Gutiérrez Carlos Jaramillo, Roldán Gustavo Farías, Severin Krešimir, Orozco Ubicelio Martin, García Pilar Marín, González Víctor Toledo
Criminal Investigation Program, Law School, University of Medellín, Carrera 87 #30-65, Medellín 050026, Colombia.
Department of Animal Pathology, Faculty of Veterinary Sciences Physiopathology and Toxicology Laboratory, University of Chile, Avda. Santa Rosa 11735, 88.208-08 Cas. 2 Co. 15, La Pintana 6640022, Chile.
Animals (Basel). 2022 Jul 29;12(15):1938. doi: 10.3390/ani12151938.
During the armed conflict in Colombia, homemade improvised antipersonnel landmines were used to neutralize the adversary. Many active artifacts remain buried, causing damage to biodiversity by exploding. The extensive literature describes the effects and injuries caused to humans by conventional landmines. However, there is considerably less information on the behavior and effects of homemade antipersonnel landmines on fauna and good field investigation practices. Our objectives were to describe the characteristics of a controlled explosion of a homemade antipersonnel landmine (using ammonium nitrate as an explosive substance), to compare the effectiveness of some evidence search patterns used in forensic investigation, and to determine the effects on a piece of an animal carcass. The explosion generated a shock wave and an exothermic reaction, generating physical effects on the ground and surrounding structures near the point of explosion. The amputation of the foot in direct contact with the device during the explosion and multiple fractures were the main effects on the animal carcass. Finally, it was determined that finding evidence was more effective in a smaller search area. Many factors can influence the results, which must be weighed when interpreting the results, as discussed in this manuscript.
在哥伦比亚的武装冲突期间,自制简易杀伤人员地雷被用于对抗对手。许多未爆弹药仍埋在地下,爆炸对生物多样性造成破坏。大量文献描述了常规地雷对人类造成的影响和伤害。然而,关于自制杀伤人员地雷对动物群的行为和影响以及良好的实地调查方法的信息要少得多。我们的目标是描述自制杀伤人员地雷(使用硝酸铵作为爆炸物)的控制爆炸特征,比较法医调查中使用的一些证据搜索模式的有效性,并确定对一块动物尸体的影响。爆炸产生了冲击波和放热反应,对爆炸点附近的地面和周围结构产生了物理影响。爆炸期间与装置直接接触的脚被截肢以及多处骨折是对动物尸体的主要影响。最后,确定在较小的搜索区域寻找证据更有效。许多因素会影响结果,在解释结果时必须加以权衡,正如本手稿中所讨论的那样。