The European gas emergency plan comes into force today. The EU member states aim to cut gas consumption by at least 15 percent between August and March of next year – voluntarily at first and mandatorily in the event of a Union-wide alert. This is meant to be a signal to the Kremlin, even if the majority of member states have negotiated exceptions. To reach the 15 percent target, Germany would have to reduce its gas consumption by about 10 billion cubic meters.
But despite Germany’s heavy dependence on Russian gas, a gas emergency in Germany is avoidable, even if no more Russian gas were to flow, as concluded in a recent model calculation by the Federal Network Agency. Read more about this in the News.
Who will succeed Klaus Welle? After 13 years as Secretary General of the European Parliament, Welle has announced his retirement in the coming year, and the competition for the upcoming vacancy is fierce. Five candidates have applied, but one particular – yet controversial – candidate stands out among the rest, as Markus Grabitz reports.
Farmers should work their soils in a way that increases the amount of CO2 it can hold – that is the idea behind carbon farming. To incentivize this, farmers could receive financial subsidies based on certificate trading. Is this an impactful climate protection measure or just greenwashing? And how do we measure CO2 reduction in the soil? This was the core topic of Timo Landenberger‘s interview with Georg Goeres, the European Managing Director of Indigo Agriculture. The US company has already sold its first certificates on the growing Voluntary Carbon Market in the US, and now wants to launch in Europe.
The “yellow vests” as a cautionary tale: A contemporary climate policy should not limit its focus to the climate and the economy but should also consider the population’s social needs, as Avram Alpert and Dennis J. Snower detail in today’s Opinion. In their view, this is achievable by the Climate Club proposed by German Chancellor Olaf Scholz – provided that it is implemented properly.
After 13 years, the European Parliament will have a new Secretary General next year. The incumbent Klaus Welle, a native of Westphalia with a CDU party membership book, who observers attest great merit for the parliament regardless of party affiliation, has announced his retirement for the beginning of 2023. In the ongoing hard-fought process to fill his post, Parliament President Roberta Metsola and the European Parliament are at risk of being damaged.
The deadline for applications for the post of head of administration, which is located at AD 15 on the EU internal grade level and receives a basic salary of €19,958 per month, was August 1. According to information available to Europe.Table, five applicants submitted their applications. Among them is reportedly an external application, for which it is still being clarified whether it is admissible. The call for applications had been addressed to “interested civil servants”.
However, four candidates are definitely in the running. Among them are three directors-general from the EU Parliament administration: Agnieszka Walter-Drop of Poland, responsible for conference services (DG LINC), Leena Maria Linnus of Finland, in charge of the Parliament’s real estate (DG INLO), and Jaume Duch Guillot of Spain, head of the communications department (DG COMM). In addition, the Italian Alessandro Chiocchetti, office manager of Parliament President Metsola and grouped in the parliamentary hierarchy as a director one step below the directors general, has also applied.
Welle’s deputy, Markus Winkler – a former close associate of Martin Schulz (SPD) – has not submitted an application. It is not known from whom the external application comes.
Candidates applied with a letter of motivation and their CV for the position, where you coordinate over 8,100 employees. The procedure: Actually, a panel of five directors-general would now conduct interviews with the applicants and then propose the three best-rated candidates to the parliamentary board for a final decision. But in parliamentary circles, it is suspected that the interviews at the director-general level will not take place at all. It is said that it would be strange if directors-general were to prepare among themselves the decision on who will be their boss in the future.
Instead, it is expected that Speaker Metsola and her 14 deputies will receive a list of admissible applications during the first week of the session after the summer break. In October, either in the first or second week of the session, the decision will then be made in the Presidium. This will involve Speaker Metsola and the 14 vice presidents.
The four candidates who are known are all considered suitable. They are said to be business fluent in at least three of the EU’s lingua franca. The three directors general have also already proven that they can lead large staffs.
However, Alessandro Chiocchetti is considered the most promising candidate. Metsola would like to elevate her office manager and closest colleague to the post. Whether she will follow through with her wish remains to be seen. According to reports, Metsola, who belongs to the Christian Democratic party family, has not yet made a final decision.
Personnel decisions of this significance at the EU level are often complicated. Usually, packages are “put together” that contain other decisions in addition to the post that is actually at stake. This time, a decision about a property in the vicinity of the Strasbourg European Parliament is also involved, at least indirectly. A package solution is usually used to organize the necessary support from other party families.
In the case of the Welle succession, the package could provide for the Christian Democratic EPP to bring Chiocchetti through as Secretary General and for a castling at the director-general level, from which the Left Group (GUE) as well as the Conservative Group (ECR) would also benefit. For this purpose, another Directorate General is to be newly established – it would be the 13th organizational unit in the Parliament’s organizational chart.
The Liberals (Renew) are said to be involved via the property. The French government in the Élysée Palace has a strong influence on the Renew Group. And so it happens that Renew primarily wants to strengthen Strasbourg as the headquarters of the European Parliament in the course of the personnel decision. It is unclear whether the Social Democrats (S&D) will join in the package and what they hope to achieve.
Now there is not only criticism concerning a potential “package”. Chiocchetti’s integrity is also being questioned. The 53-year-old worked as an assistant in the EU Parliament for the MEP and Berlusconi intimate Marcello Dell’ Utri almost 20 years ago, they say. Dell’ Utri served several years in prison for mafia contacts. He was acquitted last year in a spectacular trial in which he was accused of negotiating with the mafia on Berlusconi’s behalf.
The fact that Chiocchetti is not yet director general does not disqualify him as a candidate for the post of head of administration, according to parliamentary circles. It has already happened in the past that a director immediately rises to the post of Secretary General. To prevent criticism here, the Welle successor was also not advertised as an AD-16 position, as the German has, but one step lower at the AD-15 grade.
Observers report that package solutions have been common practice in parliament for many years. The critical point is that other factors always play a role in filling a position than the applicant’s qualifications alone. Moreover, package solutions have contributed to the enormous increase in the number of top positions in the EU Parliament over the years.
By switching to carbon farming practices, agriculture is expected to increase CO2 storage in the soil and thus contribute more to climate goals. In return, farmers could tap into a new source of revenue through certificate trading. At least if it’s up to companies like Indigo Agriculture, which has already sold its first certificates on the growing Voluntary Carbon Market in the US. Now Indigo is also waiting in the wings in Europe, where the right legal framework is still being worked out.
Mr. Goeres, critics say carbon farming is primarily a new way of greenwashing for CO2-intensive industries. What do you say?
Carbon farming is first and foremost about sequestering CO2 in the soil and avoiding other gases in cultivation, so it is something good for the environment and a contribution to achieving climate targets. We want agriculture to be part of the solution in climate policy and also for the private sector to help finance that, not just the taxpayer paying for it. Most of the big companies now have sustainability strategies. And many already want to invest in high-quality carbon credits that are certified and where they know that the climate performance has been delivered. I don’t see that as greenwashing. After all, that doesn’t take away from the companies’ obligation to reduce their own emissions.
