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Masiyandima, MutsaMcCartney, Matthew P.Fritsch, J-M.Rollin, D.[Impacts of agricultural use of the GaMampa wetland on the hydrology of the wetland and the Mohlapetsi River]Impacts of agricultural use of the GaMampa wetland on the hydrology of the wetland and the Mohlapetsi River

Zemadim, BirhanuMcCartney, Matthew P.Sharma, Bharat R.Lemenih, MulugetaBossio, Deborah A.Amede, Tilahun[Monitoring and modeling: Supporting decisions for livelihood improvement in the Ethiopian Highlands of the Blue Nile Basin]Monitoring and modeling: Supporting decisions for livelihood improvement in the Ethiopian Highlands of the Blue Nile Basin

Reis, J.Lacombe, GuillaumeHoanh, Chu ThaiMcCartney, Matthew P.Douangsavanh, SomphasithLeticia, M.Teoh, S.J.Kam, Suan PhengSenaratna Sellamuttu, Sonali[Adjusting hydropower dam operation to compliment livelihood strategies in the Lower Mekong Basin]Adjusting hydropower dam operation to compliment livelihood strategies in the Lower Mekong Basin

McCartney, Matthew P.Menker, M.Seyoum, Solomon[Assessing the impacts of existing and planned water storage development in the Ethiopian Highlands under current and projected future climate]Assessing the impacts of existing and planned water storage development in the Ethiopian Highlands under current and projected future climate

McCartney, Matthew P.Lacombe, GuillaumeReis, J.Chu Thai HoanhSomphasith Douangsavanh[Review of water resource and reservoir planning models for use in the Mekong Basin to improve livelihoods of local people impacted by reservoir development]Review of water resource and reservoir planning models for use in the Mekong Basin to improve livelihoods of local people impacted by reservoir development

Suan Pheng KamShwu Jiau TeohMetzger, L.Chu Thai HoanhReis, J.McCartney, Matthew P.Lacombe, Guillaume[Identifying land and water resources for improving livelihoods of people living around reservoirs in the Mekong Basin]Identifying land and water resources for improving livelihoods of people living around reservoirs in the Mekong Basin

The present study was undertaken in Lao PDR to investigate the impacts of organic and clay-based soil amendments on maize yield, total nutrient uptake and crop water productivity (CWP), and analyze the economic return of such interventions. Structured field experiments were established over two c...


Mekuria, Wolde M.Noble, A.D.Hoanh, Chu ThaiMcCartney, Matthew P.Sengtaheuanghoung, OlothSipaseuth, N.Douangsavanh, SomphasithLangan, Simon J.Getnet, Kindie[The potential role of soil amendments in increasing agricultural productivity and improving the livelihood of smallholders in Lao PDR]The potential role of soil amendments in increasing agricultural productivity and improving the livelihood of smallholders in Lao PDR

In the Dry Zone of Myanmar, variability in water resources and insufficient capacity to manage that variability is one of the main causes of food insecurity. Seasonal water scarcity is widely acknowledged to be a key constraint to livelihoods and peoples’ wellbeing. This paper describes analyses ...


Douangsavanh, SomphasithMcCartney, Matthew P.Lacombe, Guillaume[Mapping irrigated areas in the dry zone of Myanmar by differentiating evapotranspiration from irrigated and rain-fed areas [Abstract only]]Mapping irrigated areas in the dry zone of Myanmar by differentiating evapotranspiration from irrigated and rain-fed areas [Abstract only]

Increasing demographic pressure, economic development and resettlement policies in the Lower Mekong Basin induce greater population dependency on river flow to satisfy growing domestic and agricultural water demands. This dependency is particularly tight in upland areas where alternative water re...


Lacombe, GuillaumeDouangsavanh, SomphasithVogel, R.McCartney, Matthew P.Chemin, Yann H.Rebelo, Lisa-MariaSotoukee, Touleelor[Simple power-law models to predict flow metrics for water resource and risk management along the Mekong tributaries. [Abstract only]]Simple power-law models to predict flow metrics for water resource and risk management along the Mekong tributaries. [Abstract only]

This study combines climate change (CC), hydrological and water resource evaluation models to assess the impact of one downscaled mid-range CC scenario (A1B) on the performance of existing and planned irrigation and hydropower schemes in the Volta basin. The models were run (1983-2100) to simulat...


Forkuor, GeraldMcCartney, Matthew P.Amisigo, B.[Evaluating the implications of future water resources development under current and projected future climate in the Volta Basin]Evaluating the implications of future water resources development under current and projected future climate in the Volta Basin

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