Presented in this study is the application of the Image Analysis (I.A.) technique as alternative to the traditional mechanical sieving methods for grain size determination (Bonardi & Tosi, 1994a). The application of Image Analysis technique to study the grain size of recent sand sediments has produced analytical data that are comparable to those obtained by conventional methods. Furthermore, the use of the Image Analysis has provided additional morphological parameters such as grain elongation, shape and roundness that can be useful clues to depositional environment reconstruction
An automated image analysis method is proposed here to study the size and shape of siliciclastic sed...
A comparison has been made of sand, silt, and clay percentage of 118 samples from the Ayeyarwady con...
Image-processing technology includes storing the images of objects in a computer and processing them...
A total of 24 sediment samples from 5 different Italian marine sites (4 from Tyrrhenian Sea and 1 fr...
A comparative study was performed of three instruments used to measure the grain-size distribution o...
Grain-size distribution is a fundamental tool for interpreting sedimentary units within depositional...
Grain size is a fundamental property of sediments and is commonly used to describe sedimentary facie...
Using sieving and sample ‘‘unknowns’’ for instructional grain-size analysis and interpretation of sa...
A total of 24 sediment samples with wide dimensional, mineralogical and compositional range were con...
The methods for grain-size analysis are discussed and new instruments for the purpose are described....
The concept of grain size is critically reviewed and it is demonstrated that the conventional sieve ...
WOS: 000491231300027This study aimed to compare grain size distribution and grain shape of sands wit...
Measurements of spatial and temporal changes in the grain-size distribution of the bed surface and s...
A~sri~acr: An accurate and precise settling tube is described having an inside diameter of 12 cm and...
Modern methods for the automated evaluation of sediment size in sandy shores relay on digital image ...
An automated image analysis method is proposed here to study the size and shape of siliciclastic sed...
A comparison has been made of sand, silt, and clay percentage of 118 samples from the Ayeyarwady con...
Image-processing technology includes storing the images of objects in a computer and processing them...
A total of 24 sediment samples from 5 different Italian marine sites (4 from Tyrrhenian Sea and 1 fr...
A comparative study was performed of three instruments used to measure the grain-size distribution o...
Grain-size distribution is a fundamental tool for interpreting sedimentary units within depositional...
Grain size is a fundamental property of sediments and is commonly used to describe sedimentary facie...
Using sieving and sample ‘‘unknowns’’ for instructional grain-size analysis and interpretation of sa...
A total of 24 sediment samples with wide dimensional, mineralogical and compositional range were con...
The methods for grain-size analysis are discussed and new instruments for the purpose are described....
The concept of grain size is critically reviewed and it is demonstrated that the conventional sieve ...
WOS: 000491231300027This study aimed to compare grain size distribution and grain shape of sands wit...
Measurements of spatial and temporal changes in the grain-size distribution of the bed surface and s...
A~sri~acr: An accurate and precise settling tube is described having an inside diameter of 12 cm and...
Modern methods for the automated evaluation of sediment size in sandy shores relay on digital image ...
An automated image analysis method is proposed here to study the size and shape of siliciclastic sed...
A comparison has been made of sand, silt, and clay percentage of 118 samples from the Ayeyarwady con...
Image-processing technology includes storing the images of objects in a computer and processing them...