Yet agriculture itself is one of the biggest emitters. In Germany alone, the sector is responsible for over 60 million metric tons of greenhouse gases per year, not including energy consumption. This contrasts with estimates of five to 15 million tons that can be recaptured through carbon farming. This imbalance makes it clear that sinks in a climate-neutral future will be needed primarily to offset unavoidable residual agricultural emissions.
Farmers can bind CO2. This should be rewarded. We need the land sector as a sink. Without it, climate change cannot be combated, and the neutrality targets cannot be achieved, as the IPCC also says. That’s why I believe we’re better off if we create incentives that encourage as many farmers as possible to improve climate performance as quickly as possible. And here, an additional source of income, for example, through certificates or the cultivation of low-carbon grain, is the better answer than making it a mandatory system. Otherwise, agriculture will have to pay for it itself in the end.
There is a comprehensive framework of rules with the express purpose of leveraging billions in public subsidies to drive things like increased climate protection in agriculture, while at the same time maintaining competition and food security: the Common Agricultural Policy (CAP). In recent years, the money for climate protection has fizzled out more or less ineffectively. What is the argument against earmarking a larger share of it for carbon farming?
One example: In Germany, there is to be €30 per hectare for extended crop rotation. That is good, but still not sufficient. Supplemented with a private carbon farming program, things look quite different. Complementary to the eco-schemes, this would also bring in private money, because CAP budgets are also limited. The interaction between the private and public sectors must be promoted here. The overall package must be attractive enough for farmers to convert their farms and make the necessary investments.
What could measures to convert the farm and increase the CO2 storage capacity of the soils look like?
One possibility is the cultivation of catch crops. Those who use high-quality legumes can significantly increase the storage capacity by building up humus. Some of these catch crops can also be harvested and used as animal feed. It is also important to plow as little as possible because this releases CO2 again. The third point would be the optimal coordination of crop rotations in order to maintain or improve the quality of the soil. In principle, this also includes area grazing with livestock. This helps the soil but is difficult to implement. If only because there are no fences around fields in Germany, for example. And also important: the reduction of synthetic fertilizers.
What is the disadvantage for farmers? In other words, why does it take such high incentives from eco-schemes and certificate trading to take measures that lead to better soil?
First of all, a farm is, of course, a business that is run from an economic point of view. Other equipment is needed for the conversion, for example, to no-till. These investments have to be financed. And if a farm has been run successfully in a certain way for years or decades, such a conversion is not immediately obvious. There are risks, uncertainties, and questions. We have noticed that many farmers are basically open to the idea. But it is a process that needs moderation. Also, the reduction of chemical fertilizers is often equated with a reduction in yield. This can happen in the short term because the changeover does not happen overnight. That’s where carbon farming programs come in. This is where the CAP can provide financial support for conversion, and where certificate trading can provide additional revenue later on.
For this, the CO2 sink power in the soil must be measurable. How does it work?
There are various models for this. One instrument is the evaluation of data based on scientific studies. In other words, how do certain activities, such as special intercropping, affect CO2 sequestration under certain climatic conditions and soil characteristics? The other option is to measure on the ground. Sampling all fields is not feasible because it would incur enormous costs. But pure modeling is also not sufficient to be sure that the effect really occurs. That is why we use a mixture of modeling and sampling of statistically selected fields in our concept, which also reduces the models’ susceptibility to error over the years.
Doesn’t that still leave some loopholes?
Farmers care about the health of their soils and want to do the right thing. They’re not looking for loopholes. And because of the many existing requirements, farmers today already have to record basically everything they do in files. All the documentation is already very comprehensive, especially in Europe. Nevertheless, control mechanisms are provided for safety. Today, satellite images make it very easy to see whether catch crops have actually been planted or whether a field has been plowed. If this does not match the information, the system immediately says: something is wrong.
Now, a subsidence only has a climate-relevant effect if it is as permanent as possible. If the field is plowed up again only after a few decades, CO2 will be released again, and the effect will fizzle out. How can this be avoided?
MRV – Monitoring, Reporting, Verification. All enrolled fields are subject to strict quality control. Changes in the field are detected and reported. And not every certificate is put on the market. About 20 percent is retained by the registry – an independent organization that lists all certificates – as a safety buffer to offset risks and ensure longevity. This builds up a reserve, and if a farmer plows again at some point, the community offsets it. In addition, the allowances are not paid out all at once but spread over a few years. And we fundamentally believe that the healthier soils will benefit farmers in the long term and that the benefits will catch on so that farms won’t even want to go back.
The system is based on the principle of additionality, i.e., additional services are rewarded. Simply put, if a soil has been particularly poor up to now, the potential for improvement and thus the financial incentive is all the higher. Conversely, a farmer who already has healthy soil with plenty of humus can hardly benefit. Sounds pretty unfair for organic farmers who are already actively protecting the environment.
Innovations and financial incentives on the path to low-carbon agriculture are multifaceted and not limited to carbon credits alone. What we want to achieve is the highest possible CO2 sink in the soil. And that won’t work without engaging conventional agriculture. We need to mobilize them. Of course, there should be no shortage of support for organic farming: governmental or private. In our Scope 3 emissions reduction program, investments include food companies that want to minimize CO2 and other greenhouse gases in their value chain. These programs are also open to organic farmers, and they can benefit from them.
Demand is high. Now it’s a question of expanding the supply. Which markets are affected and how does it work?
There is the government-regulated Carbon Market and the Voluntary Carbon Market. We focus on the latter. In their efforts to achieve climate neutrality, companies need reliable solutions for offsetting unavoidable emissions. Reduction alone is not enough. It is important that the high demand is met with quality and that uniform standards apply to carbon credits, such as authenticity, additionality, and long-term validity. This must be reflected accordingly in the price and the appropriate remuneration of farmers.
What role does Indigo Agriculture play in this?
We bring together the various participants and create farmer access to the growing Voluntary Carbon Market. With the independent organization Verra, we have developed a methodology standard that for the first time quantifies and verifies soil-related GHG reduction and carbon sequestration. We support farmers in the program with the conversion, sometimes with specialized partner companies. Then it’s a matter of recording the data, quality assurance, modeling, and external verification and certification by independent bodies. In Europe, that would be Verra. In the USA, we work with the Climate Action Reserve. They give us the certificates and we sell them to the industry and return the revenue to the farmers.
In Brussels, carbon farming is now a much-discussed approach. The EU Commission is working on a regulatory framework for the certification of sink services. What are your expectations?
We welcome the fact that the Commission is addressing this. For the market to work, we need regulatory clarity, trust, and uniform quality standards. It is important to organize the interaction between the public and private sectors and to harness the innovative leap of the international carbon market for European climate targets. This will bring us a significant step closer to the goal of marrying food security with climate protection.
Greek Prime Minister Kyriakos Mitsotakis has rejected any responsibility for the months-long wiretapping of an opposition politician’s cell phone by the Greek Intelligence Service (EYP). “What was done, may have been in accordance with the letter of the law, but it was wrong – I was not aware of it and obviously I would have never allowed it,” the head of government said Monday in a speech broadcast by state broadcaster ERT.
