Table 1: News and announcements data.... | Emerald Publishing

Table 1:

News and announcements data.

Type/scale	Information & data source^a	Countries	Finding	Authors
Review	Review of 37 ex post evaluations of the effectiveness of carbon pricing since 1990	Global, but majority EU	Aggregate emissions reduction is between 0% and 2% per year. EU-ETS reduced emissions between 0% and 1.5% per year	Green (2021b)
	Review of studies of the effectiveness of EU-ETS	EU	Emissions regulated by EU-ETS fell by 3% in phase 1 and the first years in phase 2. Emissions by industrial firms reduced between 10% and 26% in phase 2	Martin et al. (2016)
Multi-country	EU sectoral emissions data between 2008 and 2016	EU	The EU-ETS reduced emissions by 3.8%	Bayer and Aklin (2020)
	CO2 emissions from fuel combustion between 2007 and 2017	142 countries	The average annual growth rate of CO2 emissions declines with 2% in countries with a carbon price	Best et al. (2020)
	Energy consumption	OECD countries	A 1€ increase in energy taxes reduces carbon emissions from fossil fuel consumption by 0.73%	Sen and Vollebergh (2018)
Single country	Evaluation of studies of effectiveness carbon tax	British Columbia, Canada	Carbon tax reduced emissions between 5% and 15%	Murray and Rivers (2015)
	Monthly provincial gasoline consumption between 1990 and 2011	British Columbia, Canada	A five-cent increase in the carbon tax causes gasoline demand to decline by 8.4%	Rivers and Schaufele (2015)
	Emissions from thermal power plant units between 2017–2018 in Germany and 2011–2018 in the UK	Germany and UK	A carbon price in Germany and the UK led to a respectively 10% and 31% carbon emission reductions	Gugler et al. (2021)
	Panel data set of power sector emissions between 2013 and 2017	21 EU countries, UK focus	The carbon tax reduced UK power sector emissions by 20% and 26% per year between 2013 and 2017	Leroutier (2022)
	Panel data of power generation and associated emissions at the plant level between 2013 and 2016	UK	The carbon tax reduced emissions between 2013 and 2016 by 6.2%	Abrell et al. (2022)
	Annual panel data on per capita CO2 emissions from transport between 1960 and 2005	Sweden	The carbon tax reduced emissions by 6.3% on average per year	Andersson (2019)
International transport	Panel data set of international product trade between countries and associated maritime trade emissions between 2004 and 2017	Global, except landlocked countries	A 40$ carbon tax reduces CO2 emissions from maritime trade of heavy products by 7.65%	Mundaca et al. (2021)
	Flights and associated emissions in Europe between 2010 and 2016	EU	Inclusion in the EU-ETS in 2021 made airlines reduce emissions by 4.7%	Fageda and Teixidó (2022)
Innovation	Low-carbon patenting registered by EU the European Patent Office between 1979 and 2009	EU	The EU-ETS caused a significant increase in low-carbon patenting of 9.1%	Calel and Dechezleprétre (2016)
	Firm-level panel database of clean 80 countries and dirty technology patents in the automotive industry between 1978 and 2005	80 countries	Firms innovate more in clean and less in dirty technologies with higher tax-inclusive fuel prices	Aghion et al. (2016)
	Patent data of different technology USA groups 1970–1994	USA	An increase in energy prices increases patent applications clean technologies	Popp (2002)

Type/scale	Information & data source^a	Countries	Finding	Authors
Review	Review of 37 ex post evaluations of the effectiveness of carbon pricing since 1990	Global, but majority EU	Aggregate emissions reduction is between 0% and 2% per year. EU-ETS reduced emissions between 0% and 1.5% per year	Green (2021b)
	Review of studies of the effectiveness of EU-ETS	EU	Emissions regulated by EU-ETS fell by 3% in phase 1 and the first years in phase 2. Emissions by industrial firms reduced between 10% and 26% in phase 2	Martin et al. (2016)
Multi-country	EU sectoral emissions data between 2008 and 2016	EU	The EU-ETS reduced emissions by 3.8%	Bayer and Aklin (2020)
	CO2 emissions from fuel combustion between 2007 and 2017	142 countries	The average annual growth rate of CO2 emissions declines with 2% in countries with a carbon price	Best et al. (2020)
	Energy consumption	OECD countries	A 1€ increase in energy taxes reduces carbon emissions from fossil fuel consumption by 0.73%	Sen and Vollebergh (2018)
Single country	Evaluation of studies of effectiveness carbon tax	British Columbia, Canada	Carbon tax reduced emissions between 5% and 15%	Murray and Rivers (2015)
	Monthly provincial gasoline consumption between 1990 and 2011	British Columbia, Canada	A five-cent increase in the carbon tax causes gasoline demand to decline by 8.4%	Rivers and Schaufele (2015)
	Emissions from thermal power plant units between 2017–2018 in Germany and 2011–2018 in the UK	Germany and UK	A carbon price in Germany and the UK led to a respectively 10% and 31% carbon emission reductions	Gugler et al. (2021)
	Panel data set of power sector emissions between 2013 and 2017	21 EU countries, UK focus	The carbon tax reduced UK power sector emissions by 20% and 26% per year between 2013 and 2017	Leroutier (2022)
	Panel data of power generation and associated emissions at the plant level between 2013 and 2016	UK	The carbon tax reduced emissions between 2013 and 2016 by 6.2%	Abrell et al. (2022)
	Annual panel data on per capita CO2 emissions from transport between 1960 and 2005	Sweden	The carbon tax reduced emissions by 6.3% on average per year	Andersson (2019)
International transport	Panel data set of international product trade between countries and associated maritime trade emissions between 2004 and 2017	Global, except landlocked countries	A 40$ carbon tax reduces CO2 emissions from maritime trade of heavy products by 7.65%	Mundaca et al. (2021)
	Flights and associated emissions in Europe between 2010 and 2016	EU	Inclusion in the EU-ETS in 2021 made airlines reduce emissions by 4.7%	Fageda and Teixidó (2022)
Innovation	Low-carbon patenting registered by EU the European Patent Office between 1979 and 2009	EU	The EU-ETS caused a significant increase in low-carbon patenting of 9.1%	Calel and Dechezleprétre (2016)
	Firm-level panel database of clean 80 countries and dirty technology patents in the automotive industry between 1978 and 2005	80 countries	Firms innovate more in clean and less in dirty technologies with higher tax-inclusive fuel prices	Aghion et al. (2016)
	Patent data of different technology USA groups 1970–1994	USA	An increase in energy prices increases patent applications clean technologies	Popp (2002)