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The impacts of climate change on agriculture and food production in Southeast Asia will be largely mediated through water, but climate is only one driver of change. Water resources in the region will be shaped by a complex mixture of social, economic and environmental factors. This report reviews...


Johnston, Robyn M.Lacombe, GuillaumeHoanh, Chu ThaiNoble, A.D.Pavelic, PaulSmakhtin, Vladimir U.Suhardiman, DianaKam, Suan PhengChoo, P.S.[Climate change, water and agriculture in the Greater Mekong subregion]Climate change, water and agriculture in the Greater Mekong subregion
Johnston, Robyn M.Rajah, AmeerBalasubramanya, SoumyaDouangsavanh, SomphasithLacombe, GuillaumeMcCartney, Matthew P.Pavelic, PaulSenaratna Sellamuttu, SonaliSotoukee, TouleelorSuhardiman, DianaJoffre, Olivier M.[Identifying priority investments in water in Myanmar?s dry zone: final report for component 3. [Project report of the Livelihoods and Food Security Trust Fund (LIFT) Dry Zone Program]]Identifying priority investments in water in Myanmar?s dry zone: final report for component 3. [Project report of the Livelihoods and Food Security Trust Fund (LIFT) Dry Zone Program]
Johnston, Robyn M.Hoanh, Chu ThaiLacombe, GuillaumeNoble, A.D.Smakhtin, Vladimir U.Suhardiman, DianaKam, Suan PhengChoo, P.S.[Scoping study on natural resources and climate change in Southeast Asia with a focus on agriculture. Final report]Scoping study on natural resources and climate change in Southeast Asia with a focus on agriculture. Final report
Johnston, Robyn M.Hoanh, Chu ThaiLacombe, GuillaumeNoble, A.D.Smakhtin, Vladimir U.Suhardiman, DianaKam, Suan PhengChoo, P.S.[Rethinking agriculture in the Greater Mekong Subregion: how to sustainably meet food needs, enhance ecosystem services and cope with climate change. [Summary report].]Rethinking agriculture in the Greater Mekong Subregion: how to sustainably meet food needs, enhance ecosystem services and cope with climate change. [Summary report].

In Lao PDR, one of the less developed countries, water represents a valuable natural resource via the development of hydropower dams and irrigation schemes. In the lower part of the Nam Ngum River Basin, the Vientiane plain is one of the largest food production areas of the country and the larges...


Lacombe, GuillaumeDouangsavanh, SomphasithThepphavong, B.Hoanh, Chu ThaiBounvilay, B.Noble, A.D.Ongkeo, O.Johnston, Robyn M.Phongpachith, C.[Is there enough water in the Vientiane Plain? a water balance assessment of the Lower Nam Ngum Basin. Project report prepared by IWMI for CSIRO - AusAID Research for Development Alliance under the project "Exploring Mekong Region Futures".]Is there enough water in the Vientiane Plain? a water balance assessment of the Lower Nam Ngum Basin. Project report prepared by IWMI for CSIRO - AusAID Research for Development Alliance under the project "Exploring Mekong Region Futures".

In Northeast Thailand, about 80% of the 20 million inhabitants are engaged in rainfed agriculture. Climate vagaries combined with coarse-textured sandy and unevenly distributed saline soils explain low agriculture yields and the endemic relative poverty of the population. We conducted an in-depth...


Lacombe, GuillaumeAnan, P.Attachai, J.Trebuil, G.[Changing rainfall pattern in Northeast Thailand and implications for cropping systems adaptation [Abstract only]]Changing rainfall pattern in Northeast Thailand and implications for cropping systems adaptation [Abstract only]

Climate vagaries and the lack of irrigation, frequently combined with coarse-textured sandy and unevenly distributed saline soils, explain low crop yields and the endemic relative poverty of the rural population in Northeast Thailand (NET). Local and regional trends in agriculturally-relevant rai...


Lacombe, GuillaumePolthanee, AnanTrébuil, Guy[Long-term change in rainfall distribution in Northeast Thailand: will cropping systems be able to adapt?]Long-term change in rainfall distribution in Northeast Thailand: will cropping systems be able to adapt?
Lacombe, GuillaumeNaivinit, W.[Modeling a biophysical environment to better understand the decision-making rules for water use in the rainfed lowland rice ecosystem]Modeling a biophysical environment to better understand the decision-making rules for water use in the rainfed lowland rice ecosystem
Johnston, R.Hoanh, Chu ThaiLacombe, GuillaumeLefroy, R.D.B.Pavelic, PaulFry, C.[Managing water in rainfed agriculture in the Greater Mekong Subregion.]Managing water in rainfed agriculture in the Greater Mekong Subregion.

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