Monthly Archives: August 2019

Truss on Trump-style deregulation

Liz Truss met with US pressure groups to discuss weakening regulations in ‘off the record’ meetings last September, according to official documents obtained by Greenpeace’s investigative journalism arm Unearthed. 

Truss, then chief secretary to the Treasury, discussed Trump’s efforts to slash regulations with senior representatives of the Heritage Foundation and the Competitive Enterprise Institute (CEI) to discuss “regulatory reform,” the documents reveal. 

The Heritage Foundation has an agenda of decreasing spending on social issues, while increasing that on the military, alongside deregulation. It is widely acknowledged to be the driving force behind Trump’s deregulatory agenda. Truss sought to learn whether such policies could benefit the UK.

Deregulation

Last year, Unearthed revealed that the Heritage Foundation and CEI – together with the Cato Institute, which Truss also met with during her trip – were part of a transatlantic coalition of libertarian think tanks seeking to influence a US-UK trade deal. The IEA and the Adam Smith Institute were also part of the project.

Truss is now trade secretary and responsible for negotiating a trade deal with the US, and will visit Washington DC later this month to recommence talks. 

Unearthed has previously revealed that US agricultural lobbyists want Trump to make any trade deal contingent on the UK ditching EU rules governing pesticides, genetically modified crops, and accepting imports of chlorinated chicken and hormone-reared beef. 

The government under Theresa May repeatedly insisted that standards would not be lowered in a trade deal with the US, but new prime minister Boris Johnson has appointed a number of pro-deregulation Conservative MPs to senior cabinet positions. 

A spokesperson for the Department for International Trade told Unearthed that the government was committed to negotiating an “ambitious” free trade agreement with the US that supports jobs throughout the UK. “Without exception, imports into the UK will meet our stringent food safety and animal welfare standards. That’s not going to change,” he added.

This Author

Catherine Early is a freelance environmental journalist and chief reporter for the Ecologist. She can be found tweeting at @Cat_Early76.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

High ocean temperature shocks ‘more frequent’

Unusually high ocean temperatures are occurring more frequently than researchers previously thought, a new study suggests.

The warming events, including marine heatwaves, are disrupting marine ecosystems and the people who rely on them, scientists say.

They examined 65 large marine ecosystems from 1854-2018 to identify the frequency of surprising ocean temperatures.

Warming

This was defined as an annual mean temperature two standard deviations above the mean of the previous three decades.

The “surprises” were noted all over the world, including the Arctic, North Atlantic, eastern Pacific, and off of Australia. Researchers also found that the warming events occurred at nearly double the rate they expected.

Dr Andrew Pershing, chief scientific officer at the Gulf of Maine Research Institute, said: “Across the 65 ecosystems we examined, we expected about six or seven of them would experience these ‘surprises’ each year.

“Instead, we’ve seen an average of 12 ecosystems experiencing these warming events each year over the past seven years, including a high of 23 ‘surprises’ in 2016.”

Scientists also looked at the effect of the warming on sea life and human communities.

Trends

In natural communities like coral reefs, fish, and plankton, new species that prefer warmer conditions can often replace cold-loving species that suffer when an ecosystem warms.

While the changeover of species should be able to keep pace in gradually warming conditions, in ecosystems that are experiencing change much faster they are expected to suffer reductions in both biomass and diversity.

An increase in ocean “surprises” also affects humans, the study published in Proceedings Of The National Academy Of Sciences observed.

According to the study, as the planet continues to warm, ecosystems and human communities will adapt to the changing conditions.

However, scientists say it is unclear whether such adjustments will keep pace as the climate trends accelerate.

This Author

Nina Massey is the PA science correspondent.

Basking sharks caught on underwater camera

An autonomous “SharkCam” has been used in the UK for the first time as part of efforts to reveal the secret lives of basking sharks.

Scientists have now began tagging the sharks around the Inner Hebrides so an autonomous underwater vehicle (AUV) can follow them below the surface of the water.

Little is known about the world’s second largest fish – despite being prevalent in the waters off the west coast of Scotland.

