On 7 November, as governments reconvened in Marrakech for the first major round of climate talks since the momentous Paris summit, they had the wind in their sails. The sense of momentum that had built in the run-up to Paris had continued, with recent global deals to phase out HFCs (potent greenhouse gases used in refrigeration and air conditioning) and tackle emissions from aviation. However, by the morning of 9 November the mood changed to one of unease and trepidation, as news of Donald Trump’s US election victory sunk in. Only days after entering into force, the Paris Agreement was faced with the possibility of the world’s second largest emitter, and a key dealmaker and architect of the regime, withdrawing.

Although details of Trump’s positions on climate and energy policy are scarce, his statements on the campaign trail appear to signal a marked departure from the Obama administration’s approach. The president-elect has said he would ‘cancel’ the Paris Agreement and ‘rescind’ the Climate Action Plan which underpins US action to reduce emissions. On the basis of these statements, it is hard to view the election result as anything other than a major setback for the climate. The new international climate regime now faces a very early and very big test.

Paris’s first test

The response from governments has been swift. Statement after statement emphasized a clear and consistent message: countries remain committed to the Paris Agreement and to delivering their emissions reductions. While there is hope that the US will remain a part, the message was that the process will continue regardless. Importantly, there have as yet been no indications that recusant parties to the agreement might use a US withdrawal as cover to do the same.

This display of unity is arguably Marrakech’s defining success. Progress in talks to flesh out the so-called ‘rulebook’ for how the Paris Agreement will operate come 2020 was modest in some areas and disappointing in others; on finance, the perennial tensions between developed and developing countries were as clear as ever. But when the time came to uphold the nascent regime in the face of a threat, powerful international norms on climate action meant there were no divisions.

Two important questions

The prospect of US disengagement from the international regime, whether de jure or de facto, raises two important questions: one for the US and another for the rest of the world.

For the international community, the question is one of leadership. In the run-up to Paris, the US and China together set expectations for a global agreement, signalling their intent through a series of joint announcements that set the bar for ambition and carried other countries with them. Progressive countries hoped this partnership would re-emerge in 2018, when talks begin on closing the gap between national emission reduction plans and what is needed to achieve the Paris goal of containing warming ‘well below’ 2°C. A wholesale step change in ambition is required if the 2°C goal is to remain within reach, requiring intense climate diplomacy of the kind witnessed before Paris. Will China be prepared to unilaterally set the pace and raise ambition first? Will a new partner come forward, or new coalition emerge, to fill the vacuum left by the US and work alongside China to provide leadership?

The US faces a question of national interest. With the rest of the world apparently united on climate change, what costs might the US incur were it to withdraw from the global regime? To fly in the face of strong international norms on climate action would certainly erode American soft power and concede global status to China, which continues to signal its ambition to decarbonize. And with the US expected to take a more protectionist approach to trade, it is possible that other countries, frustrated at US free-riding on the emissions reductions of others, might impose tariffs on American imports to adjust for the lower emissions costs of US exporters. Nor will American prosperity be served by the US economy remaining shackled to fossil fuels while the rest of the world’s economy transitions away from them. All countries stand to lose if the US backslides on climate change, most of all the US.

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Summary

• The use of wood for electricity generation and heat in modern (non-traditional) technologies has grown rapidly in recent years, and has the potential to continue to do so.
• The EU has been, and remains, the main global source of demand, as a result of its targets for renewable energy. This demand is largely met by its own forest resources and supplemented by imports from the US, Canada and Russia.
• Countries outside the EU, including the US, China, Japan and South Korea, have the potential to increase the use of biomass (including agricultural residues as well as wood), but so far this has not taken place at scale, partly because of the falling costs of competing renewables such as solar PV and wind. However, the role of biomass as a system balancer, and its supposed ability, in combination with carbon capture and storage technology, to generate negative emissions, seem likely to keep it in contention in the future.
• Although most renewable energy policy frameworks treat biomass as though it is carbon-neutral at the point of combustion, in reality this cannot be assumed, as biomass emits more carbon per unit of energy than most fossil fuels. Only residues that would otherwise have been burnt as waste or would have been left in the forest and decayed rapidly can be considered to be carbon-neutral over the short to medium term.
• One reason for the perception of biomass as carbon-neutral is the fact that, under IPCC greenhouse gas accounting rules, its associated emissions are recorded in the land use rather than the energy sector. However, the different ways in which land use emissions are accounted for means that a proportion of the emissions from biomass may never be accounted for.
• In principle, sustainability criteria can ensure that only biomass with the lowest impact on the climate are used; the current criteria in use in some EU member states and under development in the EU, however, do not achieve this as they do not account for changes in forest carbon stock.

Also see Woody Biomass for Power and Heat: Impacts on the Global Climate, which assesses the impact of the use of biomass for energy on greenhouse gas emissions, how these are accounted for under international climate accounting rules, and analyses the sustainability criteria currently in use and under development to minimise negative impacts.

Chatham House’s recent paper, Woody Biomass for Power and Heat: Impacts on the Global Climate, highlights how the use of wood for electricity generation and heat in modern (non-traditional) technologies has grown rapidly in recent years, and has the potential to continue to do so. EU member states’ national targets for renewable energy generation agreed in 2009 have helped ensure that the EU is now the world’s largest producer and consumer of wood for energy. And although other member states use wood more extensively for heat, the UK is the EU’s largest user for electricity generation, mostly sourced from the US and Canada.

Wood for energy often has a positive image: a natural product of growing forests. The biomass energy industry, which has grown rapidly on the back of government subsidies, likes to contrast it with dirty coal or oil. They point to the government’s sustainability criteria, which notionally guarantee a reduction of at least 60 per cent in greenhouse gas emissions compared to the fossil fuels the biomass replaces.

The problem with this happy picture, however, is that in fact biomass, when burnt, emits more carbon per unit of energy than most fossil fuels. The exact amount varies with the type of biomass and the type and age of the power plant, but figures from the Drax power station, Europe’s largest consumer of wood pellets, show that in 2013 it emitted about 13 per cent more carbon dioxide per unit of energy generated from biomass than from coal.

How is this consistent with meeting the government’s requirement for a 60 per cent reduction in emissions? Only by completely ignoring the carbon emitted when the wood is burnt; the sustainability criteria measure only supply-chain emissions from harvesting, processing and transporting the wood. (Direct land-use change – for example, clearance of the forest for agriculture or urban development – also falls outside the criteria, but biomass for energy generally originates from existing forests.)

This treatment of combustion emissions as zero – and thus, the awarding to wood the same kind of financial and regulatory support as other renewables such as solar PV and wind – is justified on the basis that the carbon contained in woody biomass is part of the natural forest cycle. The carbon released during combustion was absorbed by forest growth in the past and will be reabsorbed by forest growth in the future; in contrast, fossil fuels originate outside this cycle and their combustion adds carbon to the atmosphere.

But this argument rests on a basic fallacy. Carbon is carbon, wherever it comes from, and if you burn wood for energy, you increase carbon dioxide concentrations in the atmosphere (by more than if you had used fossil fuels), and thereby contribute to climate change. The fact that the carbon emitted was absorbed by growing trees in the past is simply irrelevant. After all, when it’s harvested you don’t have to burn it; you could use it for construction or furniture or window frames or a host of other uses, fixing the carbon in wood products rather than emitting it to the atmosphere.

Climate impacts

It is true that continued forest growth will absorb carbon in the future, but the process is a long one, taking decades or even centuries if whole trees are harvested and burnt. Replacing large mature trees, with plentiful leaf cover absorbing large volumes of carbon dioxide, with small young ones mean that the rate of carbon uptake will be far lower for years. On top of that, the impact of harvesting itself releases soil carbon into the atmosphere, further accelerating climate change.

The impact on the climate of using sawmill or forest residues for energy rather than whole trees is undoubtedly lower, since these tend to be wastes from other industries which harvest trees for their own purposes, and do not imply any additional harvesting. Sawmill wastes which, if left to themselves, would rot and release their stored carbon into the atmosphere in a matter of months or years, are in many ways the ideal feedstock; it makes sense to use them for energy rather than leave them to decay. However, mill residues are already intensively used and there seems little room for expansion; a survey in the US in 2011 found that over 99 per cent of mill residues were already used, mainly for energy and wood products such as particleboard.

Forest residues are the parts of harvested trees that are left in the forest after log products have been removed, including stumps, tops and small branches, and pieces too short or defective to be used; these can amount to as much as 40–60 per cent of the total tree volume. Their impact on the climate if used for energy varies significantly. While the smallest pieces tend to rot and release their stored carbon into the atmosphere quite quickly, if left in the forest, they are generally not suitable for use for energy, as they contain too much dirt and ash to be burnt cleanly. Larger pieces are more suitable but take much longer to decay; burning them for energy instead of leaving them in the forest thereby increases carbon concentrations in the atmosphere for years or decades. And on top of that, a portion of the carbon and other substances contained in the residues is transferred to the soil as they decay; their removal from the forest for energy may reduce both soil carbon and the levels of the nutrients trees need to grow, again with negative impacts on the climate.

The biomass industry generally likes to claim that it uses mainly mill and forest residues, though on closer inspection the categories they report often contain whole trees, perhaps classified as ‘unmerchantable’ or similar. (This is not helped by the fact the categories used by Ofgem, for example, to whom UK biomass users have to report, are confusing and potentially overlapping.) Several independent studies, however, have concluded that the use of mill and forest residues is in reality substantially lower; pellet plants in the US – the UK’s main source of supply – in fact source about 75 per cent whole trees.

Setting aside these arguments about feedstock, however, can it be safely assumed that future forest growth allows us to treat biomass as carbon-neutral? If the trees would have grown anyway, even in the absence of the biomass energy industry, it cannot be assumed that their future absorption of carbon cancels out the carbon emitted when wood is burnt. If the rate of carbon absorption in forests remains the same whether or not some of the harvested wood is burnt, then clearly, the best outcome for the climate in the short and probably medium term is not to burn it, but to use it for wood products or leave it to decay slowly in the forest. This is not an academic argument: the current global rate of emissions of greenhouse gases is incompatible with the aims of the Paris Agreement and may risk triggering irreversible tipping points in the Earth’s climate system. We need to reduce carbon emissions now, not in several decades’ or centuries’ time.

The biomass industry likes to point to the expansion of US forests in recent decades to show that forests overall have been absorbing more carbon even while increasing volumes are burnt for energy – sometimes implying that this forest growth has been encouraged by the demand for energy. But in fact US forest expansion started in the 1950s, decades before European subsidies stimulated the expansion of the modern biomass industry. And there is little evidence of recent overall forest growth in the US southeast, the location of almost all the pellet plants supplying European demand. In any case, the point is not whether US (or European) forests are expanding, but whether they would have grown at a different rate if part of their wood had not been burnt for energy. If they would have grown at the same rate, or faster, in the absence of biomass energy use then it cannot be assumed that using wood for biomass is good for forests, or the climate.

