Estuarine mixing and dispersion are turbulent processes. Present understanding of estuary turbulence remains however limited, partly because long-duration studies of turbulent properties are difficult and rare. Herein, some long-duration turbulence data recorded at high frequency using acoustic Doppler velocimetry (ADV) are analysed. The data sets were collected in a small sub-tropical estuary. A new ADV data post-processing technique is developed for turbulence analysis of estuarine flows. The results show that acoustic Doppler velocimetry data cannot be used without suitable post-processing. Even classical "despiking" techniques are not simply applicable to natural unsteady estuary flows
In an estuary, mixing and dispersion are the result of the combination of large scale advection and ...
Relatively little systematic research has been conducted on the turbulence characteristics of small ...
In natural waterways and estuaries, the momentum mixing is a turbulent process directly relevant to ...
Estuarine mixing and dispersion are unsteady turbulent processes. The present understanding of estua...
In many waterways and estuaries, a basic understanding of turbulent mixing is critical to the knowle...
In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. The predicti...
In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. The predicti...
Abstract: In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. Th...
The present study details new turbulence field measurements conducted continuously at high frequency...
The contribution was a timely notice that acoustic Doppler velocimeters have intrinsic weaknesses an...
The flow of water in natural systems such as estuaries is a turbulent process, with Reynolds numbers...
In natural estuaries, scalar diffusion and dispersion are driven by turbulent momentum mixing. To da...
In natural estuaries, the predictions of scalar dispersion are rarely predicted accurately because o...
Abstract Relatively little systematic research has been conducted on the turbulence char-acteristics...
In natural waterways and estuaries, the understanding of turbulent mixing is critical to the knowled...
In an estuary, mixing and dispersion are the result of the combination of large scale advection and ...
Relatively little systematic research has been conducted on the turbulence characteristics of small ...
In natural waterways and estuaries, the momentum mixing is a turbulent process directly relevant to ...
Estuarine mixing and dispersion are unsteady turbulent processes. The present understanding of estua...
In many waterways and estuaries, a basic understanding of turbulent mixing is critical to the knowle...
In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. The predicti...
In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. The predicti...
Abstract: In natural estuaries, contaminant transport is driven by the turbulent momentum mixing. Th...
The present study details new turbulence field measurements conducted continuously at high frequency...
The contribution was a timely notice that acoustic Doppler velocimeters have intrinsic weaknesses an...
The flow of water in natural systems such as estuaries is a turbulent process, with Reynolds numbers...
In natural estuaries, scalar diffusion and dispersion are driven by turbulent momentum mixing. To da...
In natural estuaries, the predictions of scalar dispersion are rarely predicted accurately because o...
Abstract Relatively little systematic research has been conducted on the turbulence char-acteristics...
In natural waterways and estuaries, the understanding of turbulent mixing is critical to the knowled...
In an estuary, mixing and dispersion are the result of the combination of large scale advection and ...
Relatively little systematic research has been conducted on the turbulence characteristics of small ...
In natural waterways and estuaries, the momentum mixing is a turbulent process directly relevant to ...