A virtual workshop on climate driven hazards impacting the ocean and coasts, with consequent security implications.
EU
We do research and build capacity on climate, energy, risk and environment issues at the EU scale.
The people of Estonia have not started to recycle more over the past 10 years and the makeup of domestic waste remains largely unchanged.
SEI Tallinn, together with international partners, has started a new project to develop bioeconomy networking and innovation in the Baltic Sea Region.
A panel of experts will discuss and evaluate possible consequences of the US election outcome.
This brief shows how the EU Commission’s approach to just transition may influence the politics of decarbonization within the EU.
The project aim is to develop a structure for data gathering and storage and to map the environmental footprint of the Estonian defence and security sector.
Our Strategy for the Ocean and Biodiversity focuses on bridging science and policy within sources of marine pollution, coastal resilience and biodiversity loss.
This study will propose and analyse reforms in Estonia that will enable the country to achieve climate-neutral electricity production by 2050.
EMAS is a framework that the public and private sectors can use to assess, improve and communicate their environmental performance.
This paper draws on new data examining the starkly different global distribution of carbon consumption emissions among individuals from 1990 to 2015 and beyond.
Read an overview of the state of knowledge on transboundary climate risks in Europe, and find out how it can help EU Member States and businesses.
Welcome to the BONUS RETURN project's final conference where results, conclusions and recommendations will be presented.
The peak of the coronavirus pandemic saw a spurt in recycling of clothes in Estonia, ETV news show "Aktuaalne kaamera" reported.
The four-year LANDMARC project will analyse technical, socio-economic, and ecological dimensions of climate mitigation issues.
The LANDMARC project will enhance understanding of the potential of land-based negative emission solutions in agriculture, forestry and other land use sectors.