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New Climate Economy (NCE)
Centre for Climate Change Economics and Policy (CCCEP)
Grantham Research Institute on Climate Change and the Environment
London School of Economics and Political Science

Shifting our fossil-fuelled civilisation to clean modes of production and consumption requires deep  transformations in our energy and economic systems. Innovation in physical technologies and social behaviours is key to this transformation. But innovation has not been at the heart of economic  models of climate change. This paper reviews the state of the art on the economics of innovation, applies recent insights to climate change. The core insight is that technological innovation is a path-dependent process in which history and expectations matter greatly in determining eventual outcomes.

Stockholm Environment Institute (SEI)

In the face of increasingly likely dangerous climate change, many developing countries are designing green economy or low-emissions development strategies, but are simultaneously on a course of investment locking them into high-emission infrastructure. Meanwhile, many high-income countries are working to reduce their emissions but are hampered by the cost of switching from an existing capital stock designed for a fossil fuel-based economy. This paper looks at economic aspects of the challenge of escaping carbon lock-in using a “brown-green capital” model. In the model, brown capital is more productive than green capital in a brown capital-dominated economy, while green capital is more productive in a green capital-dominated economy; that is, the model allows for “carbon lock-out”. The paper also explores possible macroeconomic consequences of policies to drive a transition to a low-carbon economy and policy responses in the case that macroeconomic imbalances result.

International Centre for Trade and Sustainable Development (ICTSD)

This paper presents an overview of trade among the G14 as well as key non-G14 economies in the 54 product sub-categories included in the APEC environmental goods list. It also examines for these 54 sub-headings more detailed trade information at the tariff line level (including at the level of more detailed statistical codes) in an attempt to gain some insight into the relative importance of trade in environmental goods. It also analyses additional climate-related products, derived inter alia from earlier ICTSD research, particularly climate technology mapping studies, which could potentially be added to those included in the APEC list for subsequent inclusion in an Environmental Goods Agreement (EGA). The paper presents a preliminary analysis of trade flows and tariffs for this non-exhaustive list of climate-relevant products and components. Finally, it also puts forward proposals on measures needed to make EGA negotiations more transparent as well as facilitate better estimates of global trade flows in environmental goods.

London School of Economics and Political Science
New Climate Economy (NCE)
Global Commission on the Economy and Climate

This paper, produced through the New Climate Economy Cities Research Programme, focuses on one central aspect of urban development: transport and urban form and how the two shape the provision of access to people, goods and services, and information in cities. The more efficient this access, the greater the economic benefits through economies of scale, agglomeration effects and networking advantages. This paper discusses how different urban accessibility pathways impact directly on other measures of human development and environmental  sustainability. It also presents the enabling conditions for increasing accessibility and low-carbon mobility in cities.

London School of Economics and Political Science
New Climate Economy (NCE)
Global Commission on the Economy and Climate

This paper, produced through the New Climate Economy Cities Research Programme, identifies three groups of cities that will be particularly important for the global economy and climate: Emerging Cities, Global Megacities and Mature Cities. When combined, these 468 cities are projected to contribute over 60 per cent of global GDP growth and over half of global energyrelated emissions growth between 2012 and 2030 under business as usual. Furthermore, this paper reviews the contribution of small urban areas to economic growth and carbon emissions. Finally, this paper explores the potential of the 3C model to maximise the benefits of urban growth while minimising the costs in emerging cities, global megacities and mature cities, and reviews examples of cities where elements of the model have already been implemented.