Creator of Knowledge
Information Resources Management Association
Advancing the Concepts & Practices of Information Resources Management in Modern Organizations

Advances in Forensic Sedimentology

Advances in Forensic Sedimentology
View Sample PDF
Author(s): Elhoucine Essefi (University of Gabes, Tunisia)
Copyright: 2022
Pages: 11
Source title: Technologies to Advance Automation in Forensic Science and Criminal Investigation
Source Author(s)/Editor(s): Chung-Hao Chen (Old Dominion University, USA), Wen-Chao Yang (National Central Police University, Taiwan) and Lijia Chen (Henan University, China)
DOI: 10.4018/978-1-7998-8386-9.ch003


View Advances in Forensic Sedimentology on the publisher's website for pricing and purchasing information.


Forensic sedimentology is a relatively recently realized field. Sedimentological methods used to solve cases have evolved as the field has developed, beginning with simple identification of minerals and progressing to the examination of individual grains using highly advanced scanning electron microscopes. More simple methods, such as color analysis, are still used today, but in addition, forensic sedimentologists look at surface textures and grain size distribution. For instance, quartz grains were used in a forensic technique as sediment fingerprint. The particle size distribution is one of the important tests when analysing sediments and soils in geological studies. For forensic work, the particle size distribution of sometimes very small samples requires precise determination using a rapid and reliable method with a high resolution. FRITSCH laser granulometer offers rapid and accurate sizing of particles in the range 0.04–2000 μm for a variety of sample types, including soils, unconsolidated sediments, dusts, powders, and other particulate materials.

Related Content

Elhoucine Essefi. © 2022. 14 pages.
Elhoucine Essefi. © 2022. 22 pages.
Elhoucine Essefi. © 2022. 11 pages.
Elhoucine Essefi. © 2022. 14 pages.
Tushar Mane, Ambika Pawar. © 2022. 29 pages.
Sachil Kumar, Anu Singla, Ruddhida R. Vidwans. © 2022. 28 pages.
Qingzhong Liu, Tze-Li Hsu. © 2022. 29 pages.
Body Bottom