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231. Why Democracies Implement Better Climate Actions: Case Study of India, the Philippines, and Japan

Author:
Niranjan Sahoo and Jisoo Park
Publication Date:
07-2023
Content Type:
Policy Brief
Institution:
East Asia Institute (EAI)
Abstract:
Asia is the most populous and one of the most climate-vulnerable regions in the world. Long coastline, vast low lying areas comprising many small island nations make it highly susceptible to climate change such as rising sea level and extreme weather events like floods, landslides. For many critics, democracies' response to climate change is much impeded due to their slow decision-making process and short-termism governed by electoral compulsions. Some analysts go as far as to claim that authoritarianism is needed to tackle the crisis more effectively. However, close examination of different governance structure's climate actions strongly supports that democracies are inherently better at handling climate crisis compared to authoritarian regimes. This article explores the multifaceted impact of climate change to democracy and delves into the case studies of India, the Philippines, and Japan to identify strengths as well as areas of improvement that democracies should consider to establish meaningful climate actions.
Topic:
Climate Change, Authoritarianism, Democracy, and Accountability
Political Geography:
Japan, India, Asia, and Philippines

232. General Equilibrium Analysis of Cost-Effectiveness and Distributional Impacts of China’s Nationwide CO2 Emissions Trading System

Author:
Xianling Long, Da Zhang, Lawrence Goulder, and Chenfei Qu
Publication Date:
03-2023
Content Type:
Special Report
Institution:
Asia Society
Abstract:
China introduced the world's largest emissions trading system in 2021 which is intended to help cost-effectively achieve its pledges of reaching a peak in CO2 emissions before 2030 and carbon neutrality before 2060. The system is a tradable performance standard (TPS) with a bottom-up intensity-based emissions cap, unlike a top-down absolute cap approach commonly used globally. General Equilibrium Analysis of Cost-Effectiveness and Distributional Impacts of China’s Nationwide CO2 Emissions Trading System developed and applied a multi-sector, multi-period general equilibrium model to assess the emissions, energy mix, and economic impacts of a series of options for the future development of this policy. These included cap-setting, benchmark design, auction design, and sectoral expansion, with valuable insights provided on the potential future evolution of this policy.
Topic:
Climate Change, Economy, Trade, and Carbon Emissions
Political Geography:
China and Asia

233. Getting Indonesia to Net Zero

Author:
Asia Society Policy Institute
Publication Date:
03-2023
Content Type:
Special Report
Institution:
Asia Society
Abstract:
As one of the world’s fastest growing economies, Indonesia has committed to using its sustainable transition to drive green and inclusive growth. Recent steps taken by President Joko Widodo in the lead-up to Indonesia hosting the G20 summit in November 2022 underscore the country’s ambition to mitigate its emissions – including releasing a plan to achieve net zero emissions by 2060 or sooner, endorsing the Global Coal to Clean Power Transition Statement at COP26, and enhancing Indonesia’s Nationally Determined Contribution ahead of COP27. The Getting Indonesia to Net Zero report from the High-level Policy Commission on Getting Asia to Net Zero explores how Indonesia can further accelerate its transition to a resilient, net zero emissions economy while benefitting its people and its place in the world. The report is based on new modeling commissioned from Cambridge Econometrics that shows the opportunities and trade-offs associated with different pathways for Indonesia to meet its current and more ambitious emissions reduction targets. As the report’s analysis illustrates, implementing Indonesia’s current net zero strategy could boost Indonesia’s mid-term GDP by as much as 5% by 2032, create up to two million new jobs by 2039, and ultimately improve Indonesia’s trade balance by $48 billion. Moreover, by aiming for net zero emissions by 2050 instead of 2060 while prioritizing low-cost renewable energy sources like solar and wind, Indonesia could reduce its net zero investment needs by $3.8 trillion and peak its carbon emissions as early as 2027. In this latter scenario, the adverse impact of the net zero transition on household spending could also be cut by half. The report also outlines a roadmap for how Indonesia could realize these and other benefits by prioritizing climate policies that concurrently address development challenges, reforming the energy market structure to favor solar and wind, and leveraging green industries to advance a just transition.
Topic:
Climate Change, Economy, Carbon Emissions, and Net Zero
Political Geography:
Indonesia and Southeast Asia

