Soil Analysis in Forensic Taphonomy: Chemical and Biological Effects of Buried Human RemainsMark Tibbett, David O. Carter CRC Press, 27/02/2008 - 364 páginas A burial environment is a complex and dynamic system. It plays host to an abundance of interdependent chemical, physical, and biological processes, which are greatly influenced by the inclusion of a body and its subsequent decay. However, while taphonomy continues to emerge as a valuable forensic tool, until now most of the attention has been on th |
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... result of the following five key factors: 1. Parent material: The material from which the soil is formed. Soil parent material could be bedrock, organic material, an old soil surface, or a deposit from water, wind, glaciers, volcanoes ...
... result of the following five key factors: 1. Parent material: The material from which the soil is formed. Soil parent material could be bedrock, organic material, an old soil surface, or a deposit from water, wind, glaciers, volcanoes ...
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... result from the natural subdivision of the soil by fine cracks to form either small (granular or polyhedral) or large blocks (columnar, prismatic, and platy). The cracks separating these peds do not usually have shiny slickensided ...
... result from the natural subdivision of the soil by fine cracks to form either small (granular or polyhedral) or large blocks (columnar, prismatic, and platy). The cracks separating these peds do not usually have shiny slickensided ...
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... results overlap. These overlapping results confirm each other and give a secure result to the examination. Scanning electron microscopes (SEMs) and transmission electron microscopes (TEMs) are also frequently used to examine the ...
... results overlap. These overlapping results confirm each other and give a secure result to the examination. Scanning electron microscopes (SEMs) and transmission electron microscopes (TEMs) are also frequently used to examine the ...
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Índice
Processes | |
Chapter 3 The Role of Soil Organisms in Terrestrial Decomposition | |
Toward a Forensic Mycology | |
Forensic Applications | |
Chapter 7 The Decomposition of Materials Associated with Buried Cadavers | |
Chapter 8 Decomposition Chemistry in a Burial Environment | |
Chapter 9 Potential Determinants of Postmortem and Postburial Interval of Buried Remains | |
Chapter 10 Principles and Methodologies of Measuring Microbial Activity and Biomass in Soil | |
Chapter 11 Methods of Characterizing and Fingerprinting Soils for Forensic Application | |
Index | |
Back cover | |
Chapter 6 The Decomposition of Hair in the Buried Body Environment | |
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Soil Analysis in Forensic Taphonomy: Chemical and Biological Effects of ... Mark Tibbett,David O. Carter Pré-visualização indisponível - 2008 |
Palavras e frases frequentes
acid activity adipocere adipocere formation ammonia anaerobic analysis archaeological arthropods associated Bass biomass Boca Raton bone burial environment cadaver cadaver decomposition carbon carrion Carter chemical clay clothing color Coprinus corpse corrosion cotton CRC Press crime scene death decay decomposing decomposition degradation deposition dermatophytes ectomycorrhizal environmental estimate experimental extraction fabric factors fibers Figure Forbes Forensic Archaeology forensic entomology forensic investigations Forensic palynology Forensic Sci forensic science Forensic Taphonomy fraction fungal fungi grave growth Haglund and M. H. Hebeloma human hair identified insects Janaway Jenkinson keratin keratinolytic M. H. Sorg material measured metal methods Micozzi microbial biomass microorganisms microscope minerals moisture nitrogen organic matter particles plant pollen polyester postmortem postmortem interval proteins redox result Sagara saprotrophic Soil Biol soil samples species structure surface taphonomy techniques temperature textile Tibbett tion tissue urea Wilson wool Yamanaka