Habitat

Researchers hope the groundbreaking technology will uncover more about their underwater behaviour, social interactions, group behaviour and courtship of the species.

Suzanne Henderson, marine policy officer at Scottish Natural Heritage (SNH), said: “These giant fish are spectacular and watching them feed gracefully at the sea surface is such a special and memorable experience.

“This year’s collaboration has allowed us to use a combination of camera technologies and given us a glimpse of basking sharks’ underwater behaviour – a real first and very exciting.

“The footage has already made us reassess their behaviour, with the sharks appearing to spend much more time swimming just above the seabed than we previously thought.

Ecosystems

“It really brings home why it’s so important that the species and its habitat are protected by designating the Sea of the Hebrides as a marine protected area (MPA).”

The REMUS SharkCam technology collects high-quality data and wide angle high-definition video of their behaviour from a distance by following the tagged fish.

Initial footage from the AUV deployed off the coast of Coll and Tiree in July shows the sharks moving through the water column, potentially searching for food, feeding near the surface and swimming close to the seabed.

Fieldwork took place in the proposed Sea of the Hebrides MPA – one of four possible protected areas currently under consultation by the Scottish Government.

MPAs are specially designated and managed to protect marine ecosystems, habitats and species. It is suspected that basking sharks may even breed in Scotland – an event that has never before been captured on film.

Collaboration

The Inner Hebridean area is one of only a few areas worldwide where large numbers of basking sharks are found feeding in the surface waters each year.

Jenny Oates, of WWF, said: “Our seas and coasts are home to some incredible wildlife.

“As our oceans come under increasing pressure, innovative technology like the REMUS SharkCam Robot can reveal our underwater world like never before and help to show why it must be protected.

“It is essential that we safeguard our seas, not just to enable magnificent species like basking sharks to thrive, but because all life on earth depends on our oceans.”

The project has been carried out by a collaboration of bodies including SNH, WWF and the University of Exeter.

This Author

Conor Riordan is a reporter with PA Scotland.

Basic income and a global commons

Extinction Rebellion (XR) is demanding that the UK reduce carbon emissions to net zero by 2025. This is reasonable, but if we’re going to get there so quickly we need to be talking right now about how we can achieve this.

XR is perhaps wise to avoid making detailed proposals – any specifics risk splitting the movement over the fine detail. Better to leave it to their third demand – a Citizen’s Assembly. 

Drastic reductions in fossil fuel use are, to many, a frightening prospect. Jacob Rees-Mogg suggests that XR want to take us back to living in caves; others indicate that taxing carbon is dangerous – it was the catalyst for the Gilets Jaunes protests in France. 

Fee and dividend

There is no doubt that carbon neutrality will entail significant adjustments to our ways of living, but there could be a major silver lining.

One key mechanism on the table – Carbon Fee and Dividend – could drastically cut emissions while creating positive social impacts. It is being seriously considered in Ireland and Canada, and is supported by the Citizen’s Climate Lobby in the USA.

A statement published in the Wall Street Journal in January 2019 calling for a carbon tax and dividend (another name for the same idea) has been signed by 3,000 American economists.

The basics of Fee and Dividend are simple. Carbon extraction becomes chargeable, and the money raised is returned to the population as a cash grant or regular basic income.

Some schemes propose using a carbon cap alongside the fee, so that total emissions can be directly controlled without relying on price rises to curtail demand. 

Perverse incentives

There remains, however, a major fly in the ointment if this process happens only at the national level. Applying carbon fees on a country by country basis would require border checks on all fossil fuels, to assess the level of carbon fee that has been paid in the fuel’s country of origin and to charge an appropriate ‘Border Carbon Adjustment’ to ensure the fee is brought to the same level as that paid in the importing country.

This becomes even more complex when applied to goods like steel and fertilisers that require heavy fossil fuel use in their production, and it could stray into the absurd if attempting to account for the embodied carbon content of all imports.

A whole new professional field of carbon accountancy would be required, as we attempt to calculate the footprint of every imported good, from petrol and cement, to Colombian roses and Kenyan green beans. Carbon fee avoidance schemes and ‘carbon havens’ may even arise, in a sad 21st century mirroring of today’s tax havens. 

