An article from NIVA - Norwegian Institute for Water Research
The long road from Arctic science to international law
The second meeting of the Parties to the Minamata Convention on Mercury takes place this week in Switzerland. The road to the international convention took almost 15 years and is significantly influenced by Arctic research and Norwegian efforts.
NIVA - Norwegian Institute for Water Research
Scientists and politicians are meeting in Geneva this week for the second meeting of the Parties to the Minamata Convention on Mercury.
The convention was signed in 2013 and entered into force on August 16th 2017, and was the result of 15 years of Arctic research and political efforts. But how did it all happen? And what role did research play along the way? A recent scientific review has some answers.
“We need to know more about the role of scientific experts in political processes, so that scientific research can be integrated more efficiently in politics,” says Froukje Maria Platjouw, researcher scientist in Norwegian Institute for Water Research (NIVA) and lead author of the new article, which is published in the scientific journal Arctic Review on Law and Politics.
“This is especially true for environmental legislation. The pathway to multilateral environmental agreements often takes many years, despite the urgent nature of many environmental issues,” says Platjouw.
In the article , Platjouw and co-authors Eirik Hovland from NIVA, and Trude Borch from Akvaplan-niva, ask how scientific research could contribute more efficiently to negotiating processes towards international conventions.
Priorities, experts, timing, and money
“There were four factors that made Arctic research an important contribution for the global agreement on mercury: priorities in national politics, involvement of experts, timing, and funding,” says Platjouw.
“Through its working group AMAP, the Arctic Council had a key role to add and keep the mercury problem on the agenda, and also in the process towards international negotiations,” says the NIVA researcher.
The Arctic Council is the leading intergovernmental forum for the Arctic countries, and AMAP (Arctic Monitoring and Assessment Program) is one of the six working groups of the Arctic Council. AMAP monitors and synthesises research on the Arctic environment, and provides scientific advice to governments about pollution and climate change.
The right report at the right time
When the UN Environmental Programme (UNEP) decided to work towards a legally binding instrument on mercury in 2009, AMAP had already built a solid knowledge base and published several comprehensive reports on the negative effects of mercury.
“The fact that AMAP had already built strong scientific evidence liberated resources for negotiating solutions to reduce mercury emissions, rather than disputing the scientific aspects of mercury,” says Platjouw.
AMAP became a data supplier, communicator, and broker of scientific knowledge in the international negotiations.
“The timing and focus of the various AMAP reports appear as part of a strategic plan from AMAP. The aim of the first report, which was published in the 1990s, was to identify and understand the severity of the mercury problem, and the report was published before any international initiative on a global agreement,” says Platjouw.
“Later, during the negotiations on whether the agreement should be binding or not, the AMAP reports were focussed on the global emission sources, which underlined the importance of an international legally binding agreement.”
Several AMAP reports were published at important times during the process, including policy oriented scientific advice, some of which compromised national politics in several of the Arctic Council member states.
Research is not free of charge
Scientific research may influence politics, but politics also determines the type of research that is funded.
The funding system for research influences both the research fields being funded, and the way research will be communicated to society and decision makers. The Nordic Council of Ministers funded the first AMAP report (1997-1998), one UNEP report, and gave economic support to AMAP research on mercury.
Hence, the Nordic countries made a substantial contribution to building a knowledge base.
Norway worked several channels
As a member of both the Arctic Council and the Nordic Council of Ministers, Norway was among the countries that worked through several channels to influence the process towards a legally binding instrument.
Initially, Norway would not push for such an agreement due to possible internal conflicts among the Arctic Council member states. Instead, Norway and Switzerland urged the need for a legally binding agreement to UNEP.
This proposal was supported by the EU and Russia. Waiting for other Arctic Council member states, such as the US and Canada, to agree on the proposal could have further delayed the process.
“Whether the Minamata Convention is the result of strategic planning from certain member states in the Arctic Council or the AMAP secretary or rather the result of dynamic development in line with global policy development on mercury, remains an open question. There is however no doubt that Arctic research and the active role of AMAP were important contributions to the international agreement on mercury. Norway and the Nordic countries got good value for the resources canalized through AMAP,” says Platjouw.
The article «From Arctic Science to International Law: The Road towards the Minamata Convention and the Role of the Arctic Council» is written by researchers from NIVA and Akvaplan-niva. The project was funded by the Fram Centre’s flagship ‘Miljøgifter- effekter på økosystemer og helse’.
- Platjouw, et al. From Arctic Science to International Law: The Road towards the Minamata Convention and the Role of the Arctic Council. Arctic Review, doi: https://doi.org/10.23865/arctic.v9.1234
- Masazumi Harada (1995) Minamata Disease: Methylmercury Poisoning in Japan Caused by Environmental Pollution, Critical Reviews in Toxicology, 25:1, 1-24, DOI: 10.3109/10408449509089885)