Redirecting public money

There is no question that renewable energy policy and forest policy both have a critical role to play in the mitigation of climate change. But governments have limited resources to deploy in their support, which is why the Chatham House paper questions whether it is really a good use of public money to subsidise activities which release stored forest carbon into the atmosphere, thereby increasing carbon emissions and accelerating climate change.

I argue instead that support should be limited to those feedstocks which genuinely reduce carbon emissions over the short term – i.e. mill residues and post-consumer wood waste. This would not only have a positive direct impact on the climate but would also release more resources for genuine zero-carbon technologies, such as solar, wind or tidal – and perhaps also for programmes encouraging afforestation and the more extensive use of wood in buildings and products. Use it, don’t burn it.

To comment on this article, please contact Chatham House Feedback

Focusing on trade security, climate change disruptions and security cooperation, the project will develop scenarios exploring possible shifts in regional economic and security priorities from 2019-2024.

Research staff from Chatham House will, in cooperation with local partners, convene expert roundtables in the United Kingdom, France, Japan, India, the United States and Tonga to enhance the discourse and understanding of the strategic relationships in the region, as well as the shared – or disparate – goals of the various countries.

A podcast will be recorded and released in conjunction with each event. The project will culminate with a research paper, amalgamating the roundtable discussions with analyses and policy recommendations developed by the Chatham House team.

Brexit will significantly change the balance within the EU in relation to nuclear energy. Apart from France and Finland, both of whose nuclear development programmes are behind schedule, the UK is the only member state in northern or western Europe currently investing in new nuclear capacity. Brexit will therefore leave the supporters of nuclear energy within the EU27 and the European Commission in a weaker position.

The speaker will argue that at a time when the energy industry needs to accelerate its shift away from fossil fuels, and when the electricity generation industry must cut its carbon emissions faster than it has ever managed to do in the past, this change is unhelpful.

The workshop will also address the need for additional interconnector capacity and the future of carbon-trading outside the EU emission trading system and how this relates to potential nuclear energy capacity.

Attendance at this event is by invitation only. 

• Meeting future global food security requirements is not just about quantity; it is also about meeting growing needs in a way that safeguards human as well as planetary health. But national priorities and policies often remain out of sync with aspirations for more sustainable and healthy food systems.
• International trade and trade policies play an ambiguous role in the current food system. With 80 per cent of the world’s population depending on imports to meet at least part of their food and nutritional requirements, trade has a unique function in offsetting imbalances between supply and demand. However, in the absence of effective regulatory frameworks or pricing frameworks that internalize environmental, social or health costs, trade can exacerbate and globalize challenges associated with food production and land use trends such as deforestation, land degradation, greenhouse gas emissions, biodiversity loss and the shift to unhealthy diets.
• Over the last two decades, trade in agricultural products (excluding intra-EU flows) has more than tripled in value, to reach $1.33 trillion. The geography of global food trade flows has also shifted, primarily towards South–South trade, which now accounts for roughly a quarter of total agricultural trade flows. The nature of global trade has changed drastically, with traditional exports such as wheat and coffee growing slowly at around 2 per cent per year, while products such as palm oil, fruit juice, soft drinks and other processed products have grown at 8 per cent or more annually.
• This overall increase in trade in agricultural products raises questions about the growing utilization of resources, such as water or soil nutrients, that are embedded in those products through production and processing. Trade itself also causes negative environmental impacts, starting with greenhouse gas emissions associated with transport and storage. If the environmental cost associated with production and trade is not reflected in the final price of goods, trade may accelerate the depletion of resources or their unsustainable use.
• It is critical to ensure that trade policy options pursued by producing and consuming countries alike will support a transition to more sustainable and healthier food and land use systems. The first step in addressing trade-related food systems challenges must involve rebuilding trust among policy actors. There is a need for new spaces for informal dialogue among actors, and ‘soft’ governance mechanisms that can help rebuild consensus on the best ways forward. Meeting these challenges also requires an appreciation of the complex interactions between sectoral policies (e.g. on water, land, food, etc.) and their multiple interfaces with trade policies. 
• Conditioning the use of subsidies on their sustainability and/or health impacts encourages the delivery of essential public goods in ways that are consistent with sustainability and health goals. A first step therefore is the removal of perverse incentives (e.g. subsidies encouraging the overuse of fertilizers or pesticides or the overproduction of certain commodities, as well as certain biofuels subsidies) and replacing them with market-correcting subsidies.
• Trade facilitation measures for fruits and vegetables that are aimed at easing transit at the border, by cutting unnecessary bureaucracy and reducing waiting times, can improve their availability, reduce costs and improve food quality and safety for consumers. Similarly, measures aimed at improving sustainable cold storage and upgrading value chains can support better diets and consumption by increasing the availability of fresh produce on markets, especially in developing countries.
• A global food stamps programme developed through the G20 and facilitated by the UN’s food agencies could address purchasing power imbalances and tackle malnutrition in developing countries. If carefully designed, such ‘safety net’ schemes can not only contribute to improving calorific intakes but also help deliver more balanced and healthier diets. Careful attention must be given to how such a scheme would work in practice, building on experience to date with similar initiatives.
• Integrating the notion of sustainable food and inputs trade in the post-2020 global biodiversity framework can help to deliver more sustainable and healthier food and land use systems. This could be achieved by likeminded countries introducing a set of goals or targets aimed at mitigating the role of trade in placing indirect pressure on biodiversity, and to encourage trade in biodiversity-based products including natural ingredients produced ethically and following sustainability principles and criteria.
• An SDG-oriented agenda for agricultural trade is needed. It could be formed by countries seeking to remove perverse incentives, guaranteeing a safe harbour for market-correcting measures, clarifying existing rules and establishing plurilateral negotiations among subsets of the WTO membership, or sectoral approaches, to address specific challenges.
• Greenhouse gas emissions resulting from trade need to be addressed. Governments could seek to achieve this through ensuring the carbon neutrality of existing and new trade deals, either by connecting carbon markets among contracting parties or by developing joint initiatives to tax international maritime and air transport emissions.

The investment community is increasingly seeking to assess the alignment of their portfolios with the Paris Agreement. In a recent update to their Two Degrees of Separation report, Carbon Tracker assessed the capital expenditure of listed oil and gas producers against ‘well below’ 2C targets, and for the first time, against short-term actions at the project level.

The speaker will present the key findings of the report and will argue that every oil major is betting heavily against a low-carbon world by investing in projects that are contrary to the Paris goals.

This roundtable discussion will further explore the report findings and consider what investors, regulators and oil and gas companies can do to encourage alignment  with the Paris Agreement ahead of 2020.  

Attendance at this event is by invitation only.

This closed-door roundtable explores possible strategic shifts in the Indo-Pacific between now and 2024. Focusing on trade security, climate change disruptions and security cooperation, it aims to enhance the understanding of the regional goals of, and strategic relationships between, the key countries active in the region.

The workshop is part of a larger project funded by the Strategic Policy Division of the Australian Department of Defence. The project includes workshops in the United States, the United Kingdom, France, Japan, India and the Pacific Islands (Tonga).

Attendance at this event is by invitation only.

This half-day strategic workshop, organized by Chatham House and E3G, brought together key climate experts, policymakers and influential actors, especially in Europe, for a focused and facilitated discussion on the roles, risks and potentials of negative emissions technologies (NETs). 

An interactive scenario exercise will be conducted, drawing on a climate simulation tool developed by Climate Interactive, to consider the potential roles and risks of different NETs deployments to meet the Paris Agreement targets and to consider the international co-operation required to manage the pathway to net-zero emissions. Participants will explore the political opportunities, discuss different scenarios and risks and identify areas of interventions and collective action.

The meeting is part of a series of events being held at Chatham House as part of London Climate Action Week (LCAW).

In recent years, clean energy access for refugees and internally displaced people has emerged as a potential method of improving humanitarian outcomes and enabling self-reliance. While recent research emphasizes the need for more quantitative data to inform energy access interventions, better qualitative understanding would also improve innovation in this area.

This ethnographic study is the first of its kind to analyse energy access and resilience strategies deployed in two refugee camps, Kakuma in Kenya and Goudoubo in Burkina Faso. The stories of residents in these camps demonstrate the importance of considering everyday experiences of displaced people in developing sustainable humanitarian energy interventions.

This paper highlights the need for new methodological approaches to expand the evidence base for humanitarian energy interventions and policies. Future research could usefully inform humanitarian energy projects by examining the technical knowledge and existing practices of refugees in the design of energy technologies, systems and business models. Uptake and sustained use of new systems may be more likely where interventions build on or work in harmony with these factors.

One year ago, during the last annual Conference of Parties (COP) held in Katowice, the Polish government launched a Solidarity and Just Transition Declaration, signed by 56 governments including the UK, making the case for why the green transition must be just.

Three years earlier in 2015, the landmark Paris Agreement also included provisions for a just transition where it stated that the decarbonization process should be ‘Taking into account the imperatives of a just transition of the workforce and the creation of decent work and quality jobs in accordance with nationally defined development priorities’. In practice, however, the concept of a just transition has not yet been implemented and has not been sufficiently considered by governments or corporations around the world.

The social unrest that has erupted in Chile’s capital Santiago over the past month, which has forced the Chilean government to ask to move this year’s COP to Madrid, is a case in point. This discontent clearly shows that climate action cannot be separated from social justice concerns. There has not been a real commitment by governments to ensure a just transition based on social dialogue from the local to the national level. This was seen in France with the gilets jaunes protests in November 2018 – one month after President Emmanuel Macron ended the so-called ‘fortune tax’ and instead introduced taxes on diesel fuel as part of an effort to transition to green energy – and the current situation in Chile has some striking parallels. 

Sustainability transitions are a complex web of political choices and investment decisions which affect countries and societies in many different ways. Questions of social justice are everywhere, but in most cases, poorly understood by decision-makers. For example, although poverty has been reduced significantly over the last decade, Chile has one of the worst rates of inequality in Latin America and the highest Gini index in the OECD. The decisions taken in 2017 to power Metro de Santiago with solar photovoltaics and wind energy are commendable from a climate perspective, however, it led to students and young people protesting against rises in subway fares in October 2019.

They were joined by Chileans who are frustrated with rising living costs and by workers and trade unions struggling with low wages. As reported by the Chilean Human Rights Commission (INDH), so far more than 4,200 people have been arrested and more than 1,300 injured and hospitalized.

Climate negotiations beyond technicalities

This time there is also another important dimension to the protests: social unrest as a reaction to worsening inequality has the potential to derail multilateral cooperation on climate change and other global issues. Since tackling climate change is a race against the clock, the world faces the challenge of addressing both urgency and equity. The world cannot afford delays and needs to move fast but decision-makers need to take time for deliberation and civic participation to avoid rapid and ill-conceived transitions which eventually meet public resistance.

