A critical analysis of temperature variation in relation to urban microclimates and the post-mortem interval

S. Bird, T. S. Oost
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Abstract

Abstract Temperature data was collected from seven citizen scientists and one expert scientist at eight study sites for a period of 29 days between January 3rd, 2021 and February 3rd, 2021 within the region of Greater Sudbury, Ontario. The purpose of the study was to determine if significant differences exist between the eight study sites and the only Environment Canada weather station for the Greater Sudbury area that could potentially cause negative influences on a PMI estimation. Ambient air temperature was collected five times daily in 3-hour intervals between the hours of 0900 h and 2100 h. Maximum and minimum daily temperatures were recorded during the 2100 h collection. ANOVA, Tukey HSD, and a t-test were performed, showing that significant differences exist between three of the study sites when they are individually compared to Environment Canada. Microclimatic effects can explain this variation and the results serve to caution forensic practitioners that relying on Environment Canada data without studying crime scene environment could lead to errors in PMI calculation.
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温度变化与城市小气候和死后时间间隔的关系的关键分析
摘要温度数据是从八个研究地点的七名公民科学家和一名专家科学家那里收集的,为期29年 2021年1月3日至2021年2月3日,安大略省大萨德伯里地区。该研究的目的是确定八个研究地点和大萨德伯里地区唯一的加拿大环境气象站之间是否存在显著差异,这些差异可能会对PMI估计产生负面影响。从9点开始,每天以3小时为间隔收集5次环境空气温度 h和2100 h.记录了2100年期间的最高和最低日温度 h收集。进行了方差分析、Tukey HSD和t检验,表明当与加拿大环境部单独比较时,三个研究地点之间存在显著差异。小气候效应可以解释这种变化,研究结果提醒法医从业者,在不研究犯罪现场环境的情况下依赖加拿大环境部的数据可能会导致PMI计算错误。
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CiteScore
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0.00%
发文量
21
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