Nkhoma Tennyson B, Rakopoulou Gabriella D, Fortney Scott H, Wescott Daniel J, Spradley Katherine M, Dadour Ian R
Entomology and Nematology Department, University of Florida, Gainesville, FL 32611, USA.
Dermestid Beetle Colony Operations, Cheyenne Mountain Zoo, Colorado Springs, CO 80906, USA.
Insects. 2025 Aug 27;16(9):897. doi: 10.3390/insects16090897.
The Forensic Anthropology Research Facility (FARF) at Texas State University (TXST), San Marcos, TX, USA, is a leading human taphonomy facility (HTF), dedicated to advancing forensic science through the study of human decomposition. This systematic review synthesizes 15 scholarly outputs comprising 7 peer-reviewed journal articles and 8 dissertations centered on arthropod-associated research undertaken at FARF, with particular emphasis on its contribution to forensic entomology. The analyzed body of literature is organized into six overarching thematic domains: (1): refining postmortem interval (PMI) estimation; (2): developmental biology of forensic arthropods; (3): arthropod behavior and forensic implications; (4): Taxonomy and systematics; (5): microbial-arthropod interactions; and (6): forensic decomposition scenarios with arthropod involvement. Key contributions from these studies include refined methodologies for PMI estimation, the systematic revision of forensically relevant arthropods and identification of accidental arthropod activity. Additionally, studies at FARF have incorporated interdisciplinary approaches bridging entomology, microbiology and ecology. The semi-arid, subtropical environment and large open natural range of FARF provides some unique regional and specific insights concerning decomposition. This entomological review on FARF is the first to be completed concerning any HTF and adds to the knowledge of forensic evidence involving arthropods.
美国得克萨斯州圣马科斯市得克萨斯州立大学(TXST)的法医人类学研究设施(FARF)是一家领先的人类埋葬学研究机构(HTF),致力于通过对人体分解的研究推动法医学发展。本系统综述综合了15项学术成果,包括7篇同行评议的期刊文章和8篇以FARF开展的节肢动物相关研究为中心的博士论文,特别强调了其对法医昆虫学的贡献。所分析的文献主体分为六个总体主题领域:(1)完善死后间隔时间(PMI)估计;(2)法医节肢动物的发育生物学;(3)节肢动物行为及其法医意义;(4)分类学与系统学;(5)微生物与节肢动物的相互作用;(6)有节肢动物参与的法医分解场景。这些研究的主要贡献包括完善PMI估计方法、对法医相关节肢动物进行系统修订以及识别意外节肢动物活动。此外,FARF的研究采用了跨学科方法,将昆虫学、微生物学和生态学联系起来。FARF的半干旱亚热带环境和广阔的自然开放区域为分解研究提供了一些独特的区域和特定见解。这篇关于FARF的昆虫学综述是关于任何人类埋葬学研究机构的首篇完成的综述,增加了涉及节肢动物的法医证据方面的知识。