Many technical experts and negotiators, who often unintentionally divorce climate policy and technical discussions about emission reductions from social justice concerns, have been caught by surprise by the cancellation of the negotiations. For this year’s COP, one important focus of the official negotiations are the so-called 'Article 6 Rules' – the accounting mechanisms and modalities for a new form of international interaction on carbon markets and off-setting to ensure carbon markets can support countries in enhancing the ambitions of their stated climate action, known as Nationally Determined Contributions (NDCs). 

What is becoming much more obvious now is that just transitions are at least equally important for achieving NDCs and other long-term mitigation strategies.

In order to meet the 1.5 degree target, stated by the Intergovernmental Panel on Climate Change (IPCC), the world will have to invest an average of around $3 trillion a year over the next three decades in transforming its energy supply systems. But how can we ensure that these investments benefit low-income communities? Will they further increase everyday living costs? The climate finance related discussions focussing on commercially-oriented investments for low-carbon energy systems in most cases only consider the aspect of affordability, but not the other important principles of alternative ‘just’ energy finance, such as good governance, due process, intra-generational equity, spatial equity and financial resilience. Investments to support just transitions need to ensure investments, not only for large energy infrastructure, but also in the jobs, skills and work vital to both adaptation and mitigation.

Just transitions for a circular economy

The just transition concept is also the entry point to broader discussions about inclusive economic transformations, questioning the dominant paradigm of consumerism and ending the wasteful use of critical resources. The current linear economic model of take-make-throw away – in Chile epitomized by the linear extractive model of the mining sector that has contributed to widening inequality – the linear extractive model is not only destructive on the natural environment but also destructive for social cohesion.

In Chile, the commodity boom in copper production – the country accounts for about 30 per cent of the world’s output – and more recently lithium – which is used in batteries for mobile phones, laptops and electric cars – have generated enormous prosperity in Chile. But the wealth has been unequally distributed and has not been used to lay the foundation for raising the overall level of incomes.

A socially embedded and inclusive circular economy can, therefore, be a way forward from the current situation the Latin American country finds itself in. The circular economy was intended to feature prominently during the 25th COP and Chile’s policies – from the Ministry of Environment and Chile's Production Development Corporation (CORFO) – have played an important role in supporting the development of a circular economy, launching in 2018, the first public circular economy programme in Latin America. 

The government’s support for start-up companies and entrepreneurs to develop inclusive circular economy business models is the right approach to addressing the issues of waste, employment, services for low-income communities and local economic development. These are solutions that need to be scaled up having the potential to reduce Chile’s economic reliance on the dominant extractive model.

As a global community, it is necessary to address the environmental and social objectives equally as not addressing social objectives will become an obstacle in achieving climate mitigation and solving other environmental issues. 

The Chilean protests are a wake-up call and present an opportunity for the global climate change community – which includes governments – to ensure just transitions are implemented in practice.

Earlier this month, Sheikh Tamim – the emir of Qatar – hailed the country’s success in overcoming the impacts of the embargo levied by the so-called Arab Quartet – Bahrain, Egypt, Saudi Arabia and the United Arab Emirates (UAE). Qatar will post a budget surplus for the first time in three years, and the country’s long-term plan for economic diversification has taken great strides, according to the emir. Key among the achievements cited was the advancement of Qatar’s domestic food industry.

When the blockade was introduced in June 2017, it threw the vulnerability of Qatar’s domestic food supply to outside interruption into sharp relief. Qatar is poorly suited to growing food. The desert country ranks as the most water-stressed in the world. As one of the hottest, most arid countries in the world, trade is critical to feeding the nation; over 90 per cent of its food supply is imported.

Most of Qatar’s cereal imports – including 80 per cent of its wheat supply – arrive by sea from exporters including India, Russia and Australia. Sitting on the eastern edge of the Persian Gulf, Qatar’s only maritime gateway to the world is the Strait of Hormuz. This narrow body of water can, as events this summer have shown, be disrupted by geopolitical events. But for 40 per cent of overall food imports, overland trade from Saudi Arabia was Qatar’s primary supply channel before June 2017 – particularly so for dairy products and fresh fruit and vegetables coming from the EU, Turkey and Jordan.

The abrupt closure of Saudi Arabia’s borders prompted significant private investment in Qatar’s own food industry; domestic production has reportedly increased four-fold since the blockade was introduced. Prior to the blockade, Qatar imported 85 per cent of its vegetables; it now hopes to produce 60 per cent within the next three years. Perhaps even more remarkably, the country is now self-sufficient in dairy, having previously relied on imports for 72 per cent of its supply.

This progress has come at a cost. Qatar’s booming domestic industry is highly resource-intensive. To fill the gap in the dairy sector, Baladna – the country’s principal dairy producer – imported around 18,000 Holstein dairy cows from the EU and US. The company is thriving; in June of this year, it made its first dairy exports.

But the desert is not a natural environment for these cows; they must be kept indoors, at temperatures around 15°C cooler than the outside air, and misted with water to prevent overheating. The cooling systems are a huge drain on local resources. Each dairy cow requires an average of 185 gallons of water a day, almost twice the volume used by the average Qatari household. The majority of this water comes from oil- or gas-powered desalination plants; the cooling systems themselves run on gas-fired electricity.

Qatar has traditionally invested in production overseas – particularly in Sudan and Tanzania – to secure its fodder supply, but the government has plans to become self-sufficient in fodder crops such as lucerne (alfalfa) and Rhodes grass. This will require irrigation on a vast scale. Qatar’s farmland is mostly located in the north of the country where it benefits from aquifers; fodder production already accounts for half of the groundwater extracted for use in agriculture.

Despite commitments made under the National Food Security Programme to improving the water efficiency of Qatar’s food production, the rate of draw-down of these aquifers exceeds their recharge rates. Overexploitation has resulted in saline intrusion, threatening their long-term viability. With 92 per cent of all extracted groundwater given to farmers free of charge, there is little incentive for economizing on its use.

Increasing production will also likely mean increasing fertilizer use; rates of fertilizer use in Qatar are among the highest in the world, second only to those in Singapore.

Both government and industry are taking small steps to ‘green’ the country’s food production. Certain local authorities plan to ban the use of groundwater for fodder production by 2025, requiring producers to use treated sewage water instead and reserving the use of groundwater for crop production.

A number of companies are also adopting so-called ‘circular’ practices to achieve more efficienct resource use; Agrico, a major vegetable producer, has expanded its organic hydroponics operations, a move the company reports has led to a 90 per cent reduction in water use. But, with a target to produce up to 50 per cent of Qatar’s fresh food supply domestically within just a few years, scattered examples of resource-saving strategies will not be enough to mitigate the rise in water demand.

As Qatar looks to continue growing its food industry in the wake of the blockade, it is from Saudi Arabia – ironic though it may be – that Qatar stands to learn important lessons.

Saudi Arabia’s scaling up of domestic wheat production – initially to achieve self-sufficiency and then to support a prosperous export industry – was ultimately a failed effort. The unsustainable extraction of groundwater – fuelled by generous subsidies for wheat producers and the nominal cost of diesel for pumping – brought the country’s water table to the brink of collapse, and the government was forced to make a dramatic U-turn, reducing then removing the subsidies and shrinking its wheat sector.

The UAE also provides an instructive example for how domestic food production may be supported – this time positive. This summer, the Department of Environment in Abu Dhabi announced its Recycled Water Policy, laying out a policy framework to promote and facilitate reused water across all major sectors, including agriculture.

Back in 2014, the Ministry of Climate Change and Environment set hydroponics as a key priority, launching a 100 million Emirati dirham fund to incentivize and support farmers establishing hydroponic farms. And the International Center for Biosaline Agriculture, based in Dubai and supported by the UAE government, undertakes pioneering research into sustainable food production in saline environments.

On the face of it, Qatar has indeed bounced back from the blockade. As and when cross-border trade is re-established with Saudi Arabia, Qatar will boast a more diverse – and more resilient – network of trade relationships than it did prior to June 2017.

In addition to investment in domestic food production, the blockade also provoked a rapid recalibration of Qatar’s trade relationships. Allies in the region – most notably Turkey and Iran – were quick to come to Qatar’s assistance, delivering fresh produce by air. Since then, Qatar has scaled up its trading relationship with both countries.

It has also leveraged its position as the world’s largest exporter of liquid natural gas to establish new maritime trade lines with major food exporters, including India. Should tensions spike again in the future, it will be in a stronger position to weather the storm.

But, in the absence of a commitment to support the widespread adoption of circular agricultural technologies and practices, Qatar’s commitment to increasing its self-sufficiency and expanding its domestic production could ultimately undermine its long-term food security.

Rising average temperatures and increasingly frequent extreme weather events – like the heatwave in 2010 when temperatures soared to over 50°C – will exacerbate already high resource stress in the country. Unsustainable exploitation of finite land, water and energy reserves will limit the country’s long-term capacity to produce food and weaken its ability to withstand future disruptions to regional and international supply channels.

As Qatar continues in its efforts to secure a reliable food supply, it would do well to heed the experience of its neighbours, be they friend or foe.

In a new event in the Sustainable Transitions series, the speaker will present an update of Sino-Russian gas cooperation.

To give a comprehensive account of their impact on global liquefied natural gas (LNG) supplies, he will discuss the following points:

• Gas is scheduled to start flowing from the Power of Siberia I (POS) on 2 December 2019. But what is the background of development of POS 1 and what is its current status and prospects? 
• What are the chances of exporting gas through the proposed Altai pipeline? Why is the Mongolia export route so significant? And how will it affect the Central Asian Republics and in particular Turkmenistan’s gas export to China? 
• What are the implications of both POS I and Altai gas via Mongolia route in the context of global LNG supply?
• What are the prospects for multilateral pipeline gas cooperation in northeast Asia?
• What are the implications for other Arctic onshore LNG supply, in particular, for Novatek's Yamal LNG and Arctic LNG 1 and 2 to China on top of POS 1 and Altai gas?

Attendance at this event is by invitation only.

A ground-breaking research project from Chatham House, supported by The Power of Nutrition, is exploring the business case for tackling undernutrition, micronutrient deficiencies and overnutrition. Companies across all sectors hold huge, transformative power to save countless lives and transform their own financial prospects. To act, they need more compelling evidence of the potential for targeted investments and strategies to promote better nutrition and create healthier, more productive workforces and consumers.

At this workshop, Chatham House will engage business decision-makers in a scenario exercise that explores different nutrition futures and their commercial prospects in each before examining what different strategies business can pursue to maximize future profitability through investments in nutrition.

Attendance at this event is by invitation only.

Climate change and energy transition are re-shaping the extractive sectors, and the opportunities and risks they present for governments, companies and civil society. As the central governance standard in the extractives sector, the EITI has a critical role in supporting transparency in producer countries.

This workshop will bring together experts from the energy and extractives sectors, governance and transparency, and climate risk and financial disclosure initiatives to discuss the role of governance and transparency through the transition. It will consider the appropriate role for the EITI and potential entry points for policy and practice, and the potential for coordination with related transparency and disclosure initiatives. 