Earlier, Nikos Androulakis, a member of the European Parliament and head of the Greek social democratic party Pasok, filed a complaint against unknown persons on suspicion that his cell phone was being tapped. The investigation revealed that the cell phone had indeed been tapped by the Greek secret service for months. In the wake of the revelations, the head of the intelligence service (EYP), Panagiotis Kontoleon, and the secretary general of the government office, Grigoris Dimitriadis, resigned on Friday.
Head of government Mitsotakis stated that the intelligence service had failed to recognize the political dimension of its actions, even though it had complied with applicable law in doing so. He announced stricter control of the EYP.
The opposition demands a thorough investigation and speaks of Mitsotakis’ personal Watergate. The verdict of the wiretapping victim himself was even more scathing: “With his statement today, the Prime Minister again appeared blameless by adopting the narrative of a “legal error” to justify a criminal act,” Androulakis announced.
Who ordered the wiretapping and why thus remained unanswered. The now resigned head of the secret service Kontoleon is said to have stated on record that he acted at the request of Ukrainian and Armenian authorities who were interested in Androulakis as an EU parliamentarian. Representatives of both countries immediately denied this. dpa/rtr
In the transport sector alone, Europe can save one-third of its oil requirements by 2030, which would be enough to completely end its dependence on Russian oil. This is the finding of a study published yesterday by Transport & Environment (T&E), in which the environmental organization also recommends various measures for reducing oil consumption in the transport sector.
Transport accounts for two-thirds of the EU’s oil demand, according to T&E. The European Commission has decided on an import freeze before the end of the year and a ban on EU ships carrying Russian oil due to the Russian war of aggression on Ukraine. The T&E study assesses how and to what extent the EU can reduce oil demand. It draws on key transport recommendations from the EU’s REpowerEU strategy, presented in May.
Short-term measures that are achievable and easy to implement this year include lowering fuel taxes, aerodynamic equipment on trucks, reducing business flights, and reduced car use. This could reduce oil demand by 38.8 million metric tons of oil equivalent to half of the EU’s Russian imports.
With medium- and long-term measures such as vehicle electrification or ship fuel efficiency, the EU can reduce demand by 111.5 million metric tons of oil equivalent by 2030, according to the study. Overall, the measures can save a total of 34 percent of oil demand in the EU by 2030. leo
The German Federal Network Agency believes it is possible under certain conditions that a gas emergency can be avoided in the coming winter. This is according to the agency’s latest scenario catalog, which was published on Monday.
One variant describes the measures the authority believes are necessary under the assumption that the Nord Stream 1 Baltic Sea pipeline will continue to operate at only 20 percent of its maximum capacity until June 2023, as is currently the case. In order to prevent a gas shortage in the coming winter, a 20 percent reduction in transit volumes to neighboring countries would then be necessary in addition to a 20 percent reduction in consumption.
If the German gas storage facilities are to be 40 percent full by February 1 and if supplies are to be secured next winter, the model also states that import capacities for liquefied natural gas, for example, will have to be increased. According to the German government, the first LNG terminals are to go into operation as early as next winter.
Even assuming that no more Russian natural gas flows to Germany, a shortage is still avoidable in the coming winter, according to the Federal Network Agency. However, transit volumes would then have to be reduced even further if there were no increase in imports. In all zero-percent scenarios, however, supply problems would then occur next winter 23/24 without additional countermeasures such as higher consumption reductions.
A joint study by the University of Bonn and the University of Cologne concluded that Germany would have to reduce gas consumption by about 25 percent by spring if Russia were to completely cut off its gas supplies in the coming weeks (Europe.Table reported). dpa/sas
The chemicals company Evonik wants to partially replace natural gas with other substances at its German sites. In total, up to 40 percent of Evonik’s German natural gas supply could be replaced without significantly restricting chemical production, the company reported in Essen on Monday.
According to its own figures, Evonik procures a total of around 15 terawatt hours (TWh) of natural gas per year. Most of it is used to generate energy and steam. Germany accounts for a good third of this, or around 5 TWh. The volume corresponds to around 0.5 percent of total natural gas consumption in Germany last year.
The most important measure will be implemented at the Marl site, the company said. At the local gas-fired power plant, Evonik plans to use liquefied petroleum gas (LPG) instead of natural gas to generate energy. Unlike natural gas, which consists mainly of methane, LPG consists mainly of butane gas, which is a by-product of the chemical plant. Until now, it has been purchased from the Gelsenkirchen refinery of the oil company BP. BP and Evonik now want to work together to “ensure a sufficient supply of LPG in Marl”.
The continued operation of Evonik’s Marl coal-fired power plant will make a further contribution to securing the energy supply. Its decommissioning was originally planned for this year. At other sites, Evonik plans to replace some of the natural gas with heating oil. Corresponding investments have already been initiated, said a spokesman. dpa
Latvia plans to invest about €1 billion in the construction of wind farms to increase local power generation from renewable sources and strengthen energy security. Prime Minister Krišjānis Kariņš spoke in Riga on Monday about one of the largest investments in the country’s history. “This is a medium-term solution that will allow us to become fully independent in our energy supply and use fewer fossil resources,” Karins said in Riga, according to Latvian news agency LETA.
After the implementation of the project, the small Baltic Sea state bordering Russia could turn from an electricity importer into an exporter, Karins said. Currently, Latvia generates 40 percent of its power demand, while 60 percent is covered by imports. If Russia has been the main source of imports so far, the source must now be forgotten, the head of government said.
According to the Minister of Economy, Ilze Indriksone, the planned wind farms will have a capacity of 800 megawatts. These could produce 2.4 terawatt hours of electricity per year – equivalent to around 30 percent of Latvia’s last year’s total electricity consumption. A newly founded joint venture between the Latvian power utility and the state forestry administration is responsible for the construction and operation of the wind farms with a total of 100 to 120 wind turbines.
Latvia stopped importing electricity from Russia in May in response to the Russian attack on Ukraine. However, like Estonia and Lithuania, Latvia is still part of a joint synchronized power grid with Russia and Belarus – the so-called BRELL ring system dating back to the Soviet era. This means that the Baltic States are virtually connected to the grid of the two neighboring countries to the east. In the meantime, Russia has stopped supplying gas to Latvia. dpa/sas
Climate change is exacerbating the spread of many pathogens, according to a study. A team of researchers from the University of Hawaii concluded in a review paper that 58 percent of ailments caused by pathogens could be exacerbated by climate change. This happens through warming itself, but also through extreme weather phenomena such as droughts, floods or heat waves. The study, published in the journal Nature Climate Change, was based on a list of 375 diseases worldwide that are triggered by pathogens such as viruses, bacteria, but also plant pollen or fungi.
