Summary

• Space situational awareness (SSA) and space traffic management (STM) are essential for sustainable near-Earth orbit. International cooperation in SSA and STM is vital with the growing number of satellite operators and the increasingly complex space environment.
• The various definitions of SSA and STM are ambiguous. Understanding the activities that fall under each term can better assist in finding areas for cooperation and collaboration.
• SSA has historically been a military activity, leading to an incomplete public catalogue of its use and barriers to sharing information with other states and the commercial sector. The rise in private space actors has increased the number of commercial STM providers and, with plans in the US to move responsibility for STM to civilian control, there will likely be more opportunities for international collaboration, particularly through the EU Space Surveillance and Tracking (SST) programme.
• Individual EU member states possess developed STM capabilities, but overall these are still some way behind those of allies such as the US. Further investment in STM infrastructure and programmes is required for the EU and individual European states to be an essential partner to the US and add value to the global effort.
• There are worldwide challenges, both political and technical, to providing STM coverage, which may lead to a lack of collaboration and gaps in understanding of activities in orbit. Existing sensors have limitations in terms of the size of objects that can be detected and the precision with which their movements can be predicted. These capability gaps represent opportunities for the EU to contribute.
• The EU can build on its tradition of support for openness and civil society by creating a system that fosters an environment of cooperation and collaboration involving industry, commercial STM providers and the wider international community.
• Although collaboration in STM is vital, the EU should also aim to tackle issues within the wider definition of SSA including space weather, intelligence and the security of ground stations.
• The EU is well placed to become a global leader in SSA and STM. However, it needs to take into consideration the current political and technical landscape when making decisions regarding investment in capabilities and the pursuit of international partnerships.

• EU and US cooperation on tackling disinformation needs to be grounded in an international human rights framework in order to bridge the differences of both parties and include other countries facing this challenge.
• The disinformation debate needs to be reformulated to cover systemic issues rather than merely technical or security concerns. A lag in regulatory development has led to systemic vulnerabilities. In this context, policymakers need to push for more evidence-based analysis, which is only attainable if technology companies engage in honest debate and allow meaningful access to data – as determined by government appointed researchers rather than the companies themselves – taking into account and respecting users’ privacy.
• Data governance needs to be the focus of attempts to tackle disinformation. Data’s implications for information, market and power asymmetries, feed into and exacerbate the problem.
• Policymakers should focus on regulating the distribution of online content rather than the subject matter itself, which may have implications for freedom of speech.
• Disinformation is mainly the result of inefficient gatekeeping of highly extractive digital companies. The old gatekeepers, journalists and their respective regulators, need to be actively engaged in devising the new regulatory framework.
• Legacy media need to urgently consider the issue of ‘strategic silence’ and avoid being co-opted by political actors aiming to manipulate the accelerated, reactive news cycle by engaging in divisive ‘clickbait’ rhetoric verging on disinformation and propaganda. When strategic silence is not an option, contextual analysis is fundamental.
•  The EU delegation should assist the coordination of EU–US efforts to tackle disinformation by drawing on the work and expertise at the G7 Rapid Response Mechanism (RRM), the Transatlantic Commission on Election Integrity (TCEI), the European Centre of Excellence for Countering Hybrid Threats (Hybrid CoE), the High-level Panel on Digital Cooperation, and work with the International Telecommunication Union (ITU) to foster a long-term interdisciplinary forum to harness technological innovation to protect and support democracy from threats such as disinformation.
• The EU and US must avoid rushed regulation that may condone enhanced surveillance or vilify journalism that scrutinizes those in power in the name of security.

Summary

• North African integration is not a new idea. However, countries in the region have so far struggled to form a cohesive bloc with deep political, economic and social ties. Political instability has effectively deprioritized North African integration. A focus on thematic (political, economic and security) ‘synergies’ may provide a better framework for cooperation than seeking opportunities for all-encompassing ‘deep’ and ‘comprehensive’ integration.
• Governments of North Africa dedicate considerable resources to domestic security. Much of their efforts are conducted at the national-level and directed towards threats from terrorists, insurgents and militias. Improved security cooperation would achieve better outcomes and economies of scale, including efforts to tackle human trafficking.
• A new generation of jihadis has emerged in North Africa since 2011. Nearly 27 per cent of the 30,000 fighters who travelled to Syria are from the Maghreb. While government counterterrorism operations have been effective, countries have failed to address the root causes of radicalization.
• Border economies have suffered as a consequence of a security focus on terrorism and smuggling, which has rendered many previously accepted cross-border trade activities illegal. States have struggled to provide alternative livelihoods for those who have lost this source of income. Border forces tend to lack the right combination of capacity, training and equipment to secure borders and often resort to heavy-handed tactics.
• New thinking is required to develop a more human-centric and proactive approach to migration issues in the region, which continues to witness huge flows of migrants. The migration policy of Morocco, introduced through legislation in 2014, could be a model for North Africa.
• The countries of North Africa have varying economic profiles, ranging from economically diverse Morocco to oil-and-gas-dependant Libya. However, they all face similar challenges including unemployment (particularly among the young), poor public-service delivery, low FDI levels, an oversized public sector, ineffective tax collection, and high informality.
• Fostering entrepreneurship and the development of small and medium-sized enterprises (SMEs) are priorities for North African countries, particularly regarding job creation. Regulatory cooperation – such as harmonizing SME definitions, legislation and support institutions – across North Africa is an obvious area where further integration would encourage the development of start-ups and small businesses.
• With the advent of the fourth industrial revolution, North African governments must address their technological gaps and work to improve public–private cooperation. In some sectors, such as the fintech industry, North African countries can build upon nascent synergies that have developed organically, such as those of start-up incubators and angel investors that work across the region.
• Renewables, particularly solar energy production, are a promising development for North Africa. While regional initiatives, such as Desertec, have stalled due to political differences between countries, the sector has witnessed exponential growth in Tunisia, Egypt and Morocco, where the involvement of the private sector has proved successful.