Please note attendance is by invitation only.

The UK will host the 26th Conference of the Parties (COP26) in November 2020 in Glasgow. In the run up, Chatham House is organizing a monthly briefing series targeted to:

• The diplomatic service based in London, in particular, staff of the London embassies who are reporting on climate change issues.
• Senior UK government civil servants, officials and politicians engaged in climate change.
• Academics, experts, business representatives and NGOs.

The first briefing in the series focuses on the results from COP25 held in Madrid in December 2019 and what this means for 2020.

This briefings series offer an opportunity to discuss, in an informal setting, the most pressing and complex climate issues of the day with UK and international government officials and experts.

To identify and promote collaborative opportunities for an inclusive and sustainable circular economy transition at the international level, a clearer understanding and discussions of the potential winners and losers of such a transition is needed. In short, a ‘win-win-win’ vision for the environment, people and the economy, needs to be built and credible pathways to achieving this vision.

This research workshop, organized by Chatham House and UNIDO, will build on previous and ongoing research by Chatham House, and others, to drive forward an inclusive circular economy agenda and promote a just transition from linear to circular economic models. Chatham House, in collaboration with partners, aims to provide a strong evidence base of the opportunities and trade-offs in this transition from linear to circular models by robustly analysing the political economies in key regions in the developing world and engaging with leading stakeholders from governments, international organizations, civil society and the business community.

Latin America is an important geographical region for the circular economy especially in view of the circular bioeconomy and the agenda around inclusiveness. Several countries are beginning to embrace the circular economy concept and related policies. This workshop will bring together circular economy leaders from policy, business and civil society across Latin American countries to identify and discuss challenges, large-scale positive sum opportunities, investment needs, existing alliances and the potential to scale up circular economy practices. The second day of the workshop includes site visits to various circular economy projects in Uruguay.

Attendance at this event is by invitation only. 

The circular economy, that minimizes waste and keeps materials and products in circulation for as long as possible, is increasingly regarded as a promising model for driving sustainable and resilient economic growth in both developed and emerging economies. To successfully scale circular practices and ensure the transition from a linear to a circular model leaves no one behind, an inclusive and collaborative approach is required.

• Inclusive policy approaches for solving the global waste crisis.
• Financing the circular economy and closing the investment gap.

• Trade in the circular economy: closed local economies or global collaborating systems?

During the second day of the conference, more specific circular economy themes are discussed in virtual panels including the following topics:

• Beyond plastic recycling: innovations for sustainable packaging.
• Advancing multilateral action on marine plastic pollution.
• Industry 4.0 and circular economy: identifying opportunities for developing countries.

The Chatham House Circular Economy conference forms part of the programme of events to celebrate the Chatham House Centenary highlighting the main goals for the institute’s second century.

Mass human displacement crises like those in Syria, Democratic Republic of Congo and Myanmar do not dissipate within a year or two. The average age of a refugee camp globally is 18 and counting.

Meanwhile, the pressures on resources and services in neighbouring countries absorbing an influx of vulnerable people can be harsh. Imagine the overstressed schools and hospitals where intake has doubled in areas of Jordan and Lebanon, and the damage to ecosystems and elephant habitats where camps have sprung up in Bangladesh. 

The fallout from such crises is prompting new ways of working in the international humanitarian system. These recognize that short-term, emergency responses can jeopardize national development goals if maintained indefinitely. In most refugee camps for instance, each family cooks with wood in regions already suffering from deforestation.

Reliance on polluting trucks to bring in fuel and water is high. At the same time, developing countries – which host 80 per cent of the record 70.8 million people currently displaced by conflict – desperately need to address health, water, energy and housing needs for their own populations. Aid and welfare interventions directed only at refugees can provoke frustrations amongst the local community, damaging social cohesion and fostering political instability. 

The Global Compact on Refugees, affirmed by the United Nations General Assembly one year ago, aims at fairer responsibility-sharing amongst countries and equitable resourcing to host communities and refugees. The Global Refugee Forum (GRF) taking place 17–18 December in Geneva is the starting point for donor pledges and commitments. 

An opportunity for refugee-hosting countries

Among the GRF’s 6 focus themes is ‘Energy and Infrastructure’ – a new priority for humanitarian aid and finance. This covers energy, environment, water and sanitation, health, shelter and connectivity – services that are tightly interconnected. In October, the UN Refugee Agency (UNHCR) also launched its first energy strategy, which ‘promotes the transition to clean, renewable energy at refugee camps and hosting sites’.

Given this impetus, alongside a growing international focus on speeding up Sustainable Development Goal (SDG) delivery, stabilizing migration and supporting climate resilience, more aid and soft credit for interlinked objectives will become available. Countries hosting refugees have an opportunity; how they approach it will determine the level of support they attract and how effectively it is deployed. 

Policy conditions are key to success

In a refugee situation, energy access is about much more than keeping warm or cooking food. It is also about connecting with loved ones across borders, safety at night, healthy births and making a living. Due to the lack of long-term funding, maintenance systems or government approvals, failed pilots to introduce for example, solar streetlighting or clean cookstoves, are the norm. 

To increase their durability and reach, projects need to harness local markets and support national development goals, especially those on access to modern energy for all (SDG 7), protecting ecosystems (SDG 15) and resilient human settlements (SDG 11). Several examples of these are emerging, each with valuable lessons to share. 

The policy environment, in particular, coordination between authorities, humanitarian agencies and private sector actors, can make or break a project. Beyond the basic conditions of adequate security and refugee acceptance, our research highlights three enabling factors:

First: government willingness to engage in long-term response and resilience coordination. Jordan is the most advanced in this with its three-year rolling Response Plan for the Syria Crisis whereby the government works with humanitarian agencies to integrate refugee welfare with national development needs.

Here, energy, water and housing needs are specified and have attracted funding. For example, in Irbid, Jordan where over 137,600 Syrian refugees live, the Norwegian Refugee Council, is expanding a programme under the Renewable Energy for Refugees (RE4R) initiative that applies energy efficiency and solar water heating to reduce bills and rents for refugee tenants while adding value for Jordanian homeowners.   

Second: strong, clear, energy and environment plans and legislation. Signals can be mixed. Jordan’s ‘wheeling’ regulation, allowed UNHCR to reduce its electricity bills through specially built solar plants at Azraq and Zaatari, yet the current freeze on renewable connections has stifled further projects.

In Rwanda,  the government banned the supply of woodfuel to refugee camps on the basis of concerns about deforestation. The announcement sharpens focus on cleaner cooking.

Yet with little guidance on enforcement and the timeframe for change, it is difficult for UNHCR and its partners to plan viable schemes. A reversion to stove and fuel handouts is likely, damaging the potential to create markets for alternative cooking practices in the camps. 

Third: local fuel prices. Where polluting fuels are subsidized or untaxed, additional subsidy is needed to make cleaner alternatives competitive. The higher prices of diesel in Uganda for example are an incentive for solar projects at Bidi Bidi, the world’s largest refugee settlement.

The Gaia Association-UNHCR clean energy programme in Ethiopia’s Western refugee camps has avoided burning some 10,000 tonnes of wood since 2006 through ethanol, but if  VAT (which is applied to neither charcoal nor kerosene) were waived, it could scale up commercially. 

Joining up the dots

Many humanitarian and government dots could be joined up in support of the SDGs. In Rwanda for example, clarity on electrification plans – which appear to cover refugee areas – could allow camp mini-grids to be designed for eventual grid integration. In Jordan, lessons learned from the home upgrading programme could be applied to meet city climate resilience ambitions. 

Donors at the GRF should support humanitarian operations that leave a positive legacy, increasing the robustness of country infrastructure and systems. Host-country governments should help define and encourage projects that benefit national and refugee populations. This will be critical to both development outcomes and limiting future human suffering. 

The circular economy minimises waste and keeps materials and products in circulation for as long as possible. It is increasingly regarded as a promising model for achieving the Sustainable Development Goals (SDGs) and the global climate goals of the Paris Agreement, as well as driving sustainable and resilient economic growth in both developed and emerging economies.

The financial industry has a key role to play in scaling up circular practices and ensure the transition from a linear to a circular model. Interest and action from policymakers, the financial industry, and other stakeholders towards financing the circular economy is already emerging in the form of thematic circular economy funds and innovative financial vehicles, as well as new investment criteria, guidance and standards.

However, as more activities around circular economy financing are emerging, questions that arise concern issues of common definitions and standards, consistency with green climate finance and development finance as well as distributive justice and good governance.

Specific questions to be discussed during this event include:

• What is the current circular economy finance landscape in terms of initiatives, definitions, criteria and guidance?
• What are the roles of public and private funding and blended finance in financing the circular economy?
• What lessons can be learned from green climate finance initiatives and ESG related factors and risks?  What types of financial products for small and medium sized enterprises (SMEs) in developing countries are required?
• How can the finance industry support inclusive and just transitions to the circular economy?

This roundtable will bring together experts representing public and private finance and investment to discuss these questions and share best practise to forge pathways for joined up approach on circular economy finance.

The roundtable will build on previous and ongoing research by Chatham House and others, to drive forward a global and inclusive circular economy agenda.  

Attendance at this event is by invitation only.

The seventh annual meeting of the New Petroleum Producers Discussion Group brings together people from the group's member countries. The meeting includes an international discussion, a national seminar and a range of policy-relevant courses which have been specially tailored to the priorities of the group. This year’s international discussion focused on ‘Building Capacity and Institutions’.

The New Petroleum Producers Discussion Group was first established in 2012 and provides a unique forum which brings together governments from over 30 new and prospective oil and gas producers to share their ideas and experiences. The group is jointly coordinated by Chatham House, the Commonwealth Secretariat, and the Natural Resource Governance Institute (NRGI).

This event was hosted by the Ministry of Energy of Uganda.

In the context of the feasibility of reducing greenhouse gas emissions to net zero, policymakers are beginning to pay more attention to options for removing carbon dioxide from the atmosphere. A wide range of potential carbon dioxide removal (CDR) options are currently being discussed and modelled though the most prominent among them are bioenergy with carbon capture and storage (BECCS) and afforestation and reforestation.

There are many reasons to question the reliance on BECCS assumed in the models including the carbon balances achievable, its substantial needs for land, water and other inputs and technically and economically viable carbon capture and storage technologies.

This meeting will examine the potentials and challenges of BECCS in the context of other CDR and emissions abatement options. It will discuss the requisite policy and regulatory frameworks to minimize sustainability and socio-political risks of CDR approaches while also avoiding overshooting climate goals.

Attendance at this event is by invitation only.

This closed-door roundtable explores possible strategic shifts in the Indo-Pacific between now and 2024.

Focusing on trade security, climate change disruptions and security cooperation, it aims to enhance the understanding of the regional goals of, and strategic relationships between, the key countries active in the region.

The workshop is part of a larger project funded by the Strategic Policy Division of the Australian Department of Defence.

