The Covid-19 crisis in 2020 triggered the largest annual drop in global energy-related carbon dioxide emissions since the Second World War, according to IEA data released today, but the overall decline of about 6% masks wide variations depending on the region and the time of year.
After hitting a low in April, global emissions rebounded strongly and rose above 2019 levels in December. The latest data show that global emissions were 2%, or 60 million tonnes, higher in December 2020 than they were in the same month a year earlier. Major economies led the resurgence as a pick-up in economic activity pushed energy demand higher and significant policies measures to boost clean energy were lacking. Many economies are now seeing emissions climbing above pre-crisis levels.
“The rebound in global carbon emissions toward the end of last year is a stark warning that not enough is being done to accelerate clean energy transitions worldwide. If governments don’t move quickly with the right energy policies, this could put at risk the world’s historic opportunity to make 2019 the definitive peak in global emissions,” said Dr Fatih Birol, the IEA Executive Director. “In March 2020, the IEA urged governments to put clean energy at the heart of their economic stimulus plans to ensure a sustainable recovery. But our numbers show we are returning to carbon-intensive business-as-usual. This year is pivotal for international climate action – and it began with high hopes – but these latest numbers are a sharp reminder of the immense challenge we face in rapidly transforming the global energy system.”
The 2020 trends underscore the challenge of curbing emissions while ensuring economic growth and energy security. Amid a growing number of pledges by countries and companies to reach net-zero emissions by mid-century, the rebound in emissions shows what is likely to happen if those ambitions are not met with rapid and tangible action.
Emissions in China for the whole of 2020 increased by 0.8%, or 75 million tonnes, from 2019 levels driven by China’s economic recovery over the course of the year. China was the first major economy to emerge from the pandemic and lift restrictions, prompting its economic activity and emissions to rebound from April onward. China was the only major economy that grew in 2020.
In India, emissions rose above 2019 levels from September as economic activity improved and restrictions were relaxed. In Brazil, the rebound of road transport activity after the April low drove a recovery in oil demand, while increases in gas demand in the later months of 2020 pushed emissions above 2019 levels throughout the final quarter.
Emissions in the United States fell by 10% in 2020. But on a monthly basis, after hitting their lowest levels in the spring, they started to bounce back. In December, US emissions were approaching the level seen in the same month in 2019. This was the result of accelerating economic activity as well as the combination of higher natural gas prices and colder weather favouring an increase in coal use.
“If current expectations for a global economic rebound this year are confirmed – and in the absence of major policy changes in the world’s largest economies – global emissions are likely to increase in 2021,” Dr Birol said. “Nonetheless, there are still reasons for optimism. China has set an ambitious carbon-neutrality target; the new US administration has rejoined the Paris Agreement and is putting climate at the heart of its policy-making; the European Union is pushing ahead with its Green Deal and sustainable recovery plans; India’s stunning success with renewables could transform its energy future; and the United Kingdom is building global momentum toward stronger climate action at COP26 in November.”
Global emissions plunged by almost 2 billion tonnes in 2020, the largest absolute decline in history. Most of this – around 1 billion tonnes, which is more than the annual emissions of Japan – was due to lower use of oil for road transport and aviation. As travel and economic activities pick up around the world, oil consumption and its emissions are rising again. The record increase in sales of electric vehicles is insufficient to offset the growth in emissions caused by the uptick in road traffic around the world.
Global emissions from the electricity sector dropped by 450 million tonnes in 2020. This resulted partly from lower electricity demand but also from increases in electricity generation by solar PV and wind. For the world to achieve the climate goals of the Paris Agreement, notably of limiting global warming to well below 2 °C, a decline in electricity sector emissions of around 500 million tonnes would need to occur every single year. Even greater annual drops in emissions from electricity generation would be required to put the world on a path in line with warming of 1.5 °C.
In order to show a sustainable path forward, the IEA will publish on 18 May the world’s first comprehensive roadmap for the energy sector to reach net-zero emissions by 2050. As part of its focus on leading clean energy transitions worldwide, the IEA is working with the United Kingdom’s COP26 Presidency to bring together heads of government and ministers at the IEA-COP26 Net Zero Summit on 31 March to step up international efforts to turn net zero pledges into concrete energy policies and actions.
