. Rockefeller in 1870, the company became one of the world's largest multinationals until 1911, when the Supreme Court split it into several "baby Standards." Decades later, two of the largest of those firms merged to form ExxonMobil. Heede tracked down production figures in annual reports scattered among university archives on two continents, supplemented by court documents, news reports, and academic and industry papers. Then he converted production volumes to CO2 and methane. He included direct emissions, for instance from the fuels used to run the company's operations, and indirect emissions released by the combustion of its products.
After 15 months of research, Heede concluded that ExxonMobil and its precursors had directly or indirectly emitted 20.3 billion metric tons of CO2 and 199 million metric tons of methane. Friends of the Earth calculated that the quantity represented between 4.7% and 5.3% of humanity's industrial greenhouse gas emissions since 1882.
"I thought, 'This is exactly the kind of thing I had in mind,'" Roderick recalls. "But I knew it was just a small part of the big picture."

The major league
Roderick commissioned Heede to look at the entire fossil fuel industry. To make the project manageable, they limited it to companies that produced at least 8 million tons of carbon per year, the so-called "carbon majors." The research took 8 years. Money from the original grant ran out, and after the crash of 2008 Heede's consulting business collapsed. He maxed out his credit card, borrowed against his Colorado house, and scraped by, enlisting graduate students in several countries to photocopy and send him papers, which he checked and double-checked with a watchmaker's precision. He filled shelves with binders of information and spent thousands of hours entering it into spreadsheets, working alone, often until midnight. "I take pleasure in that kind of stuff," Heede says. "I like to pay attention to detail."
Sitting at dual monitors in the captain's cabin of his houseboat, Heede takes me on a tour of his data set, a seemingly endless series of color-coded and cross-indexed spreadsheets. Each sheet lists hundreds of entries, with columns showing the year and total production volumes for products such as crude oil, natural gas, and varieties of coal. Clicking on a company's name opens additional spreadsheets with the company's year-by-year production, plus screenshots of its annual reports for verification. Color-coded flowcharts display the evolution of companies as they separated or merged. The flowcharts from Russia are particularly ornate, as they incorporate the transformation of companies after the fall of the Soviet Union. (Heede got production data for the Soviet companies from Central Intelligence Agency analyses and the International Energy Agency.) Detailed annotations reveal his methods and calculations. The structure of these charts, so layered and interlocking, seems almost medieval in its complexity, and Heede seems monklike in his devotion to compiling it.
The result, peer reviewed and published in Climatic Change, showed that just 90 companies contributed 63% of the greenhouse gases emitted globally between 1751 and 2010. Half of those emissions took place after 1988—the year James Hansen of NASA testified to Congress that there was no longer any doubt that global warming had begun.
The data "just blew me away," says Naomi Oreskes, a science historian at Harvard University and co-author of the book Merchants of Doubt, which compares the fossil fuel industry to the tobacco industry in its efforts to raise doubts about science. "Everyone talks about this as a problem since the Industrial Revolution, but I now think that's incorrect," she says. Heede has shown that the roots of the problem are more recent and easier to trace. In 2011, Oreskes joined Heede in creating the Climate Accountability Institute, a nonprofit devoted to quantifying the contribution of fossil fuel companies to climate change and investigating their alleged attempts to obfuscate the science.

Sharing the blame
Other people criticize the work as oversimplified and naïve. David Victor, a political scientist and energy policy specialist at UC San Diego and a co-author of the 2015 Intergovernmental Panel on Climate Change report, doesn't question Heede's numbers but says his approach is wrongheaded. "It's part of a larger narrative of trying to create villains; to draw lines between producers as responsible for the problem and everyone else as victims. Frankly, we're all the users and therefore we're all guilty. To create a narrative that involves corporate guilt as opposed to problem-solving is not going to solve anything."
Heede concedes that the responsibility is shared. "I as a consumer bear some responsibility for my own car, etcetera. But we're living an illusion if we think we're making choices, because the infrastructure pretty much makes those choices for us." He focused on fossil fuel companies, he says, because unlike industries that produce greenhouse gases as a byproduct (such as the automobile industry, which has adhered to increasingly strict mileage standards), the mission of fossil fuel companies is to pull carbon out of the ground and put it into commerce.
His data, together with an emerging line of research that uses computer models to discern how likely it is that a given storm, flood, or heat wave was related to human-caused emissions, are now driving efforts to allocate responsibility for climate change. Last year, for instance, several nongovernmental organizations in the Philippines filed a petition with that nation's Commission on Human Rights. It asks the "carbon majors" to take remedial actions on behalf of typhoon survivors in the islands, which suffer devastating storms that may have worsened as a result of climate change. "Heede's report is one of the bedrock pieces of science and research that helped form our campaign," says Kristin Casper, litigation counsel for Greenpeace's Global Climate Justice and Liability Project in Toronto, Canada. In late July, the commission sent orders to 47 of the world's largest investor-owned fossil fuel companies, asking them to respond to the human rights charges in the petition. Similar actions and lawsuits are proceeding in several other countries.
Now, Heede is extending his carbon accounting into the future, quantifying the potential carbon release from future fossil fuel exploration. Like the other recipients of Representative Smith's subpoena, he has no intention of complying with what he calls a "campaign to intimidate us and stop scientific research." At the same time, he confesses an admiration for the fossil fuel industry, which has made "fantastic efforts to find resources for the betterment of humanity," often in the harshest environments. They've done such a good job that we haven't paused to reflect on the unintended consequences, he says. "And now we have to cope with the result."

