AI Article Synopsis
- Spatial and scale effects have been largely overlooked in forensic entomology, despite their significant impact on insect larval development and succession on cadavers.
- The study utilized techniques like smoothing/interpolation and semivariograms to analyze the spatial dynamics of important forensic insects in the Greater Moncton area, revealing differing patterns of species aggregation.
- Findings suggest that spatial dynamics in these insect species operate at various scales and are influenced by multiple factors, highlighting the need for integrating spatial analysis into forensic entomology for practical problem-solving.
Article Abstract
Spatial and scale effects have barely been considered in forensic entomology, despite their pervasive influence on most of the parameters affecting the development of insect larval stages and the progression of insect succession on cadavers. Here, we used smoothing/interpolation techniques and semivariograms to document the spatial dynamics of sarcosaprophageous , an important forensic taxon, in the Greater Moncton area in New Brunswick, Canada. Results indicated that the spatial dynamics of differed between species, some species showing strong patterns of regional aggregation while others did not. Multivariate spatial correlations indicated that interspecific relationships in space varied widely, ranging from local and large-scale aggregation to spatial anticorrelation between species. Overall, this study suggested that even within a restricted timescale, the spatial dynamics of can operate at many scales, manifest in different patterns, and be attributed to multiple different causes. We stress that forensic entomology has much to benefit from the use of spatial analysis because many important forensic questions, both at the fundamental and practical levels, require a spatial solution.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC8778292 | PMC |
| http://dx.doi.org/10.3390/insects13010011 | DOI Listing |
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