In April, the IEA will release its Global Energy Review 2021, which will examine this year’s emerging trends in global energy demand and CO2 emissions.
The Caribbean is ‘ground zero’ for the global climate emergency
The UN Secretary-General’s final day in Suriname began on a small plane and ended at a podium. A 90-minute flyover from Paramaribo into the Central Suriname Nature Reserve revealed to António Guterres the astounding beauty of the Amazon but also spotlighted the threats the rainforest is facing from mining and logging activities, and climate change.
The Reserve, a UNESCO World Heritage Site, is an immense protected area covering around 11 percent of the national territory, is recognized for its tabletop mountains and endless biodiversity – some believed to be undiscovered – and remains for the most part inaccessible and unaffected by human activity.
From above, the rainforest canopy was painted with countless shades of green, with some treetops covered in waves of orange or even purple flowers. Along the way, the mighty Coppename River, as well as the upstream parts of the Lucie, Saramacca, and Suriname Rivers flowed by the trees in what looked like a landscape painting.
However, before reaching the protected area, the UN chief could see that Suriname’s forests are seriously threatened by the activities of the mining sector and timber production, both fuelled by incentives to boost economic activities. Strikingly visible above the deep green canopy, the brownish patches of deforestation, evidence of destructive gold mining and flooding were difficult to miss.
A moment of ‘maximum peril’
Although Suriname is part of the South American continent, it is considered a Caribbean nation due to its history, culture, and the similar challenges it faces with the small island nations.
Later on Sunday, the UN chief arrived at the Assuria Event Centre in Paramaribo, to attend the opening of the 43rd Caribbean Community and Common Market (CARICOM) Conference.
Mr. Guterres’s arrival was met with four distinct music and cultural performances. The short walk showcased Suriname’s unique ethnic diversity, a product of its long history and Dutch colonization. Afro-Surinamese, East Indian, Indigenous natives, Chinese and Javanese descendants presented their traditional dances and folkloric sounds
At the podium, the Secretary-General highlighted the region’s diversity and climate action leadership, while outlining a series of actions to be taken in the face of the planetary crisis, the ongoing COVID-19 pandemic, and global financial challenges.
“Rich in diversity, uniting land and sea, and protecting fragile coastal ecosystems, mangroves are a fitting symbol of Caribbean nations – facing challenges, seizing opportunities, preserving natural gifts,” the UN chief told the region’s Heads of State and Government on Sunday, inspired by his isit to these coastal carbon-sink wonders in Paramaribo a day before.
Mr. Guterres recognized that the small island low-lying coastal states of the Caribbean are especially vulnerable to what he called “the biggest challenge facing our world today” — the climate crisis.
“The Caribbean is ground zero for the global climate emergency,” he said, underlining that unfortunately, it is not the only challenge that the region is facing.
“This year’s CARICOM summit comes at a moment of maximum peril – for people and planet alike,” he added, referring to the devastating effect of the COVID-19 pandemic on health systems and tourism, as well as on economic growth and foreign investment, now exacerbated by the war in Ukraine.
The Secretary-General told the CARICOM leaders that bold solutions were necessary to tackle these issues, highlighting three.
1. Match climate action to the scale and urgency of the crisis
Mr. Guterres called for urgent and transformative emissions reduction to halt global warming at a 1.5C, support for adaptation from climate impacts, and financial assistance to secure resilience.
“I thank Caribbean leaders for helping to show the way. I am inspired by your many efforts to safeguard your incredible biodiversity and natural gifts, including by the efforts of the indigenous communities,” he said.
He added that more ambition and climate action are needed by all, but specially the G20 who account for 80 per cent of global emissions.
“The war in Ukraine cannot lead to short-sighted decisions that shut the door on 1.5C. With the commitments presently registered, emissions are still predicted to grow by 14 per cent through 2030. This is simply suicide – and it must be reversed.”
The UN chief stressed that wealthier countries need to lead the way in a just and equitable “ renewables revolution ”, and they need to fulfil their promise to deliver $100 billion in climate finance for adaptation starting this year.
“And it is time for a frank discussion and space for decision-making regarding the loss and damage that your countries are already experiencing,” he emphasised.
2. Reform ‘morally bankrupt’ global financial system and spur sustainable recovery
The Secretary General underlined that developing economies need access to financing at no or low costs, as well as debt relief and restructuring.
