A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat surface. The trap consists of an adjustable frame that is embedded level with the sand surface, into which a plastic liner is installed and filled with water to capture the blown sand. The water trap has high efficiency and does not disturb the wind field or induce upwind scour. Deployment on Padre Island, Texas, indicated that this portable and adjustable trap catches and retains all the sand blown into it, even under relatively strong wind
In aeolian research, field measurements are important for studying complex wind-driven processes for...
In aeolian research, field measurements are important for studying complex wind-driven processes for...
The SandFlow is an acoustic device for detecting and measuring aeolian sand transport. It is based o...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
In this study, a new method for the estimation of aeolian sand transport rate was developed; the met...
Previous investigations have indicated that the sampling efficiency of aeolian sand traps is low and...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Quantitative prediction of aeolian sand transport rates on beaches is still a difficult task, mainly...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
In aeolian research, field measurements are important for studying complex wind-driven processes for...
In aeolian research, field measurements are important for studying complex wind-driven processes for...
The SandFlow is an acoustic device for detecting and measuring aeolian sand transport. It is based o...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
A new type of horizontal trap was developed for measuring the aeolian sand transport rate on a flat ...
In this study, a new method for the estimation of aeolian sand transport rate was developed; the met...
Previous investigations have indicated that the sampling efficiency of aeolian sand traps is low and...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Vertical profiles of the horizontal mass flux of blown sand are investigated experimentally using a ...
Quantitative prediction of aeolian sand transport rates on beaches is still a difficult task, mainly...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
Five types of sediment samplers designed to measure aeolian sand transport were tested during a wind...
In aeolian research, field measurements are important for studying complex wind-driven processes for...
In aeolian research, field measurements are important for studying complex wind-driven processes for...
The SandFlow is an acoustic device for detecting and measuring aeolian sand transport. It is based o...