The project includes workshops in the United States, the United Kingdom, France, Japan, India and the Pacific Islands (Tonga).

The assassination of General Qassem Soleimani has created much speculation about the possible impact on oil markets and – although any impact will very much depend upon what happens next in terms of political and military responses – theoretically the potential exists for Iran to seriously destabilize oil markets, raising oil prices.

Arguably, it would be in Iran’s interest to do so. It would certainly hurt Trump’s possibility of a second term if higher prices were to last for some time as the 2020 presidential election gets underway. And it would also help shore up Iran’s failing economy. 

The assassination did initially cause oil prices to rise by a few dollars before quickly falling back, and the missile attacks by Iran produced a similar response. However, direct action by Iran to raise prices – for example by trying to close the Strait of Hormuz – is unlikely.

Around one-fifth of the world's oil supplies passes through the Strait of Hormuz, a narrow choke point between Iran and the Arabian Peninsula. Closing it would invite serious military action by the Americans and many of its allies who, so far, have been rather lukewarm over Trump’s actions. It would also possibly limit Iran’s own oil exports.

Similarly, overt attacks on American allies in the region such as Saudi Arabia and the UAE would probably invite too heavy a reaction, although this is uncertain given the lack of response after the alleged Iranian attacks on Abqaiq and Khurais in mid-September.

Indirect action by Iran to affect oil supplies is much more likely as they have many options by using their proxies to affect others’ oil production. This is especially true for Iraq, which is now an important source of global oil supply as Iraqi exports in 2019 averaged 3.53 million barrels per day (Mb/d), a significant amount.

Iraq’s future production has already been damaged as international oil companies are withdrawing staff for safety reasons, anticipating potential attacks by both Iraqi and Iranian sources. It is now very unlikely that the crucial ‘common seawater supply project’ being run by Exxon – essential for expanding production capacity – will go ahead in the near future.

However, one important consequence of the assassination that has attracted little attention is that it has almost fully restored the role of geopolitics into the determination of oil prices. Up to 2014, geopolitics played a key role in determining oil prices in the paper markets where perceptions and expectations ruled.

Prices determined in these markets – NYMEX in New York, ICE in London and other lesser futures markets throughout the world – then influence wet barrel markets where real barrels of oil are traded. 

In 2014, the world was so oversupplied with real oil barrels that the oil price collapsed – the price of Brent crude fell from $110.72 on 23 May to $46.44 eight months later. Thereafter, little if any attention was given to geopolitical events, and geopolitics became marginalized in the determination of crude oil prices.

This began to change in 2019. The market remained physically over-supplied but events in the Gulf began to attract attention. In June, there were a series of attacks on oil tankers close to the Gulf, followed by attacks on Saudi Arabia’s Abqaiq processing facility and the Khurais oil field in September.

The Americans claimed these attacks were launched by Iran, but no convincing evidence for the claim was provided. Both attacks produced an initial price response but it was surprisingly limited and short-lived. However, it did suggest that geopolitics might be creeping back into influencing oil prices.

This became ever more noticeable in the third and fourth quarters as rumours regarding the trade talks between China and US clearly began to affect price – talks going well meant higher oil demand, and prices rose; talks going badly meant lower oil demand, and prices fell.

Meanwhile, the oil market showed signs of tightening towards the end of 2019. Although there was much cheating on the OPEC+ agreement that was trying to restrain production and protect prices, the OPEC meeting last December saw both Iraq and Nigeria agreeing to restrain production. 

US stock levels also began to fall in December and the futures markets began to price in a tightening market towards the end of 2020. Significantly, the tighter the market appears, the greater attention is paid to the level of spare producing capacity.

Just before the attack on Abqaiq, the International Energy Agency (IEA) estimated there was 3.5 Mb/d spare capacity in OPEC which, historically, is quite comfortable. However, 2.5 of this was estimated to be in Saudi Arabia, so how much of this spare capacity still existed after the Abqaiq attack?

The Saudis claimed the Abqaiq capacity was quickly restored but technical experts greeted this with considerable skepticism, not least because the Abqaiq equipment was highly specialized. If spare capacity is tight, this makes the oil price vulnerable to geopolitical scares and rumours, real or imagined. 

Although the assassination of General Soleimani has exacerbated the sensitivity of oil markets to geopolitical events, this becomes irrelevant if a serious shooting war starts in the region. Saudi Arabia, the UAE and Iraq’s oil infrastructure remains highly vulnerable to attack either directly by Iran or one of its many proxies, suggesting oil prices will become increasingly volatile but, at the same time, benefit from a rising geopolitical premium.

December’s UN climate talks held in Madrid were aptly titled ‘Time for Action’. While little progress was made at the conference in establishing an international framework that would help to instigate this, there is still much scope for action in 2020. The need for this has become all too apparent as the impacts of climate change are increasingly seen around the world.

One of the key areas where progress can be made in 2020 is in increasing the ambition of nationally determined contributions (NDCs), these being governments’ plans to take action in response to climate change. To date, 184 countries have submitted NDCs, yet the commitments that have been made fall far short of what is needed to avert catastrophic climate change.

In 2020, however, many countries will be revising their NDCs, presenting an important opportunity to shift momentum; to date 79 countries have announced that they will be enhancing the ambition of their NDCs.

The forest sector is one area where more ambitious targets are likely to be set, and indeed, at the Climate Action Summit in September 2019, more than 20 countries made new commitments for the conservation, reforestation and restoration of their forests.

This will be essential. As is well documented, reducing deforestation is critical to reducing carbon emissions, while healthy and diverse forests are vital for adapting and increasing resilience to climate change.

However, while it is important that ambitious targets are set, this is relatively easy; the bigger challenge lies in ensuring that these are achievable.

This is all too apparent from experience thus far. In 2014, the New York Declaration on Forests set the goal to halve forest loss by 2020, and to end it by 2030. In addition, it included the goal to restore 150 million hectares of degraded landscapes and forestlands by 2020, and a further 200 million hectares by 2030.

The declaration has been endorsed by over 50 countries, as well as business and civil society organizations, yet the 2020 goals are far from being reached – in the six years since the declaration was launched, it has been found that forest loss increased rather than declined, and only about 27 million hectares of land have been restored.

What then is needed to ensure that the commitments being made by governments in their NDCs will actually be met? Three big changes are required.

Firstly, a shift in perspective is needed in many countries to a more forest-sensitive approach to development, one that gives adequate recognition to the full range of values provided by forests, rather than primarily focusing on their role as a global carbon sink. These include their importance for local and national economies, for livelihoods and the well-being of forest-dependent peoples, and for biodiversity and the regulation of local climate and water systems.

The focus on nature-based solutions at the international level offers potential to support this shift. However, it is critical that these are not seen as ‘niche’ approaches, and that countries identify what nature-based solutions mean for them, and how forests and tree-rich landscapes can best be integrated into their development strategies.

Fundamental to achieving this will be further improvements in governance, and this is the second change that is required. Legal and institutional reforms are needed in many countries as well as significant investments in human and technical resources. This will enable processes to be strengthened, or put in place, so that equitable strategies can be developed and implemented – strategies that reflect a balance of the needs and priorities of the full range of stakeholders, including local and global, rural and urban, women and men, young and old.

Financing will of course be critical for this, and the least developed countries in particular will be hindered in the actions they can take without additional finance. This is the third area of change that is needed, and it is to be hoped that the international community will make better progress on this in 2020. Forest and land-use options are often described as a cost-effective means of tackling climate change, as is noted in the Santiago Call for Action on Forests for example.

This is not to say that these will be easy or cheap – as Chatham House has documented, experience of forest governance reform has shown that it takes significant funding and time to bring about deep-rooted change. However, the huge potential benefits that can result, for the citizens of forest-rich countries as well as for the planet, mean that forests and sustainable land-use are a good investment.

The Forecasting Forum 2020 will present the latest thinking from the Chatham House Energy, Environment and Resources Department's senior research team on the dynamics that will affect fossil fuel and energy investments and markets in the year ahead.

14:00 - 14:30 | Introduction and Climate Risks Outlook 

In the last decade, following the financial crisis, the literature on systemic risks has grown. Systemic risks occur when complex, non-linear, interconnected systems fail, often through relatively small perturbations, as their impacts cascade and amplify across the system. Within this context, climate change is a 'threat multiplier' with the risks increasing in scale, frequency and magnitude. Just as complex systems can pass thresholds and tip from a functional state to a non-functional state, so can societies and people’s attitudes. Together risk cascades or systemic risks and attitudinal tipping points have the potential to rapidly change the way the world works. 

Professor Tim Benton will open the Forecasting Forum 2020 with reflections on what this might mean for the pace and linearity of the fossil fuel transition.

14:30 - 15:30 | Session 1: An Outlook on Oil Prices in 2020

In this session, Professor Paul Stevens will argue that the recent events associated with the assassination of Iranian General Qasem Soleimani have exacerbated the sensitivity of oil markets to political events and brought 'geopolitics' back into global oil prices. Up to 2014, geopolitics played a key role in determining oil prices in the paper markets where perceptions and expectations ruled. By 2014, the world was so oversupplied with real oil barrels that the oil price collapsed and little attention was given to geopolitical events as geopolitics became marginalized in the determination of crude oil prices. However, recent events in the Middle East suggest that prices will become increasingly volatile but, at the same time, benefit from a rising geopolitical premium.

15:45 - 16:45 | Session 2: An Outlook for Energy in 2020

Recent years have brought significant disruption to the European power sector. Not only are many of Europe’s major utilities restructuring their businesses in light of decarbonization and technological developments but Brexit has distracted - and detracted from - efforts to create more systemic energy linkages between the UK and the rest of Europe. During his presentation, Antony Froggatt will draw on his ongoing research to outline what he believes are the prevailing challenges and opportunities for the European power sector over the coming year while highlighting some of the most significant global trends.

Please note, attendance at this event is by invitation only.

The International Forum on Illegal, Unreported and Unregulated (IUU) Fishing brings together over 100 leading policymakers, researchers, industry representatives and civil society groups from across the world to discuss the latest initiatives, regulations and research in the areas of fisheries governance and trade in illegal fish products.

This project will be led by Practical Action and UNHCR and will deliver renewable energy investments through an innovative approach in humanitarian settings, working directly with refugees and host communities in Kigeme, Nyabiheke and Gihembe refugee camps in Rwanda and with urban refugees in Irbid in Jordan.

The project will provide access to affordable and sustainable sources of renewable energy, and improve the health, wellbeing and security of target populations.

As part of this programme, Chatham House will work on a series of research activities and outputs that look to disseminate and scale up the lessons-learnt and evidence-generated by the programme.

Access more of Chatham House's work on humanitarian energy through our Moving Energy Initiative microsite.

The 30th Global Forum on Forest Governance will take place remotely online on 13-14th July 2020. Online registration, with further details, will follow in due course.

The 2019–20 fire season in Australia has been unprecedented. To date, an estimated 18 million hectares of fire has cut swathes through the bush – an area greater than that of the average European country and over five times the size of blazes in the Amazon.