“On the debt side, we need immediate relief for developing countries whose debt is about to become due,” he said.
The UN chief added that he fully supports the creation of a Caribbean Resilience Fund and the reform of the international financial system to help the region better respond and prevent massive vulnerability to external shocks.
“Clearly, our old metrics have failed us. It’s time to change them,” Mr. Guterres said, proposing to move beyond the financial system’s preoccupation with per capita income, and establishing a ‘multidimensional vulnerability index’ to determine access to financial support.
“For your countries, this would mean ensuring that the complex and interdependent factors of debt and climate change impact are captured in any eligibility analysis for debt relief and financing,” he told the Caribbean Heads of State and Government.
3. Keep up the combat against the COVID-19 pandemic
The Secretary-General made a push for governments, organizations and pharmaceutical companies to work better together to locally produce tests, vaccines and treatments.
“We’re not out of the woods yet… And we need to continue working closely together to stop the spread of the virus across the Caribbean through proven public health measures and prepare for future pandemics through bold investments in preparedness and training,” he stated, and stressed that countries must never again be so unprepared.
Finally, Mr. Guterres reaffirmed the support of the United Nations to the Caribbean to work towards these solutions.
New UN financing initiative goes live to power climate action
A new UN-led financing tool to strengthen weather and climate forecasting, improve life-saving early warning systems, safeguard jobs, and underpin climate adaptation for long-term resilience, officially opened for business on Thursday.
The Systematic Observations Financing Facility (SOFF) is a key building block for a new initiative spearheaded by UN Secretary-General General António Guterres to ensure that early warning services cover everyone on Earth, within the next five years.
SOFF seeks to address the long-standing problem of inadequate weather forecasting and climate services, especially in Least Developed Countries (LDCs) and Small Island Developing States (SIDS).
In support of the Paris Agreement on climate change, it will strengthen the international response to keeping global warming to 1.5 degrees Celsius, “by filling the data gaps that limit our understanding of the climate”, according to a press release issued by the World Meteorological Organization, WMO.
These gaps affect national agencies’ ability to predict and adapt to extreme weather events such as floods, droughts and heatwaves, all of which are on the rise, in line with the warming climate.
Heads of the three founding agencies, WMO, the UN Development Programme (UNDP) and UN Environment Programme (UNEP), joined ministers from donor countries, LDC Group members, Alliance of Small Island States (AOSIS) representatives and development partners, at the first SOFF Steering Committee meeting in Helsinki on Thursday to get the facility up and running.
Boost ‘the power of prediction’
“As the climate crisis worsens, it is crucial that we boost the power of prediction for everyone so countries can reduce disaster risk”, said the UN chief.
“That is why we have launched an initiative to ensure that every person on Earth is protected by early warning systems within the next five years. SOFF is an essential tool to achieve this. I thank all the countries that are providing initial funding to the SOFF UN Multi-Partner Trust Fund and urge others to do the same”.
“Early warning systems are built on the foundation of weather observation data, but this foundation is patchy to non-existent in many in LDCs and African countries,” stated Selwin Hart, Special Adviser to the Secretary-General on Climate Action and Just Transition.
Join the club
“I want to congratulate all the countries that have come forward and announce or soon will announce their financial contributions to the SOFF UN Multi Partner Trust Fund. I urge others to follow suit and help create a strong global data foundation upon which timely, accurate, people centered early warning systems can be built for everyone. Our collective efforts are needed more than ever.”
WMO Secretary-General, Petteri Taalas, pointed out that today, less than 10 per cent of required basic weather and climate forecasting systems are available from SIDS and LDCs.
“The world urgently needs this data and this is why SOFF will be a partnership of equals where everyone has a role and responsibilities.”
SOFF provides benefits not only to the most vulnerable countries, but to all countries across the globe, said WMO. The improved availability of weather and climate observations enabled by the SOFF are essential if the world community is to realize the 162 billion US dollars annually in socio-economic benefits of weather and climate prediction.
Best science, best data
Inger Andersen, UNEP Executive Director, emphasized that “now is the time to begin business by providing financial resources and technical capacity, by ensuring that from local to the global, all our actions can be informed by the best science and the best data. My deep thanks to the generous funders who will announce their firm pledges today. I encourage all to follow suit because now is the time to roll up our sleeves and get to work for people and for planet.”
