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"Fresh vs. frozen human decomposition – A preliminary investigation of " by Maiken Ueland, Sharni Collins et al.


Abstract
Traditionally, the post-mortem interval (PMI) is determined using methods such as forensic entomology or forensic pathology, however, these techniques are often limited to a particular post-mortem window of up to 72 – 120 h after death. In this study, lipids extracted from decomposing human tissue were investigated as potential soft-tissue biomarkers of PMI. Tissue samples were collected from two whole human donors (n = 2), one frozen and one fresh, placed at the Australian Facility for Taphonomic Experimental Research (AFTER) over the course of 69 days post-placement. These samples were analysed using gas chromatography coupled with tandem mass spectrometry (GC–MS/MS), demonstrating statistically significant differences for most fatty acid analytes and further highlighting the well-known stability of sterol compounds over time. Differences were observed between the fresh and frozen donor, with the fresh donor displaying more distinct stages of decomposition. Chem ....

Australian Facility For Taphonomic Experimental Research , Australian Facility , Taphonomic Experimental Research , Chemometric Analysis , Forensic Taphonomy , As Chromatography Coupled With Tandem Mass Spectrometry , Ipid Analysis , Time Since Death , ஆஸ்திரேலிய வசதி ,

"Detecting grave sites from surface anomalies: A longitudinal study in " by Christopher J. Watson, Maiken Ueland et al.


Abstract
Forensic investigations of single and mass graves often use surface anomalies, including changes to soil and vegetation conditions, to identify potential grave locations. Though numerous resources describe surface anomalies in grave detection, few studies formally investigate the rate at which the surface anomalies return to a natural state; hence, the period the grave is detectable to observers. Understanding these processes can provide guidance as to when ground searches will be an effective strategy for locating graves. We studied three experimental graves and control plots in woodland at the Australian Facility for Taphonomic Experimental Research (Sydney, Australia) to monitor the rate at which surface anomalies change following disturbance. After three years, vegetation cover on all grave sites and control plots had steadily increased but remained substantially less than undisturbed surroundings. Soil anomalies (depressions and cracking) were more pronounced at ....

Australian Facility For Taphonomic Experimental Research Sydney , Australian Facility , Taphonomic Experimental Research , Clandestine Graves , Forensic Anthropology , Forensic Archaeology , Forensic Botany , Rave Detection , ஆஸ்திரேலிய வசதி ,