This work had two purposes. The first was to measure and investigate the amount of fog and rain water collected by a sample of trees during the summer monsoon season in the mountains of the Dhofar region in the south of Oman. The second purpose was to assess the potential of trees with different leaf shapes, sizes and cross sectional canopy areas to collect fog and rain water in the area. In order to meet these purposes three different tree species, were selected for experimental investigation and field measurements. They included fig, lemon, and tamarind trees. The experiments were designed and implemented in the monsoon season of 2006, between the 13th of July and the 3rd of September. The daily measurements of water collection showed tha...
In arid and semi-arid areas where available water resources are very limited, the application of unc...
Rain and snow are not the only sources of water in arid environments. Substantial amounts of water e...
The main aim of the present research was to measure interception (I) by individual trees of Pinus el...
This work had two purposes. The first was to measure and investigate the amount of fog and rain wate...
For clarifying the role of fog in the water resource of the mountain region of Dhofar, the quantitat...
Water use of four selected tree species commonly used on Bangkok streets under well-watered conditio...
[1] We describe the ecohydrology of a unique semiarid broadleaf deciduous forest in Dhofar (Oman). T...
Fog is a potential source of water that could be exploited using the innovative technology of fog co...
Study region: The Dhofar mountains are located on the Arabian Peninsula in Southern Oman. Unlike oth...
As the world’s population and demand for fresh water increases, new water resources are needed. One ...
This study was carried out at South Darfur State (Latitudes 12° , 58′ N and Longitudes 24° , 88′E )...
The broad objectives of this study were to investigate the impact of water harvesting techniques on...
The water relations of two tree species in the Euphorbiaceae were compared to test in part a hypothe...
Foliar water uptake (FWU) is a common water acquisition mechanism for plants inhabiting temperate fo...
The aim of this study was to estimate the individual tree-based 1) canopy water storage capacity (S)...
In arid and semi-arid areas where available water resources are very limited, the application of unc...
Rain and snow are not the only sources of water in arid environments. Substantial amounts of water e...
The main aim of the present research was to measure interception (I) by individual trees of Pinus el...
This work had two purposes. The first was to measure and investigate the amount of fog and rain wate...
For clarifying the role of fog in the water resource of the mountain region of Dhofar, the quantitat...
Water use of four selected tree species commonly used on Bangkok streets under well-watered conditio...
[1] We describe the ecohydrology of a unique semiarid broadleaf deciduous forest in Dhofar (Oman). T...
Fog is a potential source of water that could be exploited using the innovative technology of fog co...
Study region: The Dhofar mountains are located on the Arabian Peninsula in Southern Oman. Unlike oth...
As the world’s population and demand for fresh water increases, new water resources are needed. One ...
This study was carried out at South Darfur State (Latitudes 12° , 58′ N and Longitudes 24° , 88′E )...
The broad objectives of this study were to investigate the impact of water harvesting techniques on...
The water relations of two tree species in the Euphorbiaceae were compared to test in part a hypothe...
Foliar water uptake (FWU) is a common water acquisition mechanism for plants inhabiting temperate fo...
The aim of this study was to estimate the individual tree-based 1) canopy water storage capacity (S)...
In arid and semi-arid areas where available water resources are very limited, the application of unc...
Rain and snow are not the only sources of water in arid environments. Substantial amounts of water e...
The main aim of the present research was to measure interception (I) by individual trees of Pinus el...