The aim of research project is to evaluate quantity and quality for conjunctive use of groundwater and surface water in lower in the Lower Nam Kam area, Thailand, even though there have been hints of saline soil and water. The mathematical model named WUSMO and MIKE Basin were applied for the calculation of crop water utilization. Results of the study showed that, in irrigation command area, water consumption rely on various sources; rain water 21.56%, irrigation water 78.29%, groundwater and some small surface storage 0.15%. Meanwhile, for non-irrigation command area, water consumption depends on the Nam Kam and Nambang stream 42%, rain water 36.75% and groundwater and some small surface storage 19.18%. Samples of surface water and groundw...
There is soil salinity problem in northeastern Thailand. Particularly, in the lower Nam Kam River wh...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
The Nam Kam River, one of the Mekong River’s tributaries, is located in Northeast region of Thailand...
This research was conducted in the Lower Namkam Irrigation Project situated in the Namkam River Basi...
Buri Teesta is basically a surface water irrigation project presently facing problems with the short...
ABSTRACT: In the upper part of the Central Plain of Thailand which covers about 38,000 km2, due to t...
As it is not possible to provide sufficient surface water for irrigation during dry season, a conjun...
For this study the Plaichumpol Irrigation Project (PIP) which is an area that relies heavily on conj...
The study area is Kham Sakaesaeng District in Nakhon Ratchasima Province, the south section of North...
Conjunctive use of surface water and groundwater for irrigation is increasingly recognised as a mean...
Abstract: Soil salinity is a major problem in Northeastern Thailand as a result of the interaction o...
The tendency towards increasingly-higher water demands than in the past has increased the importance...
Conjunctive water management involves coordinating the use of groundwater and surface water in time ...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
There is soil salinity problem in northeastern Thailand. Particularly, in the lower Nam Kam River wh...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
The Nam Kam River, one of the Mekong River’s tributaries, is located in Northeast region of Thailand...
This research was conducted in the Lower Namkam Irrigation Project situated in the Namkam River Basi...
Buri Teesta is basically a surface water irrigation project presently facing problems with the short...
ABSTRACT: In the upper part of the Central Plain of Thailand which covers about 38,000 km2, due to t...
As it is not possible to provide sufficient surface water for irrigation during dry season, a conjun...
For this study the Plaichumpol Irrigation Project (PIP) which is an area that relies heavily on conj...
The study area is Kham Sakaesaeng District in Nakhon Ratchasima Province, the south section of North...
Conjunctive use of surface water and groundwater for irrigation is increasingly recognised as a mean...
Abstract: Soil salinity is a major problem in Northeastern Thailand as a result of the interaction o...
The tendency towards increasingly-higher water demands than in the past has increased the importance...
Conjunctive water management involves coordinating the use of groundwater and surface water in time ...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
There is soil salinity problem in northeastern Thailand. Particularly, in the lower Nam Kam River wh...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...
Agricultural production around the world is increasingly being constrained by hydrological factors—s...