In their literature research, the researchers found more than 1,000 individual transmission pathways, each of which involved a pathogen stimulated by climate change. For example, heat (160 individual diseases) or flooding (121) could facilitate the spread of pathogens such as bacteria or of mosquitoes, ticks and other disease vectors.
Added are indirect factors. For example, droughts push wildlife closer to residential areas, increasing the risk of zoonotic diseases. Floods force people to move to other areas where they may be more exposed to certain germs. Extreme weather can also weaken the human immune system via stress or malnutrition, increasing susceptibility to infections. The researchers cite more than 1,000 possible links between climate change-related events and the spread of disease.
Co-author Tristan McKenzie of the University of Hawaii highlights diseases transmitted by vectors (such as mosquitoes or ticks). “We have found over 100 diseases that have been amplified by this pathway of transmission,” McKenzie told in response to a query. However, the researchers noted that it is impossible to prevent or adapt to the increased spread of diseases caused by climate change. Pathogens and transmission routes are too numerous for that.
The president of the Robert Koch Institute (RKI), Lothar Wieler, previously called for exotic diseases to be focused on in this country. “Climate change is leading to an expansion of habitats for mosquitoes and ticks in Germany,” Wieler told the Funke Mediengruppe newspapers. “Many mosquito and tick species can transmit viral, bacterial and parasitic infectious agents,” Wieler said. These could be Zika or dengue viruses, for example. “Also possible is a return of malaria, which is caused by plasmodia.” An important concern of the RKI is therefore to raise awareness of these diseases among medical professionals.
Renke Lühken, an ecologist at the Bernhard Nocht Institute for Tropical Medicine in Hamburg, also sees the development with concern. “Exotic mosquito species like the Asian tiger mosquito are establishing themselves in large parts of Europe.” The mosquito is responsible for outbreaks of the chikungunya virus and dengue virus in the Mediterranean region.
The University of Hawaii research team sees “the urgent need for aggressive actions to mitigate GHG emissions,” in light of the potential risks posed by climate change-fueled diseases. Lühken agrees with this assessment. Monitoring systems would have to be established to detect changes in the prevalence of pathogens at an early stage.
“In addition, prevention scenarios need to be developed now – for example, mosquito control.” Central Europe could learn in particular from countries in the Mediterranean region or the global South, which have been confronted with the current spreading pathogens for many years, Lühken said. dpa/luk
By the end of 2022, the G7 aims to launch an “open, cooperative international Climate Club” to foster coordinated action to achieve the Paris climate agreement’s maximum-warming target of 1.5° Celsius without leaving anyone at a competitive disadvantage. Though we have been hearing calls for international climate action for decades, there is good reason to think that this time will be different.
The Climate Club is the brainchild of German Chancellor Olaf Scholz, whose proposal is based on four premises. First, international climate action needs to be broad-based and consistent, with all club members aiming for the same objectives. Second, countries should be allowed to pursue these common objectives in their own ways, as long as everyone abides by “a uniform measurement of CO2 content of products and materials.” Third, developing countries should receive support to achieve the common objective. And, lastly, having to compete against cheaper, more carbon-intensive methods should not put “climate policy pioneers” at a disadvantage in the global marketplace.
This proposal might sound like a rehash of past policies, but it fundamentally shifts the focus in policy design. Historically, we have viewed climate policy in only two dimensions: the climate and the economy. This has led to a focus on ideas like global carbon pricing, which makes a lot of sense in strictly economic terms. Polluters emit excessive amounts of CO2 into the atmosphere because the costs are imposed on society. The solution, therefore, is to ensure that polluters pay.
The problem is that citizens often oppose such policies, especially if there is no mechanism to compensate those who are disadvantaged by the higher costs (such as low-income households that cannot afford basic goods at environmentally friendly prices, or those working in carbon-intensive sectors).
Moreover, the costs associated with carbon pricing are not just economic but also social. Even if the proceeds from a carbon tax are spent on the poor and the displaced, fossil fuel-reliant communities may collapse, and some people may feel as though they are no longer shaping their own futures.
These were some of the lessons of the 2018-19 French gilets jaunes (yellow vest) protests, which erupted in response to a modest increase in the tax on diesel fuel. And a similar problem has long plagued the global climate-policy debate. Low- and middle-income countries resent being asked by rich, industrialized countries – the biggest emitters historically – to pay more for the energy they need for development. To acknowledge these potential ramifications is to move from an abstract two-dimensional world to a three-dimensional one that is closer to the reality we inhabit.
While the two-dimensional world of economic models can be measured in terms of GDP and carbon prices, the real world requires different metrics to account for the full meaning of any policy. To that end, one of us (Snower) and Katharina Lima de Miranda have proposed a metric with the acronym SAGE: solidarity, agency, gain, environment.
Here, solidarity refers to the extent of social inclusion and cohesion, agency refers to people’s ability to shape their own lives, and gain and environment refer to traditional measures of economic output and environmental sustainability, respectively.
A solidarity score increases when there is more social trust, generosity, and so forth, and an agency score increases when people report greater confidence in their ability to achieve worthwhile goals. By broadening the scope beyond GDP growth, SAGE allows us to recouple the links between economic policies and social well-being.
As a new way to discuss and evaluate climate policies, the SAGE model can help us understand why some past climate policies have not worked. Traditional carbon pricing, for example, has often failed the solidarity test, by creating winners and losers (both economically and socially), as well as the agency test, by ignoring people’s voices in the process.
One of the gilets jaunes’ grievances, for example, was that the unaffordability of French urban life forced many laborers to live outside the cities, where limited public transit options forced them to drive to work. The protesters felt a lack of solidarity and agency (because they had little choice in where they lived or how they got around).
Only by accounting for people’s social needs (alongside economic and environmental needs) will we be able to advance viable policy reforms. That brings us back to the G7’s proposed club model. If correctly implemented, it can accommodate social factors alongside economic and environmental factors, succeeding where similar past efforts have failed.
According to Scholz, the Climate Club will promote “cooperation between countries that want to press ahead with the social and economic transformation needed to tackle climate change.” The result, in practice, would be a partnership in which participants commit to ambitious, well-defined climate goals as well as to the specific domestic measures that are required to reach those goals.
Scholz’s team acknowledges that wealthy countries that have emitted the most carbon historically are in a different position than others. They refer to “common but differentiated responsibilities and respective capabilities” – one of the core principles of the 1992 United Nations Framework Convention on Climate Change. The Climate Club thus appreciates the different demands that a common set of goals places on different countries, and that this calls for “intensive cooperation on industrial transformation and capacity-building.”
By encouraging countries to shape their climate policies in accordance with their socioeconomic realities, the Climate Club is well positioned to avoid some of the problems that led to the gilets jaunes. But to succeed, it must be maximally ambitious (aiming for the 1.5 °C target), maximally inclusive, and maximally permissive in the policy pathways that it opens up. It is this flexibility that will help developed and developing countries work together, listen to one another’s perspectives, and learn from it. If it works, the club could create a worldwide ripple effect, offering much-needed hope that the fight against climate change can be won.
In collaboration with Project Syndicate.