234. The Transition From an Intensity to an Absolute Emissions Cap in China’s National Emissions Trading System

Author:
Duan Maosheng
Publication Date:
03-2023
Content Type:
Working Paper
Institution:
Asia Society
Abstract:
The unique characteristics of China's economic development and electricity marketization have resulted in the implementation of a bottom-up intensity-based emissions cap in China’s national emissions trading system (ETS) in its early stages. However, the efficacy of the bottom-up cap-setting approach remains controversial, particularly with regard to achieving emission reduction goals and cost-effectiveness. In response to China's "dual carbon" targets and updated Nationally Determined Contributions (NDC), China’s national ETS shall gradually shift towards a real cap-and-trade system, with a transition period when a hybrid system, which has an absolute control cap beside the intensity cap, is implemented. The Transition from an Intensity to an Absolute Emissions Cap in China’s National Emissions Trading System examines the cap-setting approaches used in ETSs in China, the underlying reasons for choosing intensity caps in China, and major issues related to the transition from an intensity cap to an absolute cap in China’s national ETS.
Topic:
Climate Change, Economy, Trade, and Carbon Emissions
Political Geography:
China and Asia

235. Getting Asia to Net Zero

Author:
Asia Society Policy Institute
Publication Date:
04-2023
Content Type:
Special Report
Institution:
Asia Society
Abstract:
In March 2023, the United Nations (UN) Intergovernmental Panel on Climate Change published a key report stating that the Earth has already warmed by 1.1°C and that no additional fossil fuel infrastructure can be built and used while still holding warming to under 1.5°C. In response, UN Secretary-General António Guterres called for countries to hit “fast-forward” on their net zero commitments, with developed economies to aim for net zero by 2040, and emerging economies to target 2050. The Getting Asia to Net Zero report from the High-level Policy Commission on Getting Asia to Net Zero presents another compelling reason for the Asia-Pacific region to align behind achieving net zero emissions by mid-century: taking more ambitious climate action and reducing emissions sooner could enhance the region’s economic and social development. The report draws on new modeling commissioned from Cambridge Econometrics that examines the costs, benefits, and trade-offs of the Asia-Pacific’s options to implement its current and more ambitious mitigation targets, as well as how variations in the power sector mix could enhance development while meeting climate goals. According to the analysis, hitting net zero emissions by 2050 could increase the Asia-Pacific's gross domestic product (GDP) by up to 6.3 percent above projected levels and generate as many as 36.5 million additional jobs by the 2030s, as compared to the 5 percent GDP boost and 25.1 million additional jobs that current climate commitments could generate. A net zero 2050 pathway could also lead to energy cost savings of $270 billion for local households and improve the region's trade balance by as much as $827 billion, largely due to a reduction in fossil fuel dependence. Prioritizing low-cost renewable energy sources like solar and wind power could help the Asia-Pacific avoid $2.2 trillion in investment requirements. The report also recognizes potential challenges associated with the transition to net zero and proposes solutions, such as facilitating the flow of international finance to mitigate adverse impacts on household spending and developing comprehensive plans to help displaced fossil fuel workers take advantage of new employment opportunities. In 2023, Asia has another compelling opportunity to globally step up on climate. A confluence of major multilateral processes will take place in the Asian region, including the G7 in Japan, the G20 in India, and the 28th UN Climate Conference (COP28) in the United Arab Emirates on behalf of the Asia-Pacific Group. Moreover, the first Global Stocktake at COP28 in December 2023 will assess the global state of progress and remaining gaps to achieving the Paris Agreement’s goals. The commissioned modeling shows that aligning the Asia-Pacific’s climate ambition with a 1.5°C trajectory is not only possible — it could also be the more beneficial path forward for the region.
Topic:
Climate Change, Carbon Emissions, and Net Zero
Political Geography:
Asia

