A study was conducted at Marang River, Terengganu on determination of hydrological variation of Marang River at seven sampling stations. Sampling stations were selected along Marang River started from downstream to upstream. Each station was located 2km apart from each other. Sampling was done twicethe first sampling was in 13 November 2012 (rainy season) and was repeated for second sampling on 24 February 2013 (dry season). Hydrological measurements of river such as velocity, river width and river depth were measured by using specific equipment. River velocity was measured by using flow meter (model FP101), river width was measured by using a rangefinder (model Bushnell 20-0001) and river depth was measured by using depth meter. Primary da...
This study on water quality modelling in Sungai Juru, Penang was undertaken as one of the most pollu...
The aim of the thesis was to investigate the spatial and temporal structure of estuarine plume and ...
Mangrove hydrology is threatened by the massive degradation resulted from anthropogenic impacts such...
A study was conducted at seven sampling stations to determine water quality condition of Marang Rive...
The Kapuas Kecil River is strongly influenced by tidal, in the dry season the intrusion of surface w...
[1] Tidal rivers feature oscillatory and steady gradients in the water surface, controlled by intera...
Tidal influence extends 100 km upriver in the coastal swamplands of Sumatra and Kalimantan. In plann...
Pahang River (Sg. Pahang) is the longest river in Peninsular Malaysia. Flood is a common event in Pa...
Galng River has been spotted by the Drainage and Irrigation of Department of Pahang as one of the hi...
The aim of this study is to investigate how important are tides and/or wind to the water movements i...
The aims of this study were to determine the relationship between seasonal variations (wet and dry p...
A 2Dnumericalmodel is set-up for the tidal bore in the Sittaung River. This model is used to analyse...
The aim of this study is to predict the long-term behaviour of the Klang River estuary in terms of c...
Abstract: The purpose of this study was to estimate the tidal stream energy resources in the Sarawak...
International audienceThe hydrological dynamics of the Saigon River is ruled by a complex combinatio...
This study on water quality modelling in Sungai Juru, Penang was undertaken as one of the most pollu...
The aim of the thesis was to investigate the spatial and temporal structure of estuarine plume and ...
Mangrove hydrology is threatened by the massive degradation resulted from anthropogenic impacts such...
A study was conducted at seven sampling stations to determine water quality condition of Marang Rive...
The Kapuas Kecil River is strongly influenced by tidal, in the dry season the intrusion of surface w...
[1] Tidal rivers feature oscillatory and steady gradients in the water surface, controlled by intera...
Tidal influence extends 100 km upriver in the coastal swamplands of Sumatra and Kalimantan. In plann...
Pahang River (Sg. Pahang) is the longest river in Peninsular Malaysia. Flood is a common event in Pa...
Galng River has been spotted by the Drainage and Irrigation of Department of Pahang as one of the hi...
The aim of this study is to investigate how important are tides and/or wind to the water movements i...
The aims of this study were to determine the relationship between seasonal variations (wet and dry p...
A 2Dnumericalmodel is set-up for the tidal bore in the Sittaung River. This model is used to analyse...
The aim of this study is to predict the long-term behaviour of the Klang River estuary in terms of c...
Abstract: The purpose of this study was to estimate the tidal stream energy resources in the Sarawak...
International audienceThe hydrological dynamics of the Saigon River is ruled by a complex combinatio...
This study on water quality modelling in Sungai Juru, Penang was undertaken as one of the most pollu...
The aim of the thesis was to investigate the spatial and temporal structure of estuarine plume and ...
Mangrove hydrology is threatened by the massive degradation resulted from anthropogenic impacts such...