The European gas emergency plan comes into force today. The EU member states aim to cut gas consumption by at least 15 percent between August and March of next year – voluntarily at first and mandatorily in the event of a Union-wide alert. This is meant to be a signal to the Kremlin, even if the majority of member states have negotiated exceptions. To reach the 15 percent target, Germany would have to reduce its gas consumption by about 10 billion cubic meters.
But despite Germany’s heavy dependence on Russian gas, a gas emergency in Germany is avoidable, even if no more Russian gas were to flow, as concluded in a recent model calculation by the Federal Network Agency. Read more about this in the News.
Who will succeed Klaus Welle? After 13 years as Secretary General of the European Parliament, Welle has announced his retirement in the coming year, and the competition for the upcoming vacancy is fierce. Five candidates have applied, but one particular – yet controversial – candidate stands out among the rest, as Markus Grabitz reports.
Farmers should work their soils in a way that increases the amount of CO2 it can hold – that is the idea behind carbon farming. To incentivize this, farmers could receive financial subsidies based on certificate trading. Is this an impactful climate protection measure or just greenwashing? And how do we measure CO2 reduction in the soil? This was the core topic of Timo Landenberger‘s interview with Georg Goeres, the European Managing Director of Indigo Agriculture. The US company has already sold its first certificates on the growing Voluntary Carbon Market in the US, and now wants to launch in Europe.
The “yellow vests” as a cautionary tale: A contemporary climate policy should not limit its focus to the climate and the economy but should also consider the population’s social needs, as Avram Alpert and Dennis J. Snower detail in today’s Opinion. In their view, this is achievable by the Climate Club proposed by German Chancellor Olaf Scholz – provided that it is implemented properly.
After 13 years, the European Parliament will have a new Secretary General next year. The incumbent Klaus Welle, a native of Westphalia with a CDU party membership book, who observers attest great merit for the parliament regardless of party affiliation, has announced his retirement for the beginning of 2023. In the ongoing hard-fought process to fill his post, Parliament President Roberta Metsola and the European Parliament are at risk of being damaged.
The deadline for applications for the post of head of administration, which is located at AD 15 on the EU internal grade level and receives a basic salary of €19,958 per month, was August 1. According to information available to Europe.Table, five applicants submitted their applications. Among them is reportedly an external application, for which it is still being clarified whether it is admissible. The call for applications had been addressed to “interested civil servants”.
However, four candidates are definitely in the running. Among them are three directors-general from the EU Parliament administration: Agnieszka Walter-Drop of Poland, responsible for conference services (DG LINC), Leena Maria Linnus of Finland, in charge of the Parliament’s real estate (DG INLO), and Jaume Duch Guillot of Spain, head of the communications department (DG COMM). In addition, the Italian Alessandro Chiocchetti, office manager of Parliament President Metsola and grouped in the parliamentary hierarchy as a director one step below the directors general, has also applied.
Welle’s deputy, Markus Winkler – a former close associate of Martin Schulz (SPD) – has not submitted an application. It is not known from whom the external application comes.
Candidates applied with a letter of motivation and their CV for the position, where you coordinate over 8,100 employees. The procedure: Actually, a panel of five directors-general would now conduct interviews with the applicants and then propose the three best-rated candidates to the parliamentary board for a final decision. But in parliamentary circles, it is suspected that the interviews at the director-general level will not take place at all. It is said that it would be strange if directors-general were to prepare among themselves the decision on who will be their boss in the future.
Instead, it is expected that Speaker Metsola and her 14 deputies will receive a list of admissible applications during the first week of the session after the summer break. In October, either in the first or second week of the session, the decision will then be made in the Presidium. This will involve Speaker Metsola and the 14 vice presidents.
The four candidates who are known are all considered suitable. They are said to be business fluent in at least three of the EU’s lingua franca. The three directors general have also already proven that they can lead large staffs.
However, Alessandro Chiocchetti is considered the most promising candidate. Metsola would like to elevate her office manager and closest colleague to the post. Whether she will follow through with her wish remains to be seen. According to reports, Metsola, who belongs to the Christian Democratic party family, has not yet made a final decision.
Personnel decisions of this significance at the EU level are often complicated. Usually, packages are “put together” that contain other decisions in addition to the post that is actually at stake. This time, a decision about a property in the vicinity of the Strasbourg European Parliament is also involved, at least indirectly. A package solution is usually used to organize the necessary support from other party families.
In the case of the Welle succession, the package could provide for the Christian Democratic EPP to bring Chiocchetti through as Secretary General and for a castling at the director-general level, from which the Left Group (GUE) as well as the Conservative Group (ECR) would also benefit. For this purpose, another Directorate General is to be newly established – it would be the 13th organizational unit in the Parliament’s organizational chart.
The Liberals (Renew) are said to be involved via the property. The French government in the Élysée Palace has a strong influence on the Renew Group. And so it happens that Renew primarily wants to strengthen Strasbourg as the headquarters of the European Parliament in the course of the personnel decision. It is unclear whether the Social Democrats (S&D) will join in the package and what they hope to achieve.
Now there is not only criticism concerning a potential “package”. Chiocchetti’s integrity is also being questioned. The 53-year-old worked as an assistant in the EU Parliament for the MEP and Berlusconi intimate Marcello Dell’ Utri almost 20 years ago, they say. Dell’ Utri served several years in prison for mafia contacts. He was acquitted last year in a spectacular trial in which he was accused of negotiating with the mafia on Berlusconi’s behalf.
The fact that Chiocchetti is not yet director general does not disqualify him as a candidate for the post of head of administration, according to parliamentary circles. It has already happened in the past that a director immediately rises to the post of Secretary General. To prevent criticism here, the Welle successor was also not advertised as an AD-16 position, as the German has, but one step lower at the AD-15 grade.
Observers report that package solutions have been common practice in parliament for many years. The critical point is that other factors always play a role in filling a position than the applicant’s qualifications alone. Moreover, package solutions have contributed to the enormous increase in the number of top positions in the EU Parliament over the years.
By switching to carbon farming practices, agriculture is expected to increase CO2 storage in the soil and thus contribute more to climate goals. In return, farmers could tap into a new source of revenue through certificate trading. At least if it’s up to companies like Indigo Agriculture, which has already sold its first certificates on the growing Voluntary Carbon Market in the US. Now Indigo is also waiting in the wings in Europe, where the right legal framework is still being worked out.
Mr. Goeres, critics say carbon farming is primarily a new way of greenwashing for CO2-intensive industries. What do you say?
Carbon farming is first and foremost about sequestering CO2 in the soil and avoiding other gases in cultivation, so it is something good for the environment and a contribution to achieving climate targets. We want agriculture to be part of the solution in climate policy and also for the private sector to help finance that, not just the taxpayer paying for it. Most of the big companies now have sustainability strategies. And many already want to invest in high-quality carbon credits that are certified and where they know that the climate performance has been delivered. I don’t see that as greenwashing. After all, that doesn’t take away from the companies’ obligation to reduce their own emissions.