Finally, and disastrously, the carbon dividend money would end up in the countries that extract and import the most fossil fuels. These high-polluting nations and citizens are the ones that least need or deserve these revenues.

Such a scheme would create perverse incentives for people to continue polluting, as doing so would boost basic income payments. 

Global response

Climate change is a global problem and it requires a global response. A far simpler and more globally just solution would be to apply the Carbon Fee and Dividend system at the global level, so carbon can be both capped and taxed at source, and the dividends distributed fairly to people worldwide.   

This has the unusual merit of being relatively easy to enforce. Just 100 companies produce 71 percent of all carbon extracted. A scheme could be introduced immediately, whereby these companies are required to buy a licence for every tonne of carbon they produce.

For this to be achieved it would need the leadership of just two countries, the USA and the UK, as this is where the majority of fossil fuel firms are registered. Convincing the Russians and others to get on board may be tricky at first, but international pressure and trade sanctions could be ramped up to make any exceptions difficult to sustain.

The enormous sums of money that would be raised by a carbon fee should be given back to the all the world’s people as a dividend. Rather than benefiting people in polluting countries, those with a low carbon footprint – the poor – would benefit the most. 

To make the scheme successful, we must charge the right price for carbon. The IMF recently concluded that to keep global temperature rises to 2°C we would need to implement a carbon price of at least $70 per tonne. This compares to the average $2 per tonne carbon price that is charged in current emissions-trading schemes according to the IMF.

Basic income

A 2°C temperature rise is still much too high if we are to contain the worst extremes of climate change, so a strict cap and probably a higher carbon price will be necessary.

Nevertheless, for now we will base our calculations on the IMF recommendation. If we assume the carbon cap starts at this level then decreases by 15 percent (of today’s output) every year for five years, this would bring us to 25 percent of today’s carbon emissions by 2025.

Let’s assume we raise the carbon price by 15 percent of the original each year, starting at the IMF recommendation of $70. This scheme would raise $2.5 trillion in the first year which is enough for $28 a month in basic income for every woman, man and child on the planet. Over five years the reduction in carbon extraction mandated by the cap gradually reduces the dividend to $12.25.

Transfers at this level seem small to people in richer countries. Those lucky enough to find this amount underwhelming could either not apply to receive it, or could see it as a small compensation for the changes in lifestyle they will have to undergo as part of the transition to a low carbon economy. This might include retraining or driving less, though living in a cave will, happily, not be required.

The dividend could help to neutralise the sense of grievance that generated the Gilets Jaunes protests. 

Global commons

Most people in the Global South would find a dividend at this level transformative. Considering that it would be received by every member of a family including children, this would be a significant income boost that would end the worst extremes of poverty and open up new life opportunities.  Most importantly, it would give us all a fair share in the revenues from our global commons.

Although the fee would rise as the cap reduces, the scheme inevitably raises far less money for a carbon dividend once the cap begins to bite. It could even reduce to zero if we end all carbon extraction.

What happens then to the monthly dividends we have all been enjoying? At this point, we have a choice. We can allow them to fade out, and remember them as a brief but helpful boost for global equality.

Alternatively we could expand the scheme to incorporate new revenue streams deriving from the global commons, and turn it into a true world basic income. 

There are plenty of global common spaces as well as our atmosphere – such as the oceans, international airspace, and the satellite zone. Other spaces, such as the land and mineral beds, were once commons and we could choose to treat them as such for taxation purposes.

Profitable use of these common spaces and resources could be made chargeable, thereby generating rents for the people that could be distributed as world basic income. These spaces would benefit from the protection that use-taxes would bring, just as the atmosphere would be improved through the Carbon Fee. 

Historical wealth 

Through this scheme, private land ownership, aviation, shipping and deep sea mining could all be taxed. Radio frequencies (used for GPS, TV and many other uses beyond radio programming) and satellite space could be rented out on behalf of the world’s people rather than given to corporations for free.

The data we all generate that has enriched Google, Facebook, Amazon and Apple could be taxed, with money added to the collective pot.