This reflects previous predictions of Australian science. Since 2008 and as recently as 2018, scientific bodies have warned that climate change will exacerbate existing conditions for fires and other climatic disasters in Australia. What used to be once-in-a-generation fires now re-appear within 10–15 years with increased ferocity, over longer seasons.

In a country known for climate denial and division, debate has erupted around bushfire management and climate change. One of these is whether controlled burns are the answer to Australia’s climate-affected fire conditions.

There is no single risk reduction strategy. Controlled burning remains key, if adapted to the environment and climate. 

But when three out of four seasons in a year can support destructive bushfires, there are clear limits to what controlled burning and other fire management techniques can achieve. Other ‘adaptation’ measures are also likely to provoke intense debate – including bush clearance. As one Australian expert offered to highlight where Australia has got to, families should probably not go on holiday to bush and beach during the height of summer when temperatures and fire risk peaks. 

So, unless Australia is prepared to debate radical changes to where people live and how land is used, the limits to adaptation imply the need for mitigation. This means supporting ambitious global greenhouse emissions reductions targets. As research from Victoria, one fire-prone state in Australia, highlights, ‘the emissions pathway we follow is the largest determinant of change to many variables [such as temperature] beyond the next few decades.’

Can Australia become a more active global partner on emissions?

Australia accounts for just over one per cent of global emissions, so reducing domestic emissions – even though on a per capita basis they are the highest in the world – will not reduce Australia’s climate risk. Showing international leadership and supporting a powerful coalition of the willing to tackle climate change is the only way ahead. By showing a willingness to adopt climate ambition, Australia can help more constructive worldwide action, and thereby reduce its own risk exposure. 

Leading by example is a politically difficult issue for Australia. Prime Minister Scott Morrison was re-elected in May 2019 on an economic stability platform, and a promise not to imperil employment growth through climate action. Australia has contested UN estimates that it will not meet its existing modest goals for domestic emissions, by seeking to rely on carryover credits from action under the Kyoto Protocol as proof of progress.

It has also distanced itself from concerns over global supply and demand in fossil fuels. Australia remains a global supplier for fossil fuels, including coal – the nation’s coal exports accounted for $67 billion in revenues in 2019 in an expanding but changing Asian market, supplying ‘some of the cheapest electricity in the world’.

Possible influencers of change

With Australians experiencing first-hand the risks of climate change, there is already pressure to do more. Many are sceptical this will translate into domestic targets or export policies that give Australia the moral authority to ask for more action on the global stage.

Here, diverse groups who share a common interest in seeing Australia recover from the bushfires and address future climate risks could be key.

Importantly this includes rural and urban-fringe communities affected by the bushfires. They were part of Morrison’s traditional supporter-base but are angry at the government’s handling of the crisis and increasingly see how tiptoeing around emissions (including exports) has also ‘buried’ open discussion at home on climate-readiness.

Australian states could also find themselves taking a lead role. Virtually all jurisdictions have now committed to their own goals, most based on zero-carbon goals by 2050 (as has New Zealand). These can support modelling for Australia’s energy transition from coal, through gas, to market competitive renewables, while also help to ensure this reflects community expectations on jobs, electricity prices and other costs. 

Other emerging voices include the insurance and banking sectors (the Reserve Bank of Australia warned of the long-term financial stability risks of climate change before the fires) and indigenous Australians (one group of Torres Strait Islanders have filed a complaint to the UN Human Rights Committee which, if heard, will place Australia’s emissions record under the spotlight again). Their challenge now is finding a common language on what a cohesive approach to addressing climate change risk looks like. 

The international picture is mixed. The United States’ poor federal climate policy is a buffer for Australia. French President Emmanuel Macron has tried to raise the cost of inaction for Australia in current EU–Australia trade negotiations, but many large emitters in the Indo-Pacific region remain key Australian trading partners, investors and buyers of Australian coal. 

In the meantime, the United Kingdom is preparing for the meeting of parties to the Paris Agreement in Glasgow in November. A key global event following Brexit, the UK will no doubt be hoping to encourage a leadership circle with national commitments that meet global need to make the Glasgow meeting a success.

The UK public has expressed enormous sympathy for Australia in the bushfires and outrage over ‘climate denialism.’ Australia’s experience will be a cautionary tale of the effects of climate change at the meeting. Could the UK also support Australia to become a less reluctant partner in global climate action?

As the UK leaves the EU and the formal negotiations on the future relationship begins, this workshop will discuss any immediate changes and review the short and medium term impacts of Brexit on the energy sector. 

The workshop will look to cover:

• The implications for UK business and system operations of the UK leaving the Internal Energy Market.
• Current and future investment trends in the UK energy system.
• The trade of electricity and gas over inter-connectors.
• The need for the development of a new EU-UK operational framework mechanism.
• The UK's EU withdrawal agreement and the operation of the Single Electricity Market (SEM) across Ireland. 
• Options for the UK outside of the EU Emissions Trading System (ETS) and the impact on carbon prices.

This workshop is part of a programme funded by the UK Energy Research Centre on Brexit and the UK’s Net Zero Energy Policy being run by the University of Warwick and Chatham House.

Attendance at this event is by invitation only.

Summary

• Current climate efforts are not progressing quickly enough to prevent the world from overshooting the global emissions targets set in the Paris Agreement; accordingly, attention is turning increasingly to options for removing carbon dioxide from the atmosphere – ‘carbon dioxide removal’ (CDR).
•  Alongside afforestation and reforestation, the main option under discussion is bioenergy with carbon capture and storage (BECCS): processes through which the carbon emissions from burning biomass for energy are captured before release into the atmosphere and stored in underground reservoirs.
• This pre-eminent status is not, however, based on a comprehensive analysis of the feasibility and impacts of BECCS. In reality, BECCS has many drawbacks.
• Models generally assume that biomass for energy is inherently carbon-neutral (and thus that BECCS, by capturing and storing the emissions from combustion, is carbon-negative), but in reality this is not a valid assumption.
• On top of this, the deployment of BECCS at the scales assumed in most models would consume land on a scale comparable to half that currently taken up by global cropland, entailing massive land-use change, potentially endangering food security and biodiversity. There is also significant doubt about the likely energy output of BECCS solutions.
• BECCS may still have some role to play in strategies for CDR, depending mainly on the feedstock used; but it should be evaluated on the same basis as other CDR options, such as nature-based solutions or direct air carbon capture and storage (DACCS). Analysis should take full account of carbon balances over time, the requirements of each CDR option in terms of demand for land, water and other inputs, and the consequences of that demand.
• There is an urgent need for policymakers to engage with these debates. The danger at the moment is that policymakers are ‘sleepwalking towards BECCS’ simply because most models incorporate it – or, almost as bad, it may be that they are simply ignoring the need for any meaningful action on CDR as a whole.

This meeting formed part of a programme of work which investigates the role of negative emissions technologies (NETs) in achieving the Paris Agreement climate targets. Previous meetings held in London and Brussels have looked at integrating negative emissions into EU policy-making, the implications and degree to which NETs, and in particular bioenergy with carbon capture storage (BECCS), can be an effective climate mitigation tool. This meeting focused on the possible deployment pathways of NETs and alternatives to BECCS for the US in particular, in the context of geographical constraints and socioenvironmental implications, the role of the private sector, and appropriate governance and finance mechanisms. 

This roundtable explores possible strategic shifts in the Indo-Pacific between now and 2024. Focusing on trade security, climate change disruptions and security cooperation, it aims to enhance the understanding of the regional goals of, and strategic relationships between, the key countries active in the region.

The workshop is part of a larger project funded by the Strategic Policy Division of the Australian Department of Defence. The project includes workshops in the United States, the United Kingdom, France, Japan, India and the Pacific Islands (Tonga).
 

In December 2019, the EU launched the European Green Deal, a comprehensive policy package which aims to make the continent carbon-neutral by 2050. It contains a wide range of legal and policy measures including support for restoring ecosystems and biodiversity, low-carbon mobility, and sustainable food systems and healthy diets.

Even though the UK has now left the EU, and the UK government has made clear that there will be no regulatory alignment and no rule-taking from the EU, this will affect Britain’s markets, trade negotiations and stance in global climate action.

The UK has essentially three choices in how to react. First, non-alignment, with low ambition for domestic climate and environmental policies and product standards; second, so-called dynamic alignment, which means non-regression on existing environmental regulations, with domestic UK policies mirroring those of the EU in the future; third, non-alignment but higher ambition, with a domestic policy agenda to emerge as global leader on climate and green industrial development.

What would be the consequences of each of these three options?  

Non-alignment

There is concern that the UK might be going down this route, swapping an established set of stringent EU environmental protections for a new set of deliberately loose regulations. For instance, standards on air pollution have been watered down in the new UK Environment Bill.

As part of the European Green Deal, a carbon border adjustment tax to prevent ‘carbon leakage’  – companies relocating to countries with laxer climate policy outside the EU to avoid higher costs, with the result of increasing overall emissions  – was also announced. The EU has already threatened to potentially apply this mechanism against the UK as part of its policy to ensure a ‘level playing field’ in trade between the two.

Non-alignment on European carbon taxation and border adjustment would help to facilitate a quick trade deal with the US but it would clearly make it more difficult for UK businesses to sell into the EU market.

Furthermore, the UK’s and the EU’s climate security concerns and interests continue to be closely tied together. Ignoring European climate policy developments might jeopardize the UK’s long-term climate security.

Dynamic alignment and mirroring future standards

This would be beneficial to the future industrial competitiveness of the UK’s manufacturing sector.

The European Green Deal is more than a set of ambitious environmental policies. It also includes comprehensive plans for industrial policies, digitalization, financing mechanisms and investment programmes.

A new Circular Economy Action Plan to be published in March 2020 (a leaked draft version is available) will introduce a set of new targets and regulations on a range of products. The aim is that ‘by 2030, only safer, circular and sustainable products should be placed on the EU market’.

We can expect to see new eco-design requirements for information and communication technologies, and a revision of laws on hazardous substances in electrical and electronic equipment. The European Green Deal also aims to boost trade in secondary raw materials with regional initiatives aimed at ‘harmonizing national end-of-waste and by-product criteria’. Those could be a first step towards EU-wide criteria.

Furthermore, the European Strategy for Data will facilitate the development of a ‘single market for data’ and develop electronic product passports which can improve the availability of information of products sold in the EU to tackle false green claims.

The UK would benefit from mirroring these industrial policies domestically to achieve equivalence of standards. This could facilitate a closer partnership and would potentially also offer chances to UK businesses in the green technology sector to benefit not only in terms of EU market access, but also from the European Green Deal investment plan – a €1 trillion opportunity.

Higher ambition: aiming for global leadership

This gives the UK the unique opportunity to become a frontrunner. There are many challenges to implementing the European Green Deal, such as member states with little interest in green issues, which the UK can avoid.

