Science diplomacy – where scientific collaboration is used to promote broader discussions between countries – enables scientists to help tackle issues such as protectionism and government control over research findings, and could even mitigate the future threat of wars over knowledge and data, according to Professor Luk Van Langenhove, research professor at the Institute of European Studies at the Vrije Universiteit Brussel in Belgium.
Why does science diplomacy matter?
‘It seems to be becoming more important as a result of a number of geopolitical developments. First, there seems to be a tendency to present alternative facts or to limit access to scientific data that (does) not support what governments want to hear. This shows to me that scientists need to step up their efforts of making available the results of their research to the policymakers, as well as to the general public.
‘Secondly, there seems to be a growing tendency towards nationalism and protectionism which may well translate in government (attempting) to keep scientific findings within the boundaries of their own country. It’s the opposite of the philosophy of scientific communities, where openness is always very important.
‘It is often said that we are heading towards a knowledge society. This might include that there will also be global knowledge and data wars. That is why I believe that science diplomacy should not only be the concern of governments, it is also up to the scientific community to realise they have a major role to play in promoting international cooperation, and they should link up as much as possible to the global issues and to using science and technology for dealing with global issues.’
You recently published a report looking at science diplomacy in selected EU countries and others. What did you discover?
‘There are some Member States who, in the context of their science policy, hardly use the concept, or who do not speak about science diplomacy at all. Other Member States do label their engagement in, for instance, science and technology cooperation agreements, or their system of science and technology advisers attached to their embassies, as science diplomacy. But, only a couple of the Member States do have more or less an integrated strategy for science diplomacy.
‘So, the main observation for me is there is a lack of strategy. Only a few Member States have some strategy documents about what they want to achieve, what they want to do with science diplomacy.’
Why do you think that is?
‘I see three reasons. The first is related to the fact that it is a relatively new concept, and it takes some time before new concepts find their way into policy practices. Another reason could be because there is such a variety of things that fall under the header of science diplomacy that it is difficult to formulate a coherent strategy.
'There seems to be a tendency to present alternative facts or to limit access to scientific data that (does) not support what governments want to hear.'
Professor Luk Van Langenhove, Vrije Universiteit Brussel, Belgium
‘And there is a third reason as well. Science policy is the prerogative of the ministers of science policy and the departments of science policy funding agencies. This is a totally different world than the world of foreign affairs and diplomatic circles. So, you have to bring these two policy circles together. That’s not always an easy thing, because in most countries you have a very vertical organisation of policy domains and that makes it difficult for those involved in science policy to engage and interact with their colleagues from foreign affairs and external relations.’
You examined several case studies. What stood out?
‘Some countries, such as Switzerland or Spain, have a well-developed strategic vision on what they want to achieve by their science diplomacy efforts. Spain is an interesting example, because they are quite innovative in how they use the concept of science diplomacy and how they link it to a number of practices, including this quite interesting practice of a shadowing system, where they invite scientists to shadow diplomats for a while, and vice versa.
‘That’s good at raising awareness among scientists, and that is definitely needed because one of the problems of science diplomacy might well be that we are not really sure how the scientists themselves look at it. There might be some reluctance (which would cause) some to say, “Well what’s this? I’m a scientist, I’m not a diplomat. Why do you want to use me for state interests?” Hence, raising awareness is definitely a very important issue.’
What would be the EU’s potential in science diplomacy?
‘The potential of the EU is, on the one hand, to organise, at the EU level, support for developing science diplomacy initiatives being initiated by governments or initiated by scientists. There you have a kind of scale advantage in that, rather than organising awareness training and capacity building in each of the Member States, you do it at a European level.
‘On the other hand, I think that the EU could play an innovative role in lifting science diplomacy from the level of individual state interest to more ambitious global initiatives.’
If you liked this article, please consider sharing it on social media.
‘The universal language of science’ can keep channels of communication open in the absence of other viable policy approaches, according to Carlos Moedas, the European Commissioner for Research, Innovation and Science.
One example of science diplomacy in action is the SESAME particle accelerator in Jordan that brings together scientists from Middle East countries, including Israel and Palestine.
Countries across Europe have, in the past few years, announced their intention to become carbon neutral in the coming decades. Some, like Norway, have targets for 2030, while others, like the UK and France, have goals that extend to 2050. Despite the differences, however, all have agreed to decarbonise, but just what will this entail, and how will it work?
Artificial intelligence (AI) technology can help us fight climate change – but it also comes at a cost to the planet. To truly benefit from the technology’s climate solutions, we also need a better understanding of AI’s growing carbon footprint, say researchers.
Deforestation, intensive agriculture and rising urbanisation are all putting intense pressure on the Earth’s natural resources and resilience to climate change. But how exactly does the way we use land need to change if we are to take care of the planet and provide enough food and resources to sustain a growing population?
Innovative ways of supporting undocumented migrants so that they can access vital health, social and emergency services are required so that European countries can properly assist these vulnerable people.
Countries across Europe are committing to carbon neutrality. But what are the big issues?
The environmental impact of AI must be assessed, say experts.
Jean-Eric Paquet tells Horizon how a new annual event - Research & Innovation Days - aims to shape European research over the next 8 years.