Financial transactions (which are profitable thanks only to our common monetary system) and intellectual property (which is generated through use of historic common knowledge) could also provide a rich source of revenues.

Significant historical wealth could be returned to the people in common rather than retained through inheritance.

In these ways, and even without the carbon dividend, we could easily set up revenue streams that would generate $50 a month for every person worldwide. In time, as more commons resources are covered, this could rise to several hundred dollars a month. 

Astonishing potential

These proposals are radical, but we live in incredible times.

The risk of catastrophic climate change forces us to think big. If we are to achieve climate justice, rather than just climate action, we need responses that consider and respond to economic inequalities. 

The Carbon Fee and Dividend is one such response, that has the astonishing potential to drive us briskly towards net zero while temporarily ending extreme poverty. By establishing the principle that the earth is a global commons, the Carbon Fee and Dividend would also lay the groundwork for a wider transformation in our thinking.

As its economic benefits dry up, we could use its infrastructure and the shift in thinking to kickstart a worldwide basic income that would give us all a fair share of common wealth in perpetuity.

In this way, Carbon Fee and Dividend represents a practical solution to our most pressing human problems. It could transform our current crisis into an opportunity to embrace our common heritage and march forward towards real global justice.

This Author

Laura Bannister and Paul Harnett are co-directors of World Basic IncomeLaura is a researcher and global justice campaigner, specialising in basic income, sustainability and trade policy. Paul is a development economist who works for governments around the world. 

Image: UN Women, Climate Visuals.

The future of Poland’s ‘last coal plant’

The future of Poland’s ‘last coal plant’, Ostrołęka C, hangs in the balance following a court ruling.

The District Court in Poznań held that the company resolution authorising construction of the €1.2bn, 1GW coal-fired power plant, a joint venture between two Polish energy companies, Enea and Energa, was legally invalid.

This should prompt a major rethink by the companies and their boards, and could spell the end for the costly project, which still lacks over PLN 3 billion in necessary financing.

Excellent result

The ruling represents a major step in the shareholder lawsuit, the first of its kind, brought by ClientEarth.

Peter Barnett, a ClientEarth lawyer, said: “This is an excellent result for Enea’s shareholders and for the climate. The plant is a stranded asset in the making, facing clear and well-documented financial risks.

“Companies and their directors are legally responsible for managing climate-related risks and face potential liability if they fail to do so. Enea and Energa should lay this project to rest before it incurs any further costs to the companies and their shareholders.”

ClientEarth brought the legal case against Enea over the Ostrołęka C project in October 2018, based on evidence that it poses unjustifiable financial risk to shareholders.

Polish energy market experts had long raised questions over the plant’s economic viability and failure to secure financing. The €1 trillion global asset manager Legal & General Investment Management, which is invested in both Enea and Energa, expressed “serious concerns” about the project and has written to the two companies with four other major institutional investors.

Unnecessary burden

The plant is exposed to the risks posed by the plummeting cost of renewables and rising carbon prices. Since late 2016, when the plans for the plant’s construction were resumed, EU carbon prices have soared fourfold from below €6 to nearly €30 per tonne

At Enea’s joint venture partner Energa’s latest general meeting on 25 June 2019, shareholders further interrogated the economic viability of the project. Despite maintaining that it is viable, Energa admitted that “the scale of the investment poses a significant challenge to the closure of its financing”.

The company also confirmed concerns about delays, indicating that Ostrołęka C will face at least eight months of financial penalties for failing to deliver electricity it has committed to under the Polish capacity market – where a major share of its expected income comes from.

While the case has been ongoing, key players in the Polish energy industry, including Tauron and PGE, have been looking into alternative and cheaper avenues of producing energy – like wind power.

Head of ClientEarth Poland Marcin Stoczkiewicz said: “This is a clear signal and major opportunity for the companies, and for the industry at large. Pursuing this project puts an unnecessary burden on the state and taxpayers and is in no way necessary for national energy security.

“Enea and Energa need to look at what the future of energy is in Poland. There is vast employment potential in cheaper, domestic renewables.”

This Author

Brendan Montague is editor of The Ecologist. This article is based on a press release from ClientEarth.