Ghazanfarpour Hossein, Pourkhosravani Mohsen, FallahLaleh-Zari Elaheh, Movahed Ehsan
Department of Geography, Shahid Bahonar University of Kerman, Kerman, Iran.
Department of Public Health, Faculty of Health, Jiroft University of Medical Sciences, Jiroft, Iran.
BMC Vet Res. 2025 Jul 29;21(1):494. doi: 10.1186/s12917-025-04750-8.
Animal bites are an important and dangerous threat to human health, and in many cases, the venom from the bite or the subsequent infections can threaten human life. Accordingly, the present study was conducted to evaluate and analyze the spatial distribution of animal bites in Zahedan City.
This applied study is descriptive-analytical. Data collection was done through documentary and field methods. Data related to patients with animal bites in Zahedan City were collected from health centers in Zahedan City between 2017 and 2019. Data related to temperature and precipitation were also obtained from the Meteorological Organization. To evaluate the spatial distribution pattern of patients with animal bites, three nearest neighbor average methods, global Moran spatial autocorrelation method, and local spatial autocorrelation method were used.
The highest number of animal bites occurred in August and July (338 and 324 cases, respectively), with dogs causing the most bites (2725 (78.1%)). The most common cause of animal bites was a sudden attack by an animal (33%).The results also indicate that more animal bites occurred in summer and spring than in autumn and winter (P-Value < 0.05). The results of spatial distribution analysis showed that the distribution of this disease is clustered, so that in the northern regions, the concentration of high-high clusters is high, and in the eastern and southern regions, the concentration of low-low clusters is low. The study of the spatial distribution of animal bites about land use shows that the highest number of animal bites occurred in the industrial area of Zahedan City, followed by agricultural lands, including gardens and wastelands.
Considering the high frequency of bites in the summer compared to other seasons and the industrial and agricultural nature of the region, it seems that education of residents and populations, compliance with safety tips by the people, and greater attention by the authorities in the mentioned areas (prevention to control stray dogs, vaccination of domesticated animals) can prevent animal bites.
动物咬伤是对人类健康的一种重要且危险的威胁,在许多情况下,咬伤所注入的毒液或后续感染会威胁人类生命。因此,本研究旨在评估和分析扎赫丹市动物咬伤的空间分布情况。
本应用研究为描述性分析研究。数据收集通过文献法和实地法进行。2017年至2019年期间,从扎赫丹市的卫生中心收集了该市动物咬伤患者的数据。温度和降水数据也从气象组织获取。为评估动物咬伤患者的空间分布模式,使用了三种最近邻平均法、全局莫兰空间自相关法和局部空间自相关法。
动物咬伤数量最多的月份是8月和7月(分别为338例和324例),其中狗造成的咬伤最多(2725例(78.1%))。动物咬伤最常见的原因是动物突然袭击(33%)。结果还表明,夏季和春季的动物咬伤事件多于秋季和冬季(P值<0.05)。空间分布分析结果表明,该病的分布呈聚集性,北部地区高高聚集区的集中度较高,而东部和南部地区低低聚集区的集中度较低。关于土地利用的动物咬伤空间分布研究表明,扎赫丹市工业区的动物咬伤数量最多,其次是包括花园和荒地在内的农业用地。
鉴于夏季咬伤事件的发生率高于其他季节,以及该地区的工农业性质,似乎对居民和民众进行教育、民众遵守安全提示以及当局在上述领域给予更多关注(预防流浪狗、给家畜接种疫苗)可以预防动物咬伤。