Yet agriculture itself is one of the biggest emitters. In Germany alone, the sector is responsible for over 60 million metric tons of greenhouse gases per year, not including energy consumption. This contrasts with estimates of five to 15 million tons that can be recaptured through carbon farming. This imbalance makes it clear that sinks in a climate-neutral future will be needed primarily to offset unavoidable residual agricultural emissions.
Farmers can bind CO2. This should be rewarded. We need the land sector as a sink. Without it, climate change cannot be combated, and the neutrality targets cannot be achieved, as the IPCC also says. That’s why I believe we’re better off if we create incentives that encourage as many farmers as possible to improve climate performance as quickly as possible. And here, an additional source of income, for example, through certificates or the cultivation of low-carbon grain, is the better answer than making it a mandatory system. Otherwise, agriculture will have to pay for it itself in the end.
There is a comprehensive framework of rules with the express purpose of leveraging billions in public subsidies to drive things like increased climate protection in agriculture, while at the same time maintaining competition and food security: the Common Agricultural Policy (CAP). In recent years, the money for climate protection has fizzled out more or less ineffectively. What is the argument against earmarking a larger share of it for carbon farming?
One example: In Germany, there is to be €30 per hectare for extended crop rotation. That is good, but still not sufficient. Supplemented with a private carbon farming program, things look quite different. Complementary to the eco-schemes, this would also bring in private money, because CAP budgets are also limited. The interaction between the private and public sectors must be promoted here. The overall package must be attractive enough for farmers to convert their farms and make the necessary investments.
What could measures to convert the farm and increase the CO2 storage capacity of the soils look like?
One possibility is the cultivation of catch crops. Those who use high-quality legumes can significantly increase the storage capacity by building up humus. Some of these catch crops can also be harvested and used as animal feed. It is also important to plow as little as possible because this releases CO2 again. The third point would be the optimal coordination of crop rotations in order to maintain or improve the quality of the soil. In principle, this also includes area grazing with livestock. This helps the soil but is difficult to implement. If only because there are no fences around fields in Germany, for example. And also important: the reduction of synthetic fertilizers.
What is the disadvantage for farmers? In other words, why does it take such high incentives from eco-schemes and certificate trading to take measures that lead to better soil?
First of all, a farm is, of course, a business that is run from an economic point of view. Other equipment is needed for the conversion, for example, to no-till. These investments have to be financed. And if a farm has been run successfully in a certain way for years or decades, such a conversion is not immediately obvious. There are risks, uncertainties, and questions. We have noticed that many farmers are basically open to the idea. But it is a process that needs moderation. Also, the reduction of chemical fertilizers is often equated with a reduction in yield. This can happen in the short term because the changeover does not happen overnight. That’s where carbon farming programs come in. This is where the CAP can provide financial support for conversion, and where certificate trading can provide additional revenue later on.
For this, the CO2 sink power in the soil must be measurable. How does it work?
There are various models for this. One instrument is the evaluation of data based on scientific studies. In other words, how do certain activities, such as special intercropping, affect CO2 sequestration under certain climatic conditions and soil characteristics? The other option is to measure on the ground. Sampling all fields is not feasible because it would incur enormous costs. But pure modeling is also not sufficient to be sure that the effect really occurs. That is why we use a mixture of modeling and sampling of statistically selected fields in our concept, which also reduces the models’ susceptibility to error over the years.
Doesn’t that still leave some loopholes?
Farmers care about the health of their soils and want to do the right thing. They’re not looking for loopholes. And because of the many existing requirements, farmers today already have to record basically everything they do in files. All the documentation is already very comprehensive, especially in Europe. Nevertheless, control mechanisms are provided for safety. Today, satellite images make it very easy to see whether catch crops have actually been planted or whether a field has been plowed. If this does not match the information, the system immediately says: something is wrong.
Now, a subsidence only has a climate-relevant effect if it is as permanent as possible. If the field is plowed up again only after a few decades, CO2 will be released again, and the effect will fizzle out. How can this be avoided?
MRV – Monitoring, Reporting, Verification. All enrolled fields are subject to strict quality control. Changes in the field are detected and reported. And not every certificate is put on the market. About 20 percent is retained by the registry – an independent organization that lists all certificates – as a safety buffer to offset risks and ensure longevity. This builds up a reserve, and if a farmer plows again at some point, the community offsets it. In addition, the allowances are not paid out all at once but spread over a few years. And we fundamentally believe that the healthier soils will benefit farmers in the long term and that the benefits will catch on so that farms won’t even want to go back.
The system is based on the principle of additionality, i.e., additional services are rewarded. Simply put, if a soil has been particularly poor up to now, the potential for improvement and thus the financial incentive is all the higher. Conversely, a farmer who already has healthy soil with plenty of humus can hardly benefit. Sounds pretty unfair for organic farmers who are already actively protecting the environment.
Innovations and financial incentives on the path to low-carbon agriculture are multifaceted and not limited to carbon credits alone. What we want to achieve is the highest possible CO2 sink in the soil. And that won’t work without engaging conventional agriculture. We need to mobilize them. Of course, there should be no shortage of support for organic farming: governmental or private. In our Scope 3 emissions reduction program, investments include food companies that want to minimize CO2 and other greenhouse gases in their value chain. These programs are also open to organic farmers, and they can benefit from them.
Demand is high. Now it’s a question of expanding the supply. Which markets are affected and how does it work?
There is the government-regulated Carbon Market and the Voluntary Carbon Market. We focus on the latter. In their efforts to achieve climate neutrality, companies need reliable solutions for offsetting unavoidable emissions. Reduction alone is not enough. It is important that the high demand is met with quality and that uniform standards apply to carbon credits, such as authenticity, additionality, and long-term validity. This must be reflected accordingly in the price and the appropriate remuneration of farmers.
What role does Indigo Agriculture play in this?
We bring together the various participants and create farmer access to the growing Voluntary Carbon Market. With the independent organization Verra, we have developed a methodology standard that for the first time quantifies and verifies soil-related GHG reduction and carbon sequestration. We support farmers in the program with the conversion, sometimes with specialized partner companies. Then it’s a matter of recording the data, quality assurance, modeling, and external verification and certification by independent bodies. In Europe, that would be Verra. In the USA, we work with the Climate Action Reserve. They give us the certificates and we sell them to the industry and return the revenue to the farmers.
In Brussels, carbon farming is now a much-discussed approach. The EU Commission is working on a regulatory framework for the certification of sink services. What are your expectations?
We welcome the fact that the Commission is addressing this. For the market to work, we need regulatory clarity, trust, and uniform quality standards. It is important to organize the interaction between the public and private sectors and to harness the innovative leap of the international carbon market for European climate targets. This will bring us a significant step closer to the goal of marrying food security with climate protection.
Greek Prime Minister Kyriakos Mitsotakis has rejected any responsibility for the months-long wiretapping of an opposition politician’s cell phone by the Greek Intelligence Service (EYP). “What was done, may have been in accordance with the letter of the law, but it was wrong – I was not aware of it and obviously I would have never allowed it,” the head of government said Monday in a speech broadcast by state broadcaster ERT.
