Researchers Develop Model to Predict Deadly Scorpion Hotspots

Researchers Develop Model to Predict Deadly Scorpion Hotspots

An international research team, including members from the University of Galway and Morocco's University Ibn Zohr, has developed a predictive model to identify global hotspots for lethal scorpion species. The study analyzed key environmental factors such as soil type and temperature that influence the distribution of these dangerous scorpions. Regions studied include central Morocco and Subic, Zambales in the Philippines. The model aims to improve prevention and treatment strategies for scorpion stings worldwide. The research was published on February 15, 2026, with contributions from Dr. Michel Dugon and Fouad Salhi. This work provides valuable insights for public health and safety in affected areas.

Acteurs

University of Galway University Ibn Zohr Dr. Michel Dugon Fouad Salhi

Lieux

central Morocco

Articles

19 février 2026
1 au total
New map reveals where lethal scorpions are most likely to strike
New map reveals where lethal scorpions are most likely to strike

ScienceDaily • 19 fév. 04h37

An international team has identified key environmental factors influencing the distribution of lethal scorpion species, aiding in the prediction of high-risk areas for scorpion stings.

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15 février 2026
2 au total
Irish scientists pinpoint hotspots for some of the most dangerous species of scorpion in the world
Irish scientists pinpoint hotspots for some of the most dangerous species of scorpion in the world

Irish Mirror • 15 fév. 16h27

Researchers from the University of Galway, in collaboration with Morocco's University Ibn Zohr, have developed a model to predict the distribution of lethal scorpion species, aiming to enhance prevention and treatment strategies worldwide.

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Scientists Unveil Global Scorpion Hotspot Predictions
Scientists Unveil Global Scorpion Hotspot Predictions

Mirage News • 15 fév. 10h06

Researchers have determined key environmental conditions that influence the distribution of lethal scorpion species, aiding in predicting high-risk areas for scorpion stings.

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