236. China, climate change and the energy transition

Author:
Professor Xu Yi-Chong
Publication Date:
03-2023
Content Type:
Working Paper
Institution:
Australian Strategic Policy Institute (ASPI)
Abstract:
This report surveys China’s enormous energy transition to renewables. It begins by sketching the energy challenges China faces and its climate-change-related energy policies, in the context of the global geopolitics of the energy transformation. Next the report focuses on conventional energy sources (oil and natural gas), followed by electricity, and energy technologies. Although the report is intended primarily to survey developments to date, it concludes with some brief observations about the considerable energy challenges China faces in the years ahead.
Topic:
Security, Climate Change, Development, Energy Policy, and Energy Transition
Political Geography:
China and Asia

237. China, climate and conflict in the Indo-Pacific

Author:
Anastasia Kapetas
Publication Date:
03-2023
Content Type:
Special Report
Institution:
Australian Strategic Policy Institute (ASPI)
Abstract:
This paper surveys the current reporting and analysis on climate and security to explore the implications that climate change may have for China’s ability to prosecute its security goals in the region’s three major hotspots: the SCS, Taiwan and the India–China border conflict. Those three hotspots all involve longstanding border and territorial disputes between China and other nations and may draw in various levels of US involvement should China continue to escalate tensions.
Topic:
Security, Climate Change, and Conflict
Political Geography:
China, Asia, and Indo-Pacific

238. The Persistent Consequences of the Energy Transition in Appalachia’s Coal Country

Author:
Eleanor Krause
Publication Date:
03-2023
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
The persistence and intensification of earnings, employment, and opportunity gaps across place has become an increasingly salient feature of the United States economy over the past several decades.1 This economic divergence has occurred alongside a remarkable transition away from coal-fired electricity that is expected to continue as lower-carbon energy sources become more economically viable. While essential to minimizing the damages of climate change, the shift poses significant challenges to the relatively rural and distressed communities traditionally reliant on this resource. Indeed, many historically coal-dependent communities in Central Appalachia have long been characterized by deep poverty, limited employment opportunities, and high rates of public assistance, and recurrent adverse shocks to coal employment over the past several decades have amplified many of these qualities, potentially elevating the risks associated with the energy and economic shifts ahead. How have Appalachia’s coal-dependent communities adjusted to historical and contemporary declines in demand for coal, and how do these shocks – and their consequences for the educational composition of affected communities – influence the capacity for future generations to adapt to new challenges? In this policy brief, I present estimates of how Appalachia’s coal country has adjusted to recent declines in coal mining employment (“coal shocks”), and I demonstrate how this adjustment process is, in part, dictated by the persistent consequences of historical employment shocks in Appalachia. The evidence suggests that recent coal shocks (i.e., declines in coal employment occurring between 2007 and 2017) have been relatively painful for affected communities, causing large reductions in local population sizes, declines in local employment counts, declines in earnings, and increases in the rate of government transfer receipt. All of these adjustment costs are more severe in counties with a history of “selective migration” induced by shifting employment opportunities in the 1980s. That is, the estimated effect of recent coal shocks on population sizes, employment, earnings, and transfer payments is significantly larger in counties that lost greater numbers of their college-educated adults in the 1980s thanks to historical employment shocks in proximate labor markets. The upshot is that coal-dependent communities may demonstrate little resilience to recent coal shocks in part because of the persistent consequences of historical shocks, which fundamentally altered the educational composition of affected communities. By dramatically reducing the number of college-educated individuals living in a community, adverse shocks have the capacity to put places on a pathway of decline that makes it more difficult to adapt to economic shifts in subsequent generations. These insights preview the potentially damaging implications of future contractions in the coal industry, revealing the need for greater empirical investigation of the types of policy efforts that might ameliorate the painful local adjustment costs associated with the energy transition going forward.
Topic:
Climate Change, Employment, Coal, and Energy Transition
Political Geography:
North America, United States of America, and Appalachia

