The results of particle size analyses by the low-technology pipette method and by the modern SediGraph, of a suite of fine lacustrine bottom sediment samples, are compared. Good correlations between the two data sets are observed, although the SediGraph consistently indicates finer grain sizes and better sorting of distributions. The QDa-Md method of environmental discrimination, originally established on the basis of traditional methods of size analysis, is found to be sufficiently versatile to accommodate the SediGraph data into the appropriate trend envelopes, despite the considerable differences in derived grain size parameters
Current research report results of the sediment size measurements. Different size sediment grains ...
A comparative study was performed of three instruments used to measure the grain-size distribution o...
A total of 24 sediment samples with wide dimensional, mineralogical and compositional range were con...
The results of particle size analyses by the low-technology pipette method and by the modern SediGra...
Although it may be inappropriate to apply the QDa-Md method to grain-size distribution data of bimod...
Grain-size distribution is a fundamental tool for interpreting sedimentary units within depositional...
Current research report results of the sediment size measurements. Different size sediment grains fo...
[Departement_IRSTEA]Eaux [ADD1_IRSTEA]Systèmes aquatiques soumis à des pressions multiplesInternatio...
Particle size analysis is one of the potentially most powerful tools available for the interpretatio...
Particle size analysis are one of the most common methods to describe the sediment size distribution...
The present study is a review of the methods for grain-size analysis in clastic sediments, and some ...
The Microtrac method is particularly well suited to particle-size analysis of suspended sediment sam...
Classically, the grain size of soil and sediment samples is determined by the sieve method for the c...
ABSTRACT: The Coulter Counter method of particle-size analysis, based on particle volume, is outline...
tives have been developed for determining particle size, the SediGraph method continues to satisfy b...
Current research report results of the sediment size measurements. Different size sediment grains ...
A comparative study was performed of three instruments used to measure the grain-size distribution o...
A total of 24 sediment samples with wide dimensional, mineralogical and compositional range were con...
The results of particle size analyses by the low-technology pipette method and by the modern SediGra...
Although it may be inappropriate to apply the QDa-Md method to grain-size distribution data of bimod...
Grain-size distribution is a fundamental tool for interpreting sedimentary units within depositional...
Current research report results of the sediment size measurements. Different size sediment grains fo...
[Departement_IRSTEA]Eaux [ADD1_IRSTEA]Systèmes aquatiques soumis à des pressions multiplesInternatio...
Particle size analysis is one of the potentially most powerful tools available for the interpretatio...
Particle size analysis are one of the most common methods to describe the sediment size distribution...
The present study is a review of the methods for grain-size analysis in clastic sediments, and some ...
The Microtrac method is particularly well suited to particle-size analysis of suspended sediment sam...
Classically, the grain size of soil and sediment samples is determined by the sieve method for the c...
ABSTRACT: The Coulter Counter method of particle-size analysis, based on particle volume, is outline...
tives have been developed for determining particle size, the SediGraph method continues to satisfy b...
Current research report results of the sediment size measurements. Different size sediment grains ...
A comparative study was performed of three instruments used to measure the grain-size distribution o...
A total of 24 sediment samples with wide dimensional, mineralogical and compositional range were con...