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Examining Cooperation for Climate Change Adaptation in Southeast Asia: The Case of Lower Mekong River Basin

dc.contributor.authorMargareth Sembiring
dc.date.accessioned2018-07-30T20:05:15Z
dc.date.available2018-07-30T20:05:15Z
dc.date.issued2018-04-30
dc.identifier.urihttp://hdl.handle.net/11540/8402
dc.description.abstractA number of international initiatives on climate change identify cooperation as one of the means to addressing the changing climate. Cooperation also applies in the context of climate change adaptation. As one of the global hotspots for disaster risk, it is imperative for Southeast Asia to build its climate resilience through climate change adaptation. While there are a wide range of interventions that can contribute to climate change adaptation efforts, technology plays a particularly important role across different sectors. This paper is the first part of a series of work that examine the different mechanisms of cooperation for climate change adaptation in Southeast Asia. It takes Lower Mekong River Basin cooperation as a case study and it aims to assess the extent to which regional cooperation helps member countries to implement and expand technological solutions in climate change adaptation.
dc.languageEnglish
dc.publisherS. Rajaratnam School of International Studies
dc.titleExamining Cooperation for Climate Change Adaptation in Southeast Asia: The Case of Lower Mekong River Basin
dc.typeReports
dc.subject.expertEnvironment
dc.subject.expertEnvironmental Services
dc.subject.expertPolicy Environment
dc.subject.expertEnvironmental Management and Planning
dc.subject.expertEnvironmental Compliance
dc.subject.expertEnvironmental Analysis
dc.subject.adbErosion
dc.subject.adbInvestment policy
dc.subject.adbInvestment analysis
dc.subject.adbSoil Degradation
dc.subject.adbEcosystems
dc.subject.adbEnvironmental Agreements
dc.subject.adbEnvironmental Damage
dc.subject.adbNature Protection
dc.subject.naturalBiodiversity
dc.subject.naturalSoil erosion
dc.subject.naturalSoils and climate
dc.subject.naturalSoil exhaustion
dc.subject.naturalWind erosion
dc.subject.naturalCarbon dioxide mitigation
dc.subject.naturalSoil protection
dc.subject.naturalEnvironmental policy
dc.subject.naturalSustainable development
dc.subject.naturalSoil ecology
dc.subject.naturalGrassland ecology
dc.title.seriesNTS Insight
dc.title.volumeno. IN18-03
dc.contributor.imprintS. Rajaratnam School of International Studies
oar.themeClimate
oar.themeEnvironment
oar.adminregionAsia and the Pacific Region
oar.countryBangladesh
oar.countryBhutan
oar.countryIndia
oar.countryMaldives
oar.countryNepal
oar.countrySri Lanka
oar.countryBrunei Darussalam
oar.countryCambodia
oar.countryIndonesia
oar.countryLao People's Democratic
oar.countryMalaysia
oar.countryMyanmar
oar.countryPhilippines
oar.countrySingapore
oar.countryThailand
oar.countryViet Nam
oar.countryCook Islands
oar.countryFiji Islands
oar.countryKiribati
oar.countryMarshall Islands
oar.countryFederated States of Micronesia
oar.countryNauru
oar.countryPalau
oar.countryPapua New Guinea
oar.countrySamoa
oar.countrySolomon Islands
oar.countryTimor-Leste
oar.countryTonga
oar.countryTuvalu
oar.countryVanuatu
oar.countryAfghanistan
oar.countryArmenia
oar.countryAzerbaijan
oar.countryGeorgia
oar.countryKazakhstan
oar.countryKyrgyz Republic
oar.countryPakistan
oar.countryTajikistan
oar.countryTurkmenistan
oar.countryUzbekistan
oar.countryPeople's Republic of China
oar.countryHong Kong
oar.countryChina
oar.countryRepublic of Korea
oar.countryMongolia
oar.countryTaipei, China
oar.identifierOAR-007985
oar.authorSembiring, Margareth
oar.importTRUE
oar.googlescholar.linkpresenttrue


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