*Douglas Starr is co-director of the Boston University Science Journalism Program

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Climate Change Predicted To Halve Coffee-Growing Area That Supports 120m People

The Guardian

More than 120 million of the world's poorest depend on the coffee economy, a report says, and their livelihoods are already suffering from temperature rises
A coffee picker carries sacks of coffee cherries at a plantation in the Nogales farm in Jinotega, Nicaragua. Scientists think Nicaragua could lose the majority of its coffee-growing areas by 2050. Photograph: Oswaldo Rivas/Reuters
Climate change is going to halve the area suitable for coffee production and impact the livelihoods of more than 120 million of the world's poorest people who rely on the coffee economy, according to a new report by the Climate Institute, commissioned by Fairtrade Australia & New Zealand.
The report findings follow stark warnings by some of the world's biggest coffee producers, including Starbucks and Lavazza, who have said climate change is posing a severe risk to the industry.
Climate change is already impacting coffee crops around the world, according to the report. In Tanzania, where 2.4 million people's livelihoods rely on coffee, production has fallen by about 137kg per hectare for every 1C rise in the minimum temperature on farms. Overall there has been a 50% decline there since the 1960s.
Extreme temperatures and unusual high-altitude rains have also sparked costly waves of pests and disease through coffee farms. In 2012, coffee leaf rust affected half of the coffee across Central America – some producers in Guatemala lost up to 85% of their crop.
In 2012-13 the damage in Central America amounted to about US$500m and put 350,000 people out of work.
How climate change will impact coffee growers in coming decades will vary by region. Scientists think Nicaragua could lose the majority of its coffee-growing areas by 2050, and in Tanzania, coffee yields were projected to reach "critically low levels" by 2060.
By 2080, scientists think wild coffee, which is important for genetic diversity of farmed coffee, could be extinct.
For consumers of coffee, all of this will impact flavour, aroma and price, the report said.
Some large coffee producers have been warning the world about the impacts of climate change. In 2015, Mario Cerutti from Lavazza told a conference: "We have a cloud hovering over our head. It's dramatically serious. Climate change can have a significant adverse effect in the short term. It's no longer about the future; it's the present."
And in 2011, Jim Hanna, director of environmental affairs at Starbucks told the Guardian that climate change is a "potentially significant risk to our supply chain".
"If we sit by and wait until the impacts of climate change are so severe that is impacting our supply chain then that puts us at a greater risk," he said.
Since most coffee growers are poor smallholders, their ability to adapt to climate change on their own is limited.
To adapt, coffee farmers could move to higher ground or away from the equator. But since coffee plants take several years to become productive, that would often be impossible without assistance. Other strategies involve developing more resilient production systems and diversifying crops, which also require support.
"There are things we coffee drinkers can do to assist," said John Connor, the chief executive of the Climate Institute.
Connor said consumers should only buy brands that "provide a fair return to farmers and their communities while helping to build their capacity to adapt to climate change".
Fairtrade, which commissioned the report, said its "Fairtrade Climate Neutral Coffee" did that. And in 2010, several big coffee companies set up the "initiative for coffee and climate" which seeks to help farmers respond to climate change.