UN Under-Secretary General and UNDP Associate Administrator Usha Rao-Monari followed, adding that “The United Nations Development Program is a proud co-founder of the SOFF UN Multi-Partner Trust Fund. Together with WMO and UNEP we are building upon the momentum generated over the past two years and I want to sincerely thank all stakeholders that contributed to the development of the SOFF. The specialized support provided by SOF is needed more than ever.”
Making carbon dioxide into protein for innovative animal feed
by Tom Cassauwers
Having a big idea may not be enough to change the world – innovation is a commercial process as well as scientific inspiration. Turning research into marketable products is partly a business challenge.
It’s common knowledge that proteins, a key component of human nutrition, are also essential for making animal feeds. Less well known is the uncomfortable fact that much of the protein we feed animals in Europe leads to deforestation and overfishing worldwide.
Biotechnology start-up Deep Branch have designed a biochemical transformation process that turns carbon dioxide (CO2) into a protein-rich powder for animals to eat.
The Deep Branch process converts carbon dioxide into a powder, called Proton, which has around 70% protein content. This is much higher than natural soy, which has around 40%.
British-Dutch company Deep Branch is the brainchild of Peter Rowe, a PhD graduate in molecular biology of Nottingham University in the UK. For him, the idea to convert CO2 into protein just kept popping up. ‘We looked at the field and wondered “Why the hell isn’t anyone doing this?”’ said Rowe.
Raising livestock and fish farming requires foods with high protein densities. Around 80% of the world’s soy crop is used to raise beef and dairy, with demand for these products increasing with the growing population.
Aquaculture depends on fishmeal production, which is partly reliant on harvesting fish from the wild.
Soy agriculture drives deforestation, global warming and habitat loss while overfishing endangers ecosystems and affects the balance of life in the oceans. Overall, food production has a huge role to play in the climate and biodiversity crises.
There’s also the issue of food security. ‘Europe is almost completely reliant on South America for the protein we use to feed our animals,’ said Rowe. ‘There’s a high risk of extreme events, geopolitics or even weather, disrupting that.’
The carbon dioxide can come from many sources. In the pilot, Deep Branch used gas coming from a bioenergy plant that burns waste wood. ‘We culture these microbes in a bioreactor,’ said Rowe. ‘This is the same technology used to make enzymes in biotechnology, or even brew beer.’
The carbon dioxide is put into a fermentation tank as a gas, with hydrogen added to serve as an energy source. After the cellular process is complete, the protein is then dried into a powder to be used as an ingredient in a sustainable animal feed.
It’s the type of idea that could make a circular, sustainable economy grow. Deep Branch emerged with Rowe’s biotech qualification. However, he wasn’t necessarily interested in a career in academics.
‘I never saw myself as a career academic, but a PhD is a good choice for a career in biotechnology,’ he said. On the other hand, ‘I like the idea that my research has real, short-term impacts in the world,’ he said.
According to Rowe, speculative research is always necessary, and universities are ideal places to pursue that. But bridging the gap from academia to the private sector presents its own challenges.
‘Some technologies would never have been invented in the private sector,’ said Rowe. ‘Sometimes you need fundamental scientific breakthroughs. But afterwards there needs to be a transition to the market.’
Universities will need to improve their policies around spin-off businesses for this process to work better, argues Rowe. As it stands, when technology is developed at an institution, universities and even individual academics take a share of the value in a spin-off company.
The problem is, sometimes this share becomes too high. When this happens it potentially impacts the further growth of the company by disincentivising private investment.
‘The university or academic who gets the equity doesn’t get any risk,’ said Rowe. ‘The PhD-students or postdocs who founded the company take all the risk.’
By taking an equity stake that is too large, institutions could potentially affect the development of the business. ‘We need to ensure that young researchers can go out and take risks,’ said Rowe.
In the meantime, Deep Branch seems to be a good example of how the transition from academia to private industry can work well. With a growing team, the business is seeking further investment to develop their next facility.
‘We’re keeping busy’, said Rowe, smiling.
The research in this article was funded by the EU. This article was originally published in Horizon, the EU Research and Innovation Magazine.
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