Impacts of Climate Policy and Natural Disasters: Evidence from China
Abstract
The last decade has seen heightened interest in carbon pricing to reduce greenhouse gas emissions responsible for anthropogenic climate change. Over the past decade, China–responsible for over a quarter of global carbon emissions–has aimed to reduce its emissions through an ambitious Emissions Trading Scheme (ETS) which charges certain firms for the greenhouse gases they emit. This dissertation evaluates the behaviour of firms regulated by the pilot ETS and also studies the economic consequences of adverse shocks in the form of natural disasters.
The first two chapters analyse the impact of the pilot ETS on firm behaviour in China. Chapter one assesses the impacts of the pilot ETS on technical change. The second chapter evaluates how the pilot ETS affected emissions reduction and whether the initial allowance allocation had no impact on emissions in subsequent years–a necessary condition for a cap-and-trade market to be efficient. The final chapter uses Chinese firm-level data to detect the international propagation of adverse shocks triggered by the US hurricane season in 2005.
Parts of work
Chapter1, Emissions Trading Schemes and Directed Technological Change: Evidence from China Chapter 2, Heterogeneous Responses to Carbon Pricing: Firm-Level Evidence from Beijing Emissions Trading Scheme Chapter 3, Assessing the Supply Chain Effect of Natural Disasters: Evidence from Chinese Manufacturers
Degree
Doctor of Philosophy
University
Göteborgs universitet. Handelshögskolan
Institution
Department of Economics ; Institutionen för nationalekonomi med statistik
Disputation
Fredagen den 10 september kl 15.15, i B44, Institutionen för nationalekonomi med statistik, Vasagatan 1
Date of defence
2021-09-10
ruijie.tian@economics.gu.se
Date
2021-08-17Author
Tian, Ruijie
Keywords
carbon pricing; directed technological change; innovation; heterogeneous firms
independence property; transaction costs; emissions reduction; allowances
production networks; resilience; diversification; shock transmission; supply chains; natural disasters
Publication type
Doctoral thesis
ISBN
978-91-88199-58-4
978-91-88199-57-7
ISSN
1651-4297
1651-4289
Language
eng