The new UK Environment Bill is the first example of a policy departure from EU regulations. While there are some elements that point to a loosening of standard, in statements accompanying the bill, the Department for Environment, Food and Rural Affairs has insisted that the UK will not be bound by future EU green rules and even ‘go beyond the EU’s level of ambition’ on the environment.

For example, the bill introduces new charges for single-use plastic items to minimize their use and incentivize reusable alternatives. Plus, the UK aims to exceed the EU’s level of ambition to create global action by introducing powers to stop the exports of plastic waste to developing countries.

Taking a global leadership role on climate would also benefit the UK's climate diplomacy to make this year’s COP 26 (jointly hosted with Italy) in Glasgow a success. The European Green Deal agenda sets a new benchmark for climate action and shows global leadership. If the UK also wants to be seen as leading the climate and sustainability agenda, it can scarcely afford to be seen as falling behind.

COVID-19 is a sharp reminder of why trade and climate policy matters. How can governments maintain access to critical goods and services, and ensure global supply chains function in times of crisis?

The timing of many trade negotiations is now increasingly uncertain, as are the UK’s plans to host COP26 in November. Policy work continues, however, and the EU has released its draft negotiating text for the new UK-EU trade deal, which includes a sub-chapter specifically devoted to climate. 

This is a timely reminder both of the pressing need for the UK to integrate its trade and climate policymaking and to use the current crisis-induced breathing space in international negotiations - however limited - to catch up on both strategy and priorities on this critical policy intersection.

The UK government has moved fast to reset its external trade relations post-Brexit. In the past month it formally launched bilateral negotiations with the EU and took up a seat at the World Trade Organization (WTO) as an independent member. Until the COVID-19 crisis hit, negotiations were also poised to start with the US.

The UK is also in the climate spotlight as host of COP26, the most important international climate negotiation since Paris in 2015, which presents a vital opportunity for the government to show leadership by aligning its trade agenda with its climate and sustainability commitments in bold new ways.

Not just an empty aspiration

This would send a signal that ‘Global Britain’ is not just an empty aspiration, but a concrete commitment to lead.

Not only is concerted action on the climate crisis a central priority for UK citizens, a growing and increasingly vocal group of UK businesses committed to decarbonization are calling on the government to secure a more transparent and predictable international market place that supports climate action by business.

With COP26, the UK has a unique responsibility to push governments to ratchet up ambition in the national contributions to climate action – and to promote coherence between climate ambition and wider economic policymaking, including on trade. If Britain really wants to lead, here are some concrete actions it should take.

At the national level, the UK can pioneer new ways to put environmental sustainability – and climate action in particular - at the heart of its trade agenda. Achieving the government’s ambitious Clean Growth Strategy - which seeks to make the UK the global leader in a range of industries including electric cars and offshore wind – should be a central objective of UK trade policy.

The UK should re-orient trade policy frameworks to incentivize the shift toward a more circular and net zero global economy. And all elements of UK trade policy could be assessed against environmental objectives - for example, their contribution to phasing out fossil fuels, helping to reverse overexploitation of natural resources, and support for sustainable agriculture and biodiversity.

In its bilateral and regional trade negotiations, the UK can and should advance its environment, climate and trade goals in tandem, and implementation of the Paris Agreement must be a core objective of the UK trade strategy.

A core issue for the UK is how to ensure that efforts to decarbonise the economy are not undercut by imports from high-carbon producers. Here, a ‘border carbon adjustment (BCA)’ - effectively a tax on the climate pollution of imports - would support UK climate goals. The EU draft negotiating text released yesterday put the issue of BCAs front and centre, making crystal clear that the intersection of climate, environment and trade policy goals will be a central issue for UK-EU trade negotiations.

Even with the United States, a trade deal can and should still be seized as a way to incentivize the shift toward a net zero and more circular economy. At the multilateral level, as a new independent WTO member, the UK has an opportunity to help build a forward-looking climate and trade agenda.

The UK could help foster dialogue, research and action on a cluster of ‘climate and trade’ issues that warrant more focused attention at the WTO. These include the design of carbon pricing policies at the border that are transparent, fair and support a just transition; proposals for a climate waiver for WTO rules; and identification of ways multilateral trade cooperation could promote a zero carbon and more circular global economy.  

To help nudge multilateral discussion along, the UK could also ask to join a critical ‘path finder’ effort by six governments, led by New Zealand, to pursue an agreement on climate change, trade and sustainability (ACCTS). This group aims to find ways forward on three central trade and climate issues: removing fossil fuel subsidies, climate-related labelling, and promoting trade in climate-friendly goods and services.

At present, the complex challenges at the intersection of climate, trade and development policy are too often used to defer or side-step issues deemed ‘too hard’ or ‘too sensitive’ to tackle. The UK could help here by working to ensure multilateral climate and trade initiatives share adjustment burdens, recognise the historical responsibility of developed countries, and do not unfairly disadvantage developing countries - especially the least developed.

Many developing countries are keen to promote climate-friendly exports as part of wider export diversification strategies  and want to reap greater returns from greener global value chains. Further, small island states and least-developed countries – many of which are Commonwealth members – that are especially vulnerable to the impacts of climate change and natural disasters, need support to adapt in the face of trade shocks and to build climate-resilient, trade-related infrastructure and export sectors.

As an immediate next step, the UK should actively support the growing number of WTO members in favour of a WTO Ministerial Statement on environmental sustainability and trade. It should work with its key trading partners in the Commonwealth and beyond to ensure the agenda is inclusive, supports achievement of the UN Sustainable Development Goals (SDGs) and helps developing countries benefit from a more environmentally sustainable global economy.

As the UK prepares to host COP26, negotiates deals with the EU and US, and prepares for its first WTO Ministerial meeting as an independent member, it must show it can lead the way nationally, bilaterally, and multilaterally. And to ensure the government acts, greater engagement from the UK’s business, civil society and research sectors is critical – we need all hands on deck to forge and promote concrete proposals for aligning UK trade policy with the climate ambition our world needs.

Summary

• Many social and political issues have so far been neglected in planning for the circular economy transition. This paper aims to redress this by considering how ‘just transition’ and social equity may be achieved through policy and practice.
• The prevailing economic model is linear, in that resources are extracted, transformed into products, used, and finally discarded. In contrast, the circular economy recognizes that natural resources are finite, and aims to keep the materials in products in circulation for as long as possible: reusing, repairing, remanufacturing, sharing and recycling. While the concept of the circular economy is largely focused on developing new technologies and businesses to enable keeping materials in circulation, it also includes the notions of ‘designing out’ waste, substituting renewable materials for non-renewable ones, and restoring natural systems.
• The UN 2030 Agenda demonstrates that environmental, social and economic sustainability objectives cannot be separated. As the links between the environmental issues of climate change, overconsumption of resources and waste generation, and social issues of inequality and the future of work become increasingly obvious, the urgency to connect environmental with social justice is gaining in significance. The language of ‘just transition’ – a transition that ensures environmental sustainability, decent work, social inclusion and poverty eradication – has started to penetrate debates and research on sustainability policy, particularly in the contexts of climate change and low-carbon energy transition.
• A just transition framework for the circular economy can identify opportunities that reduce waste and stimulate product innovation, while at the same time contributing positively to sustainable human development. And a just transition is needed to reduce inequalities within and between countries, and to ensure that the commitment of the UN Sustainable Development Goals to leave no one behind is fulfilled.
• It is important to identify the likely impacts on employment as a result of digitalization and industrial restructuring. Combining circular economy policies with social protection measures will be important in order to ensure that the burden of efforts to promote circularity will not fall on the poor through worsening working conditions and health impacts, reduced livelihoods, or job losses. Identifying potential winners and losers through participatory ‘roadmapping’ can help shape effective cooperation mechanisms and partnerships nationally and internationally.
• Many low- and middle-income countries that rely heavily on ‘linear’ sectors such as mining, manufacturing of non-repairable fast-moving consumer goods, textiles and agriculture, and the export of these commodities to higher-income countries, are likely to be negatively affected by the shift to circularity. These countries will need support from the international community through targeted assistance programmes if international trade in established commodities and manufactures declines in the medium to long term. 
• International cooperation to create effective and fair governance mechanisms, and policy coordination at regional, national and local levels will play an important role in shaping a just transition. Multilateral technical assistance programmes will need to be designed and implemented, in particular to support low- and middle-income countries.
• Governments, international development finance institutions and banks are among the bodies beginning to establish circular economy investment funds and programmes. Just transition principles are yet to be applied to many of these new finance mechanisms, and will need to be integrated into development finance to support the circular economy transition.
• New international cooperation programmes, and a global mechanism to mobilize dedicated support funds for countries in need, will be critical to successful implementation across global value chains. Transparent and accountable institutions will also be important in ensuring that just transition funds reach those affected as intended.

The President of the European Commission, Ursula von der Leyen, has declared that she wants Europe to become ‘the first climate-neutral continent by 2050’, and in December 2019, the Commission presented the European Green Deal in order to achieve this objective. However, even though greenhouse gas emissions from the EU have fallen by more than 20 per cent since 1990, the Union remains the third largest emitter in the world, after the United States and China.

What are the opportunities and challenges for raising climate ambition in Europe?  Will the EU increase its Nationally Determined Contribution and what impact might this have globally? How might Brexit affect climate action in the EU and the UK?  The second event in the Chatham House COP26 Diplomatic Briefing Series will address these critical questions.

The world is currently witnessing how vulnerable existing production and consumption systems are, with the current global health crisis harshly exposing the magnitude of the risks associated with the global economy in its current form, grounded, as it is, in a linear system that uses a ‘take–make–throw away’ approach.

These ‘linear risks’ associated with the existing global supply chain system are extremely high for national economies overly dependent on natural resource extraction and exports of commodities like minerals and metals. Equally vulnerable are countries with large manufacturing sectors of ready-made garments and non-repairable consumer goods for western markets. Furthermore, workers and communities working in these sectors are vulnerable to these changes as a result of disruptive technologies and reduced demand.

In a recently published Chatham House research paper, ‘Promoting a Just Transition to an Inclusive Circular Economy’, we highlight why a circular economy approach presents the world with a solution to old and new global risks – from marine plastic pollution to climate change and resource scarcity.

Taking the long view

So far, action to transition to a circular economy has been slow compared to the current crisis which has mobilized rapid global action. For proponents of transitioning to a circular economy, this requires taking the long view. The pandemic has shown us that global emergencies can fast-forward processes that otherwise might take years, even decades, to play out or reverse achievements which have taken years to accomplish.

In this vein, there are three striking points of convergence between the COVID-19 pandemic and the need to transition to an inclusive circular economy.

Firstly, the current crisis is a stark reminder that the circular economy is not only necessary to ensure long-term resource security but also short-term supplies of important materials. In many cities across the US, the UK and Europe, councils have suspended recycling to focus on essential waste collection services. The UK Recycling Association, for example, has warned about carboard shortages due to disrupted recycling operations with possible shortages for food and medicine packaging on the horizon.

