The scorpion stings is a health problem in the world, can affect thousands, especially opposite Northern Africa and in the middle east. However scorpions are often understood compared to other terrible animals, and small knows about their distributions and related spiral spiral damages of dangerous risk. Properly accessible medical treatment after steepion stings are important to positive medical results, but it remains poorly understood how to access health care for risk. Thus, the mapping of hotspot risks at risk and recognition of weak populations can greatly improve discharge methods. In this study, we use ecological models of distribution models of eight of the most dangerous scorpion species to sort the risk of hazard to Iran. We know places where people are weaker in scorpion stings based on exposure to scorpions and limited access to health care centers. We know sted risks areas for each species of their distribution. Androctonus Crasicaudaudauda have the widest distribution distribution. In contrast, Orthochirus Iranus has the least distribution range. Regions of the largest vulnerability are located in the central parts of Iran, as well as south and southwestern country. Our results provide important information for decision-makers by supporting target distributions of programs and antivenom distributions to the weakest population.
Kafash, A., Hanafi Bojd, AA, Pintor, A., Grünig, M., Hassanpour, Gassopir, G. (2025). Apply Esemble Ecological Niche Modeling to identify high risky areas for scorpions’ sting. Ecology and Evolution,, 15(7), E71713. https://doi.org/10.1002/ece3.71713