239. Updating Estimates of Methane Emissions: The Case of China

Author:
Zichong Chen and Daniel Jacob
Publication Date:
05-2023
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
The Harvard Initiative to Reduce Global Methane Emissions released its first publication in May 2023: a research brief titled “Updating Estimates of Methane Emissions: The Case of China.” The Initiative is one of five interdisciplinary research clusters funded by the Salata Institute for Climate and Sustainability at Harvard University. The Harvard Project on Climate Agreements collaborates in the implementation of the Initiative. The brief summarizes research by Professor Daniel Jacob and postdoctoral fellow Zichong Chen, atmospheric scientists at Harvard University, with their colleagues. Jacob and Chen use high-resolution data from the TROPOspheric Monitoring Instrument (TROPOMI), onboard a satellite launched in 2017, to estimate national and sectoral methane emissions more accurately than has been possible in the past. They draw upon atmospheric transport models to invert the satellite observations of methane concentrations, using advanced statistical methods, and infer emissions quantities and locations from the observed atmospheric concentrations. This method has yielded generally higher estimates of emissions than in previous reports, including in the case of China. Future methane-initiative briefs will address similar research the authors and their colleagues are conducting in the United States, Latin America, North Africa, and other countries and regions. An accurate picture of aggregate and sector-level methane emissions is important to better target mitigation policies. It is hoped that the results of the research described here and in subsequent briefs will advance national efforts and international collaboration aimed at reducing methane emissions. The Harvard Initiative to Reduce Global Methane Emissions seeks meaningful and sustained progress in global methane-emissions reductions through research and effective engagement with policymakers in government and key stakeholders in business, nongovernmental organizations, and international institutions. Reduced methane emissions can significantly reduce, in the near term, the magnitude of climate change and its associated impacts. The Initiative’s objectives span the full range of disciplines and topics associated with this challenge. Among its objectives are to build on scientific research on measurement and attribution of emissions; understand legal, regulatory, and political opportunities and constraints to methane-emissions reductions in the United States; design policies that might best contribute to methane emissions reduction; work effectively through existing international venues, such as the United Nations Framework Convention on Climate Change; and define roles that business and international and multilateral organizations can play in this effort.
Topic:
Climate Change, Methane, and Carbon Emissions
Political Geography:
China and Asia

240. The Science of Rapid Climate Change in Alaska and the Arctic: Sea Ice, Land Ice, and Sea Level

Author:
John P. Holdren
Publication Date:
08-2023
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
The Earth’s surface north of the Arctic Circle, which includes nearly a third of Alaska, is warming 3-4 times faster than the global average.1 Alaska as a whole is warming twice as fast as the lower 48 states.2 As is true for most of the manifestations of anthropogenic climate change, moreover, the extremes of temperature are growing faster than the averages: the highest-ever temperature north of the Arctic Circle—100.4°F—was recorded in Verkhoyansk, Siberia, in June 2020;3 Anchorage reached an all-time high of 90°F on July 4, 2019;4 and Utqiavgik, Alaska, the northernmost U.S. city, reached an all-time winter high of 40°F in December 2022.5 The reasons warming is so fast in the Far North are quite well understood scientifically. The most important factor is the ice-snow-albedo feedback, in which warming reduces the area of land and water covered by ice and snow, which means less reflectivity and more absorption of incident solar energy at the surface, hence further warming.
Topic:
Climate Change, Environment, Carbon Emissions, and Sea Ice
Political Geography:
North America, Alaska, Arctic, and United States of America