Abstract
Eagle syndrome, a rare condition characterized by the elongation of the styloid process or calcification of the stylohyoid ligament, presents varying symptoms influenced by environmental factors. This article explores the role of climatic conditions in shaping the prevalence and progression of Eagle syndrome, with a focus on extreme temperatures, humidity, and altitude. The findings demonstrate that cold weather exacerbates musculoskeletal symptoms through increased stiffness, while hot and arid climates intensify pain due to dehydration. High-altitude regions heighten vascular complications due to reduced oxygen levels. Additionally, humidity contributes to tissue swelling, worsening nerve and vascular compression. Understanding these climatic influences is crucial for tailored healthcare approaches, particularly in regions with diverse environmental conditions. This study highlights the importance of integrating climatic considerations into the diagnosis and management of Eagle syndrome for improved patient outcomes.