The Philippines currently has a low level of per capita greenhouse gas emissions. However, emission levels are growing at an increasing rate, with 4% annual growth between 2006 and 2012. The country's energy system is becoming more carbon intensive to satisfy escalating energy demand caused by strong economic growth. This study assesses how the Philippines can take a low-carbon pathway by drawing on detailed modeling of the power, residential, and transport sectors. It identifies low-carbon development options that can be deployed at approximately zero net cost to reduce energy sector greenhouse gas emissions by 70% by 2050. With energy use levels still low, the country has an opportunity to follow a low-carbon development trajectory—if action is taken soon.

This study assesses how the growth of the Philippines can be made climate friendly through a detailed modeling approach that draws on extensive national stakeholder input. The Philippines currently has a low level of per capita greenhouse gas emissions. However, emission levels are growing at an increasing rate, with 4% annual growth between 2006 and 2012. The country's energy system is becoming more carbon intensive to satisfy escalating energy demand caused by strong economic growth. This study assesses how the Philippines can take a low-carbon pathway by drawing on detailed modeling of the power, residential, and transport sectors. It identifies low-carbon development options that can be deployed at approximately zero net cost to reduce energy sector greenhouse gas emissions by 70% by 2050. With energy use levels still low, the country has an opportunity to follow a low-carbon development trajectory--if action is taken soon.

Climate change is a global concern of special relevance to Southeast Asia, a region that is both vulnerable to the effects of climate change and a rapidly increasing emitter of greenhouse gases (GHGs). This study focuses on five countries of Southeast Asia that collectively account for 90% of regional GHG emissions in recent years---Indonesia, Malaysia, the Philippines, Thailand, and Viet Nam. It applies two global dynamic economy–energy–environment models under an array of scenarios that reflect potential regimes for regulating global GHG emissions through 2050. The modeling identifies the potential economic costs of climate inaction for the region, how the countries can most efficiently achieve GHG emission mitigation, and the consequences of mitigation, both in terms of benefits and costs. Drawing on the modeling results, the study analyzes climate-related policies and identifies how further action can be taken to ensure low-carbon growth.

Viet Nam has had rapid economic growth in recent years, but this growth has been energy-dependent, even as the energy system has become more carbon intensive. This study uses a bottom-up model to evaluate 63 measures to reduce greenhouse gas emissions from household electricity, industry, power generation, and transport. It finds potential for emissions reduction by 53% in 2050, and that much of this reduction can occur at low or negative financial costs. Moreover, these measures are found to ultimately lead to faster and more inclusive economy-wide growth. Policy measures are identified to help realize the modeled potential.

Low carbon technology transfer to developing countries has been both a lynchpin of, and a key stumbling block to a global deal on climate change. This book brings together for the first time in one place the work of some of the world's leading contemporary researchers in this field. It provides a practical, empirically grounded guide for policy makers and practitioners, while at the same time making new theoretical advances in combining insights from the literature on technology transfer and the literature on low carbon innovation. The book begins by summarizing the nature of low carbon technology transfer and its contemporary relevance in the context of climate change, before introducing a new theoretical framework through which effective policy mechanisms can be analyzed. The north-south, developed-developing country differences and synergies are then introduced together with the relevant international policy context. Uniquely, the book also introduces questions around the extent to which current approaches to technology transfer under the international policy regime might be considered to be 'pro-poor'. Throughout, the book draws on cutting edge empirical work to illustrate the insights it affords. The book concludes by setting out constructive ways forward towards delivering on existing international commitments in this area, including practical tools for decision makers.

This book summarizes experiences from the World Bank s activities related to low-carbon urban development in China. It highlights the need for low-carbon city development and presents details on specific sector-level experiences and lessons, a framework for action, and financing opportunities.

Asia must be at the center of the global fight against climate change. It is the world’s most populous region, with high economic growth, a rising share of global greenhouse gas emissions, and the most vulnerability to climate risks. Its current resource- and emission-intensive growth pattern is not sustainable. This study recognizes low-carbon green growth as an imperative—not an option—for developing Asia. Asia has already started to move toward low-carbon green growth. Many emerging economies have started to use sustainable development to bring competitiveness to their industries and to serve growing green technology markets. The aim of this study is to share the experiences of emerging Asian economies and the lessons learned. The book assesses the low-carbon and green policies and practices taken by Asian countries, identifies gaps, and examines new opportunities for low-carbon green growth.