On 10 January 2020, Chinese scientists released the sequence of the COVID-19 genome on the internet. This provided the starting gun for scientists around the world to start developing vaccines or therapies. With at least 80 different vaccines in development, many governments are pinning their hopes on a quick solution. However, there are many hurdles to overcome. 

Vaccine development

Firstly, vaccine development is normally a very long process to ensure vaccines are safe and effective before they are used. 

Safety is not a given: a recent dengue vaccine caused heightened disease in vaccinated children when they later were exposed to dengue, while Respiratory Syncytial Virus vaccine caused the same problem. Nor is effectiveness a given. Candidate vaccines that use novel techniques where minute fragments of the viruses’ genetic code are either injected directly into humans or incorporated into a vaccine (as is being pursued, or could be pursued for COVID-19) have higher risks of failure simply because they haven’t worked before. For some vaccines, we know what levels of immunity post-vaccination are likely to be protective. This is not the case for coronavirus. 

Clinical trials will have to be done for efficacy. This is not optional – regulators will need to know extensive testing has taken place before licencing any vaccine. Even if animal tests are done in parallel with early human tests, the remainder of the process is still lengthy. 

There is also great interest in the use of passive immunization, whereby antibodies to SARS-CoV-2 (collected from people who have recovered from infection or laboratory-created) are given to people who are currently ill. Antivirals may prove to be a quicker route than vaccine development, as the testing requirements would be shorter, manufacturing may be easier and only ill people would need to be treated, as opposed to all at-risk individuals being vaccinated.

Vaccine manufacturing

Developers, especially small biotechs, will have to make partnerships with large vaccine manufacturers in order to bring products to market. One notorious bottleneck in vaccine development is getting from proof-of-principle to commercial development: about 95 per cent of vaccines fail at this step. Another bottleneck is at the end of production. The final stages of vaccine production involve detailed testing to ensure that the vaccine meets the necessary criteria and there are always constraints on access to the technologies necessary to finalize the product. Only large vaccine manufacturers have these capacities. There is a graveyard of failed vaccine candidates that have not managed to pass through this development and manufacturing process.

Another consideration is adverse or unintended consequences. Highly specialized scientists may have to defer their work on other new vaccines to work on COVID-19 products and production of existing products may have to be set aside, raising the possibility of shortages of other essential vaccines. 

Cost is another challenge. Vaccines for industrialized markets can be very lucrative for pharmaceutical companies, but many countries have price caps on vaccines. Important lessons have been learned from the 2009 H1N1 flu pandemic when industrialized countries took all the vaccines first. Supplies were made available to lower-income countries at a lower price but this was much later in the evolution of the pandemic. For the recent Ebola outbreaks, vaccines were made available at low or no cost. 

Geopolitics may also play a role. Should countries that manufacture a vaccine share it widely with other countries or prioritize their own populations first? It has been reported that President Trump attempted to purchase CureVac, a German company with a candidate vaccine.  There are certainly precedents for countries prioritizing their own populations. With H1N1 flu in 2009, the Australian Government required a vaccine company to meet the needs of the Australian population first. 

Vaccine distribution

Global leadership and a coordinated and coherent response will be needed to ensure that any vaccine is distributed equitably. There have been recent calls for a G20 on health, but existing global bodies such as the Coalition for Epidemic Preparedness Innovations (CEPI) and GAVI are working on vaccines and worldwide access to them. Any new bodies should seek to boost funding for these entities so they can ensure products reach the most disadvantaged. 

While countries that cannot afford vaccines may be priced out of markets, access for poor, vulnerable or marginalized peoples, whether in developed or developing countries, is of concern. Developing countries are at particular risk from the impacts of COVID-19. People living in conflict-affected and fragile states – whether they are refugees or asylum seekers, internally displaced or stateless, or in detention facilities – are at especially high risk of devastating impacts. 

Mature economies will also face challenges. Equitable access to COVID-19 vaccine will be challenging where inequalities and unequal access to essential services have been compromised within some political systems. 

The need for global leadership 

There is an urgent need for international coordination on COVID-19 vaccines. While the WHO provides technical support and UNICEF acts as a procurement agency, responding to coronavirus needs clarity of global leadership that arches over national interests and is capable of mobilizing resources at a time when economies are facing painful recessions. We see vaccines as a salvation but remain ill-equipped to accelerate their development.

While everyone hopes for rapid availability of safe, effective and affordable vaccines that will be produced in sufficient quantities to meet everyone’s needs, realistically, we face huge hurdles. 

This meeting will focus on standards for NGOs wishing to submit 'substantiated concerns' in the EUTR context, and best practice in cooperation with enforcement agents in forest producer countries. The workshop will be attended by representatives from EU member states as well as officials from the US and Australia.  

This workshop is the next in a series of EUTR/Lacey/Australian ILPA enforcement workshops co-organized by Chatham House and Forest Trends. Please note this event will be held in Rome.

Attendance at this event is by invitation only.

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.

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.