This report explores policy options in which China can address the nexus of climate change and trade to reap the benefits of the global net zero transition through partnerships. Read more
competitiveness
With the macroeconomic environment shifting rapidly in the past year, posing serious challenges for policymakers, this paper aims to set out a stable and prudent course for macroeconomic policy. Read more
The Government should firmly embed CCUS within its Net Zero Strategy, to boost jobs in the UK’s regions and demonstrate its commitment ahead of COP26 to stopping climate change, says Esin Serin. Read more
Germany, Italy and the United States will participate in the G7 summit as global leaders in green competitiveness, while Australia will attend as a ‘green laggard’, according to a new analysis published today (11 June 2021) . Read more
This report uses a new data-driven online tool, the Green Transition Navigator, to analyse the green competitiveness of the seven individual G7 member states and invited countries. Read more
This report argues that carbon pricing alongside complementary policies can help Taiwan reduce its greenhouse gas emissions in a fair and cost-effective way. It assesses the options and identifies a clear path to carbon pricing in Taiwan. Read more
A series of proactive, coordinated, net-zero-emissions-aligned investments that the UK can place at the heart of its plan for recovery from COVID-19. Read more
The results of this paper show that upon deciding to invest, firms are attracted to regions that have lower energy prices. This supports arguments for better targeting leakage prevention measures to complement carbon pricing for energy-intensive industrial activities. Read more
– External link to paper – External link to data Energy price rises for industry are a major political concern.... Read more
This article reviews the empirical literature on the impacts of environmental regulations on firms’ competitiveness as measured by trade, industry location, employment, productivity, and innovation. Read more