Similarly, in China, most recycling sites were shut during the country’s lockdown presenting implications for global recycling markets with additional concerns that there will be a fibre shortage across Europe and possibly around the world.

Furthermore, worldwide COVID-19 lockdowns are resulting in a resurgence in the use of single-use packaging creating a new wave of plastic waste especially from food deliveries – already seen in China – with illegal waste fly-tipping dramatically increasing in the UK since the lockdown.

In this vein, concerns over the current global health crisis is reversing previous positive trends where many cities had established recycling schemes and companies and consumers had switched to reusable alternatives.

Secondly, the need to improve the working conditions of the people working in the informal circular economy, such as waste pickers and recyclers, is imperative. Many waste materials and recyclables that are being handled and collected may be contaminated as a result of being mixed with medical waste.

Now, more than ever, key workers in waste management, collection and recycling require personal protective equipment and social protection to ensure their safety as well as the continuation of essential waste collection so as not to increase the potential for new risks associated with additional infectious diseases.

In India, almost 450 million workers including construction workers, street vendors and landless agricultural labourers, work in the informal sector. In the current climate, the poorest who are unable to work pose a great risk to the Indian economy which could find itself having to shut down.

Moreover, many informal workers live in make-shift settlements areas such as Asia’s largest slum, Dharavi in Mumbai, where health authorities are now facing serious challenges to contain the spread of the disease. Lack of access to handwashing and sanitation facilities, however, further increase these risks but circular, decentralized solutions could make important contributions to sustainable sanitation, health and improved community resilience.

Thirdly, it is anticipated that in the long term several global supply chains will be radically changed as a result of transformed demand patterns and the increase in circular practices such as urban mining for the recovery and recycling of metals or the reuse and recycling of textile fibres and localized additive manufacturing (e.g. 3D printing).

Many of these supply chains and trade flows have now been already severely disrupted due to the COVID-19 pandemic. For example, the global garment industry has been particularly hard-hit due to the closure of outlets amid falling demand for apparel.

It is important to note, workers at the bottom of these garment supply chains are among the most vulnerable and most affected by the crisis as global fashion brands, for example, have been cancelling orders – in the order of $6 billion in the case of Bangladesh alone. Only after intense negotiations are some brands assuming financial responsibility in the form of compensation wage funds to help suppliers in Myanmar, Cambodia and Bangladesh to pay workers during the ongoing crisis.

In addition, the current pandemic is damaging demand for raw materials thereby affecting mining countries. Demand for Africa’s commodities in China, for example, has declined significantly, with the impact on African economies expected to be serious, with 15 per cent of the world’s copper and 20 per cent of the world’s zinc mines currently going offline. 

A further threat is expected to come from falling commodity prices as a result of the curtailment of manufacturing activity in China particularly for crude oil, copper, iron ore and other industrial commodities which, in these cases, will have direct impacts on the Australian and Canadian mining sectors.

This is all being compounded by an associated decline in consumer demand worldwide. For example, many South African mining companies – leading producers of metals and minerals – have started closing their mining operations following the government’s announcement of a lockdown in order to prevent the transmission of the virus among miners who often work in confined spaces and in close proximity with one another. As workers are laid off due to COVID-19, there are indications that the mining industry will see fast-tracking towards automated mining operations. 

All of these linear risks that have been exposed through the COVID-19 pandemic reinforce the need for a just transition to a circular economy. But while the reduction in the consumption of resources is necessary to achieve sustainability, the social impacts on low- and middle- income countries and their workers requires international support mechanisms.

In addition, the current situation also highlights the need to find a new approach to globalized retail chains and a balance between local and global trade based on international cooperation across global value chains rather than implementation of trade protectionist measures.

In this vein, all of the recovery plans from the global COVID-19 pandemic need to be aligned with the principles of an inclusive circular economy in order to ensure both short-term and long-term resilience and preparedness for future challenges and disruptions.  

Historically, Iraq lay claim to one of the most abundant water supplies in the Middle East. But the flow of the Tigris and Euphrates rivers has reduced by up to 40% since the 1970s, due in part to the actions of neighbouring countries, in particular Turkey, upstream.

Rising temperatures and reduced rainfall due to climate change are also negatively impacting Iraq’s water reserves. Evaporation from dams and reservoirs is estimated to lose the country up to 8 billion cubic metres of water every year.

A threat to peace and stability

Shortages have dried up previously fertile land, increasing poverty in agricultural areas. Shortages have also served to fuel conflict: communities faced with successive droughts and government inertia proved to be easy targets for ISIS recruiters, who lured farmers into joining them by offering money and food to feed their families. Economic hardship for those whose livelihoods relied upon river water has also driven rural to urban migration, putting significant strain on already over-populated towns and cities, exacerbating housing, job and electricity shortages, and widening the gap between haves and have-nots.

But scarcity isn’t the most crucial element of Iraq’s water crisis – contamination is. Decades of local government mismanagement, corrupt practices and a lack of regulation of dumping (it is estimated up to 70% of Iraq’s industrial waste is dumped directly into water) has left approximately three in every five citizens without a reliable source of potable water.

In 2018, 118,000 residents of Basra province were hospitalised with symptoms brought on by drinking contaminated water, which not only put a spotlight on the inadequacies of a crumbling healthcare system but sparked mass protests and a subsequent violent crackdown.

The water crisis is also undermining the stability of the country’s federal governance model, by occasionally sparking disputes between Baghdad and the Kurdistan Regional Government, as well as between governorates in the south.

The crisis is both a symptom and a cause of poor governance. Iraq is stuck in a cycle whereby government inaction causes shortages and contamination, which result in economic losses, reduced food supply, increased prices and widespread poor health. This in turn leads to increasing levels of poverty, higher demand on services and civil unrest, increasing the pressure on a weak, dysfunctional system of government.

What can be done?

The first priority should be modernising existing water-management infrastructure - a relic of a time when the problem was an excess rather than a shortage of water (the last time Iraq’s flood defences were required was 1968). Bureaucratic hurdles, widespread corruption and an endless cycle of other crises taking precedent prevent good initiatives from being implemented or scaled up.

Diversifying energy sources to improve provision is crucial. Baghdad has a sewage treatment plant that originally ran on its own electricity source, but this capacity was destroyed in 1991 and was never replaced. The city continues to suffer from dangerous levels of water pollution because the electricity supply from the grid is insufficient to power the plant. Solar energy has great potential in sun-drenched Iraq to bridge the gaping hole in energy provision, but successive governments have chosen to focus on fossil fuels rather than promoting investment to grow the renewables sector.

Heightened tension with upstream Turkey could turn water into another cause of regional conflict. But, if approached differently, collaboration between Iraq and its neighbour could foster regional harmony.

Turkey’s elevated geography and cooler climate mean its water reserves suffer 75% less evaporation than Iraq’s. Given that Turkey’s top energy priority is the diversification of its supply of imported hydrocarbons, a win-win deal could see Turkey exchange access to its water-management infrastructure for delivery of reduced cost energy supplies from Iraq.

German-French cooperation on coal and steel in the 1950s and the evolution of economic integration that followed might provide a model for how bilateral cooperation over one issue could result in cooperation with other regional players (in this case Iran and Syria) on a range of other issues. This kind of model would need to consider the future of energy, whereby oil and gas would be replaced by solar-power exports.

These solutions have been open to policymakers for years and yet they have taken little tangible action. While there are leaders and bureaucrats with the will to act, effective action is invariably blocked by a complex and opaque political system replete with vested interests in maintaining power and wealth via a weak state and limited services from central government.

Breaking the cycle

To break this cycle, Iraq needs a group of professional and able actors outside of government to work with willing elements of the state bureaucracy as a taskforce to pressure for action and accountability. Publishing the recommendations from a hitherto withheld report produced in the aftermath of Basra’s 2018 heath crisis would be a great start.

In time, this taskforce could champion the prioritisation of water on the national agenda, the implementation of infrastructure upgrades, and hold more productive conversations with neighbour states.

With such a high degree of state fragmentation and dysfunction in Iraq, looking to the central government to provide leadership will not yield results. Engagement with a coalition of non-state actors can begin to address the water crisis and also open a dialogue around new models of governance for other critical issues. This might even be a starting point for rewriting the tattered social contract in Iraq.

This piece is based on insights and discussion at a roundtable event, Conflict and the Water Crisis in Iraq, held at Chatham House on March 9 as part of the Iraq Initiative.

Avoiding the worst economic, social and environmental risks of climate change requires a better understanding of what those risks may be. Decision-makers need information on the full range of risks that climate change poses, across the full spectrum of probabilities. Monitoring the nature and severity of these risks is essential if decision-makers are to make the right choices about effective mitigation and adaptation responses.

To meet this need, international scientists and policy analysts in the UK (including at Chatham House) and China have been engaged in a multi-year, multi-disciplinary, and collaborative research process. This has deepened understandings of how these complex, interconnected first, second and third-order risks can be better assessed and tracked.

Phase one, culminating in 2015 and involving experts, demonstrated how general principles of risk assessment could be applied in relation to climate change.

Phase two (culminating in 2019) was a bilateral cooperation between the UK and China that was agreed during President Xi Jinping’s state visit to the UK in 2015. It addressed a specific recommendation from phase one - that risk assessments need to be made on a regular and consistent basis - by providing a proof of concept indicator framework.

Substantive project funding for phases 1 and 2 was provided by the UK Foreign and Commonwealth Office, with additional contributions and in-kind support from the China Expert Panel on Climate Change, the UK Government Office for Science, the Skoll Global Threats Fund, the Global Challenges Foundation, the UK Institute and Faculty of Actuaries, and Willis Research Network (phase 1); and Chatham House, China Expert Panel on Climate Change, UK Committee on Climate Change, International Energy Agency, Willis Towers Watson (phase 2).

Many institutions contributed to the project under phases 1 and 2 (see reports for full list of contributors).

• Phase 1 report, 2015: Climate Change: A Risk Assessment
• Phase 2 report, 2018: Developing Indicators of Climate Risk

Chatham House now leads a third phase of this project (2020 to 2022), funded by the Prosperity Fund of the UK Foreign and Commonwealth Office. The purpose is to help ensure emissions reduction and resilience strategies, policies and decision-making - both in China and globally - are better informed by an evidence-based perspective on climate-change risks.

Under the guidance of the China Expert Committee on Climate Change and the UK Committee on Climate Change, the programme is building on the risk indicator and risk assessment work developed in Phase 1 and 2.

This phase of work has four complementary workstreams looking at emissions risks, direct climate risks, systemic climate risks and the integration of climate risks into Chinese and international governance frameworks. Embedded throughout the project is considerations of gender and inclusion（G&I) which are fundamental to achieve climate-compatible development.

The programme is delivered through a cohort of partner organisations based in both China and the UK, including Chatham House, E3G (Third Generation Environmentalism), Hubei University of Economics, National Climate Centre of China, Tsinghua University and the University of Reading.