Earlier, Nikos Androulakis, a member of the European Parliament and head of the Greek social democratic party Pasok, filed a complaint against unknown persons on suspicion that his cell phone was being tapped. The investigation revealed that the cell phone had indeed been tapped by the Greek secret service for months. In the wake of the revelations, the head of the intelligence service (EYP), Panagiotis Kontoleon, and the secretary general of the government office, Grigoris Dimitriadis, resigned on Friday.
Head of government Mitsotakis stated that the intelligence service had failed to recognize the political dimension of its actions, even though it had complied with applicable law in doing so. He announced stricter control of the EYP.
The opposition demands a thorough investigation and speaks of Mitsotakis’ personal Watergate. The verdict of the wiretapping victim himself was even more scathing: “With his statement today, the Prime Minister again appeared blameless by adopting the narrative of a “legal error” to justify a criminal act,” Androulakis announced.
Who ordered the wiretapping and why thus remained unanswered. The now resigned head of the secret service Kontoleon is said to have stated on record that he acted at the request of Ukrainian and Armenian authorities who were interested in Androulakis as an EU parliamentarian. Representatives of both countries immediately denied this. dpa/rtr
In the transport sector alone, Europe can save one-third of its oil requirements by 2030, which would be enough to completely end its dependence on Russian oil. This is the finding of a study published yesterday by Transport & Environment (T&E), in which the environmental organization also recommends various measures for reducing oil consumption in the transport sector.
Transport accounts for two-thirds of the EU’s oil demand, according to T&E. The European Commission has decided on an import freeze before the end of the year and a ban on EU ships carrying Russian oil due to the Russian war of aggression on Ukraine. The T&E study assesses how and to what extent the EU can reduce oil demand. It draws on key transport recommendations from the EU’s REpowerEU strategy, presented in May.
Short-term measures that are achievable and easy to implement this year include lowering fuel taxes, aerodynamic equipment on trucks, reducing business flights, and reduced car use. This could reduce oil demand by 38.8 million metric tons of oil equivalent to half of the EU’s Russian imports.
With medium- and long-term measures such as vehicle electrification or ship fuel efficiency, the EU can reduce demand by 111.5 million metric tons of oil equivalent by 2030, according to the study. Overall, the measures can save a total of 34 percent of oil demand in the EU by 2030. leo
The German Federal Network Agency believes it is possible under certain conditions that a gas emergency can be avoided in the coming winter. This is according to the agency’s latest scenario catalog, which was published on Monday.
One variant describes the measures the authority believes are necessary under the assumption that the Nord Stream 1 Baltic Sea pipeline will continue to operate at only 20 percent of its maximum capacity until June 2023, as is currently the case. In order to prevent a gas shortage in the coming winter, a 20 percent reduction in transit volumes to neighboring countries would then be necessary in addition to a 20 percent reduction in consumption.
If the German gas storage facilities are to be 40 percent full by February 1 and if supplies are to be secured next winter, the model also states that import capacities for liquefied natural gas, for example, will have to be increased. According to the German government, the first LNG terminals are to go into operation as early as next winter.
Even assuming that no more Russian natural gas flows to Germany, a shortage is still avoidable in the coming winter, according to the Federal Network Agency. However, transit volumes would then have to be reduced even further if there were no increase in imports. In all zero-percent scenarios, however, supply problems would then occur next winter 23/24 without additional countermeasures such as higher consumption reductions.
A joint study by the University of Bonn and the University of Cologne concluded that Germany would have to reduce gas consumption by about 25 percent by spring if Russia were to completely cut off its gas supplies in the coming weeks (Europe.Table reported). dpa/sas
The chemicals company Evonik wants to partially replace natural gas with other substances at its German sites. In total, up to 40 percent of Evonik’s German natural gas supply could be replaced without significantly restricting chemical production, the company reported in Essen on Monday.
According to its own figures, Evonik procures a total of around 15 terawatt hours (TWh) of natural gas per year. Most of it is used to generate energy and steam. Germany accounts for a good third of this, or around 5 TWh. The volume corresponds to around 0.5 percent of total natural gas consumption in Germany last year.
The most important measure will be implemented at the Marl site, the company said. At the local gas-fired power plant, Evonik plans to use liquefied petroleum gas (LPG) instead of natural gas to generate energy. Unlike natural gas, which consists mainly of methane, LPG consists mainly of butane gas, which is a by-product of the chemical plant. Until now, it has been purchased from the Gelsenkirchen refinery of the oil company BP. BP and Evonik now want to work together to “ensure a sufficient supply of LPG in Marl”.
The continued operation of Evonik’s Marl coal-fired power plant will make a further contribution to securing the energy supply. Its decommissioning was originally planned for this year. At other sites, Evonik plans to replace some of the natural gas with heating oil. Corresponding investments have already been initiated, said a spokesman. dpa
Latvia plans to invest about €1 billion in the construction of wind farms to increase local power generation from renewable sources and strengthen energy security. Prime Minister Krišjānis Kariņš spoke in Riga on Monday about one of the largest investments in the country’s history. “This is a medium-term solution that will allow us to become fully independent in our energy supply and use fewer fossil resources,” Karins said in Riga, according to Latvian news agency LETA.
After the implementation of the project, the small Baltic Sea state bordering Russia could turn from an electricity importer into an exporter, Karins said. Currently, Latvia generates 40 percent of its power demand, while 60 percent is covered by imports. If Russia has been the main source of imports so far, the source must now be forgotten, the head of government said.
According to the Minister of Economy, Ilze Indriksone, the planned wind farms will have a capacity of 800 megawatts. These could produce 2.4 terawatt hours of electricity per year – equivalent to around 30 percent of Latvia’s last year’s total electricity consumption. A newly founded joint venture between the Latvian power utility and the state forestry administration is responsible for the construction and operation of the wind farms with a total of 100 to 120 wind turbines.
Latvia stopped importing electricity from Russia in May in response to the Russian attack on Ukraine. However, like Estonia and Lithuania, Latvia is still part of a joint synchronized power grid with Russia and Belarus – the so-called BRELL ring system dating back to the Soviet era. This means that the Baltic States are virtually connected to the grid of the two neighboring countries to the east. In the meantime, Russia has stopped supplying gas to Latvia. dpa/sas
Climate change is exacerbating the spread of many pathogens, according to a study. A team of researchers from the University of Hawaii concluded in a review paper that 58 percent of ailments caused by pathogens could be exacerbated by climate change. This happens through warming itself, but also through extreme weather phenomena such as droughts, floods or heat waves. The study, published in the journal Nature Climate Change, was based on a list of 375 diseases worldwide that are triggered by pathogens such as viruses, bacteria, but also plant pollen or fungi.
