Pathways to Low-Carbon Development for the Philippines
Asian Development Bank | December 2017
Abstract
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.
Citation
Asian Development Bank. 2017. Pathways to Low-Carbon Development for the Philippines. © Asian Development Bank. http://hdl.handle.net/11540/7927. License: CC BY 3.0 IGO.PDF ISBN
978-92-9261-055-5
Print ISBN
978-92-9261-054-8
Keywords
Pollution Indexes
Green Revolution
Polluter Pays Principle
Decontamination
Environmental Statistics
Ecosystems
Ecology
Pollution Control
Coastal pollution
Coasts
Lakes
Rivers
Inland Water transport
International rivers
international lakes
Sewage management
Waste Disposal
Water pollutants
Public Law
Fishery Law
Marine Pollution
River Pollution
Industrial Pollution
Thermal Pollution
Thermal Pollution
Hydroelectric power
Energy technology
Alternative energy program
Alternative energy technology
Energy Sources
Work Environment
Regulatory Environments
Institutional Environment Assessment
Global Environment
Environmentally Sustainable Development
Environmentally Damaging Subsidies
Environmental Strategy
Environmental Sustainability
Environment and Pollution Prevention
Environmental Action Plans
Environmental Assessment
Environmental Cleanup
Environmental Compliance
Environmental Effects
Environmental Guidelines
Environmental Health Hazards
Municipal government
Alternative energy development
Geothermal Energy
Renewable Energy
Air quality indexes
Environmental indexes
Sanitation
Green technology
Oil spills prevention
Water quality
Prevention of pollution
Water resources development
Water quality trading
Pollution
Experimental watershed areas
Lakes monitoring
Floodplains monitoring
Pollution measurement
Liability for water pollution damages
Tide pool ecology
Reef ecology
Ocean bottom ecology
Marine riparian ecology
Marine radioecology
Marine productivity
Marine microbial ecology
Marine habitats
Marine chemical ecology
Aquatic ecology
Water pollution
Renewable energy source
Natural resource
Hybrid power
Renewable energy resource
Conservation of natural resources
Green technology
Air pollution potential
Pollution control industry
Energy conservation
Show allCollapse