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29/08/2016

Climate Sceptic MP Appointed Chair Of Environment And Energy Committee

The Guardian

Liberal Craig Kelly will lead backbench committee that provides advice and feedback on legislation and policies
Liberal member for Hughes Craig Kelly with Tony Abbott during question time in 2015. Kelly has been appointed chairman of the environment and energy committee. Photograph: Mick Tsikas/AAP
The climate sceptic Liberal MP Craig Kelly has been appointed chairman of the backbench environment and energy committee, with National party MP Kevin Hogan as secretary.
The committee will provide feedback on legislation and policies relating to the environment and energy, including to the minister, Josh Frydenberg.
Kelly served on the committee during the last parliament and previously invited climate sceptics to “balance” a presentation given by top climate scientists.
He has been writing on the issue for a number of years, noting that the convicts found it hotter in the 1700s.
“But I wonder if any of these people actually knew that Sydney’s so-called ‘record hot day’ on Tuesday 8th Jan this year [2013], that had them screaming “Global Warming”, was actually COOLER than the weather experienced by the convicts of the First Fleet in Sydney way back in the summer of 1790/91?” Kelly wrote.
He wrote on his Facebook page during the election campaign: “And with freezing temperatures and even snow forecast for Melbourne’s outskirts and in parts of New South Wales, I hope many of the warmists haven’t sold their coats.”
Hogan holds the marginal seat of Page on the New South Wales north coast. He has opposed coal seam gas development in his area.
The appointments were part of the political housekeeping required by the return of parliament after the election. The Coalition party room elected all the backbench committees and those with legislation to scrutinise met immediately to consider the bills.
Flanked by the deputy prime minister, Barnaby Joyce, and the deputy Liberal leader, Julie Bishop, Malcolm Turnbull addressed the joint party room when it reconvened after lunch for another meeting to consider policy issues such as the contentious superannuation changes.
West Australian Liberal Nola Marino has been reappointed as chief government whip along with South Australian Liberal Rowan Ramsey and Queensland Liberal Bert van Manen. Ramsey and van Manen replace Queensland Liberal Ewen Jones and Tasmanian Liberal Brett Whiteley, both of whom lost their seats in the election.

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A Massive Crack Is Threatening To Cause An Entire Antarctic Ice Shelf To Collapse

ScienceAlert - Bec Crew

An iceberg the size of Delaware is about to break free.
Larsen B ice shelf. Credit: Armin Rose/Shutterstock
Scientists have been monitoring a fracture in one of the world’s biggest ice shelves, and report that in the last five months alone, it’s grown an extra 22 kilometres (13.67 miles) in length, and now stretches for a total of 130 km (80 miles).
It’s now only a matter of time before a massive chunk of this Antarctic ice shelf - known as Larsen C - breaks free, and then we’ll have the third largest loss of Antarctic ice in recorded history on our hands.
Located on the coast of the Antarctic Peninsula, the Larsen ice shelf is split up into three smaller ice shelves - Larsen A, B, and C. Larsen A and B have already experienced massive declines over the past two decades, and now Larsen C, the biggest of them all, is in a world of trouble itself.
Researchers from Project MIDAS, a British Antarctic Survey that involves teams from several UK universities, report that around 12 percent of the entire Larsen C ice shelf is expected to break off, leaving the exposed ice front at its most retreated position ever.
"Computer modelling suggests that the remaining ice could become unstable, and that Larsen C may follow the example of its neighbour Larsen B, which disintegrated in 2002 following a similar rift-induced calving event," they report in a blog post.
What’s left of the Larsen B ice shelf is widely considered to be on borrowed time, having lost a chunk of ice the size of Rhode Island back in 2002. Remember this?
Larsen B ice shelf loss in 2002. Credit: NASA Goddard Space Flight Centre
It now covers an area of 1,600 square kilometres (625 square miles), and is expected to disintegrate by the end of the decade. That’s pretty devastating, when you consider that Larsen B has been stable for at least the past 12,000 years.
The Larsen A ice shelf disintegrated in January 1995, and now Larsen C looks like it’s on its way out too.
Just to give you an idea of how much ice we’re talking about here, Larsen C covers around 55,000 square km (21,235 square miles). That’s 10 times the size of Larsen B, and about half the size of Iceland.
Last year, the MIDAS team published a study in the journal Cryosphere describing how Larsen C is currently melting from the surface and the base, and now its gigantic fracture is cracking at a rate no one could have predicted.
Once the outer edge breaks free, researchers are predicting an iceberg measuring about 6,000 square kilometres (2,316 square miles) - close to the size of Delaware - will fall off into the ocean.
"If this will calve off in the next, say two or three years, the calving front will be retreated very far back, further than we’ve seen it since we were able to monitor this," one of the team, Daniela Jansen from the Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research in Germany, told Chris Mooney at The Washington Post.
"And our theory in this paper was basically that the calving front might become unstable. Once the iceberg has calved off completely, there might be a tendency for the ice front to crumble backwards."
IMAGE
Just to add to Larsen C’s woes, a separate study published in Nature Communications in June found that meltponds have been forming on the surface - something that’s just recently been found by the thousands on the Langhovde Glacier in East Antarctica.
This will only serve to accelerate the disintegration process.
If Larsen C did end up losing all its ice, scientists have predicted that this could raise global sea levels by around 10 cm (3.9 inches).
But let’s not get ahead of ourselves here. As Mooney points out, a large loss of ice from Larsen C won’t necessarily be a terrible thing for the world’s oceans - not immediately, at least.
"A study earlier this year in Nature Climate Change looked at ice shelves around Antarctica to determine how much area they could lose without ceasing to form their crucial function of buttressing glaciers and holding them back, and found that Larsen C actually has a lot of 'passive' ice that it can lose without major consequences," he says.
The MIDAS team isn’t as optimistic, so unfortunately, we’re left to wait and see when this massive chunk will break off, and what the consequences will be for life on Earth. Watch this space.

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