In their literature research, the researchers found more than 1,000 individual transmission pathways, each of which involved a pathogen stimulated by climate change. For example, heat (160 individual diseases) or flooding (121) could facilitate the spread of pathogens such as bacteria or of mosquitoes, ticks and other disease vectors.
Added are indirect factors. For example, droughts push wildlife closer to residential areas, increasing the risk of zoonotic diseases. Floods force people to move to other areas where they may be more exposed to certain germs. Extreme weather can also weaken the human immune system via stress or malnutrition, increasing susceptibility to infections. The researchers cite more than 1,000 possible links between climate change-related events and the spread of disease.
Co-author Tristan McKenzie of the University of Hawaii highlights diseases transmitted by vectors (such as mosquitoes or ticks). “We have found over 100 diseases that have been amplified by this pathway of transmission,” McKenzie told in response to a query. However, the researchers noted that it is impossible to prevent or adapt to the increased spread of diseases caused by climate change. Pathogens and transmission routes are too numerous for that.
The president of the Robert Koch Institute (RKI), Lothar Wieler, previously called for exotic diseases to be focused on in this country. “Climate change is leading to an expansion of habitats for mosquitoes and ticks in Germany,” Wieler told the Funke Mediengruppe newspapers. “Many mosquito and tick species can transmit viral, bacterial and parasitic infectious agents,” Wieler said. These could be Zika or dengue viruses, for example. “Also possible is a return of malaria, which is caused by plasmodia.” An important concern of the RKI is therefore to raise awareness of these diseases among medical professionals.
Renke Lühken, an ecologist at the Bernhard Nocht Institute for Tropical Medicine in Hamburg, also sees the development with concern. “Exotic mosquito species like the Asian tiger mosquito are establishing themselves in large parts of Europe.” The mosquito is responsible for outbreaks of the chikungunya virus and dengue virus in the Mediterranean region.
The University of Hawaii research team sees “the urgent need for aggressive actions to mitigate GHG emissions,” in light of the potential risks posed by climate change-fueled diseases. Lühken agrees with this assessment. Monitoring systems would have to be established to detect changes in the prevalence of pathogens at an early stage.
“In addition, prevention scenarios need to be developed now – for example, mosquito control.” Central Europe could learn in particular from countries in the Mediterranean region or the global South, which have been confronted with the current spreading pathogens for many years, Lühken said. dpa/luk
By the end of 2022, the G7 aims to launch an “open, cooperative international Climate Club” to foster coordinated action to achieve the Paris climate agreement’s maximum-warming target of 1.5° Celsius without leaving anyone at a competitive disadvantage. Though we have been hearing calls for international climate action for decades, there is good reason to think that this time will be different.
The Climate Club is the brainchild of German Chancellor Olaf Scholz, whose proposal is based on four premises. First, international climate action needs to be broad-based and consistent, with all club members aiming for the same objectives. Second, countries should be allowed to pursue these common objectives in their own ways, as long as everyone abides by “a uniform measurement of CO2 content of products and materials.” Third, developing countries should receive support to achieve the common objective. And, lastly, having to compete against cheaper, more carbon-intensive methods should not put “climate policy pioneers” at a disadvantage in the global marketplace.
This proposal might sound like a rehash of past policies, but it fundamentally shifts the focus in policy design. Historically, we have viewed climate policy in only two dimensions: the climate and the economy. This has led to a focus on ideas like global carbon pricing, which makes a lot of sense in strictly economic terms. Polluters emit excessive amounts of CO2 into the atmosphere because the costs are imposed on society. The solution, therefore, is to ensure that polluters pay.
The problem is that citizens often oppose such policies, especially if there is no mechanism to compensate those who are disadvantaged by the higher costs (such as low-income households that cannot afford basic goods at environmentally friendly prices, or those working in carbon-intensive sectors).
Moreover, the costs associated with carbon pricing are not just economic but also social. Even if the proceeds from a carbon tax are spent on the poor and the displaced, fossil fuel-reliant communities may collapse, and some people may feel as though they are no longer shaping their own futures.
These were some of the lessons of the 2018-19 French gilets jaunes (yellow vest) protests, which erupted in response to a modest increase in the tax on diesel fuel. And a similar problem has long plagued the global climate-policy debate. Low- and middle-income countries resent being asked by rich, industrialized countries – the biggest emitters historically – to pay more for the energy they need for development. To acknowledge these potential ramifications is to move from an abstract two-dimensional world to a three-dimensional one that is closer to the reality we inhabit.
While the two-dimensional world of economic models can be measured in terms of GDP and carbon prices, the real world requires different metrics to account for the full meaning of any policy. To that end, one of us (Snower) and Katharina Lima de Miranda have proposed a metric with the acronym SAGE: solidarity, agency, gain, environment.
Here, solidarity refers to the extent of social inclusion and cohesion, agency refers to people’s ability to shape their own lives, and gain and environment refer to traditional measures of economic output and environmental sustainability, respectively.
A solidarity score increases when there is more social trust, generosity, and so forth, and an agency score increases when people report greater confidence in their ability to achieve worthwhile goals. By broadening the scope beyond GDP growth, SAGE allows us to recouple the links between economic policies and social well-being.
As a new way to discuss and evaluate climate policies, the SAGE model can help us understand why some past climate policies have not worked. Traditional carbon pricing, for example, has often failed the solidarity test, by creating winners and losers (both economically and socially), as well as the agency test, by ignoring people’s voices in the process.
One of the gilets jaunes’ grievances, for example, was that the unaffordability of French urban life forced many laborers to live outside the cities, where limited public transit options forced them to drive to work. The protesters felt a lack of solidarity and agency (because they had little choice in where they lived or how they got around).
Only by accounting for people’s social needs (alongside economic and environmental needs) will we be able to advance viable policy reforms. That brings us back to the G7’s proposed club model. If correctly implemented, it can accommodate social factors alongside economic and environmental factors, succeeding where similar past efforts have failed.
According to Scholz, the Climate Club will promote “cooperation between countries that want to press ahead with the social and economic transformation needed to tackle climate change.” The result, in practice, would be a partnership in which participants commit to ambitious, well-defined climate goals as well as to the specific domestic measures that are required to reach those goals.
Scholz’s team acknowledges that wealthy countries that have emitted the most carbon historically are in a different position than others. They refer to “common but differentiated responsibilities and respective capabilities” – one of the core principles of the 1992 United Nations Framework Convention on Climate Change. The Climate Club thus appreciates the different demands that a common set of goals places on different countries, and that this calls for “intensive cooperation on industrial transformation and capacity-building.”
By encouraging countries to shape their climate policies in accordance with their socioeconomic realities, the Climate Club is well positioned to avoid some of the problems that led to the gilets jaunes. But to succeed, it must be maximally ambitious (aiming for the 1.5 °C target), maximally inclusive, and maximally permissive in the policy pathways that it opens up. It is this flexibility that will help developed and developing countries work together, listen to one another’s perspectives, and learn from it. If it works, the club could create a worldwide ripple effect, offering much-needed hope that the fight against climate change can be won.
In collaboration with Project Syndicate.