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Publications (2)4.28 Total impact

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    ABSTRACT: Rabbit carcasses were used to compare rates of decomposition and associated assemblages of Diptera at four discernable habitat types in Kuwait; a country of a region with a paucity of such reference data. Carcasses in an urban habitat showed faster decomposition (as measured by percentage weight loss) than in agricultural, coastal or desert habitats, even with accumulated degree days (ADD) as the explanatory variable (t=2.73, df=34, p=0.010) to compensate for temperature differences. Taxa of Diptera at the four habitats became more similar as decomposition progressed, suggesting such differences between habitats were not marked. The occurrence of Chrysomyia megacephala and Lucilia sericata had not previously been recorded in Kuwait.
    Full-text · Article · Oct 2011 · Forensic science international
  • Hanadi Al-Mesbah · Zarraq Al-Osaimi · Osama M.E. El-Azazy
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    ABSTRACT: To date, entomology has not been used in legal investigations in Kuwait. Indeed, this is true of most Arab countries in the Middle East. There are no known studies on necrophagous species in the region, nor any knowledge of cadaver succession with which to compare case material. Here we report the first case of application of forensic entomology in Kuwait. In Al-Rowdah district, a man was found dead in his bedroom which was air-conditioned and the windows were closed. The temperature of the room was 20°C. The cause of death was morphine overdose. At autopsy, fly larvae were collected from the blanket with which the body was wrapped and were identified as postfeeding 3rd instars of Parasarcophaga (Liopygia) ruficornis using molecular analysis. In addition, the face and neck were extensively and exclusively colonized by different stages of Chrysomya albiceps (secondary fly). Based on the age of P. ruficornis full mature 3rd instars and the location of the body, approximately 7.5-8.5 days postmortem was estimated for the corpse at the time of its discovery.
    No preview · Article · Mar 2011 · Forensic science international