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Injuries due to lightning strike constitute the most significant nature-related hazard in sport. Only floods cause more storm-related deaths in the United States. About 600 to 700 lightning strikes occur per year, with 10% of that number causing fatalities. While the likelihood of lightning strike is low, any strike should be considered a life-threatening emergency. Nearly all injuries occur outdoors, through water activities or standing under trees. Lightning injuries involve a direct current that contacts the body by direct strike, side flash, or ground current. Prevention, education, and the development of an emergency action plan are the most important methods to avoid injury.

Clinical Evaluation

Many different organ systems can be damaged by lightning strike:

Skin: Burns caused by lightning strike may range from first to third degree. There is often an entrance and exit location.

Musculoskeletal: Injuries may include fractures, compartment syndrome, muscle rupture, or extremity dislocation.

Otologic: Tympanic rupture is the most serious otologic injury. Vertigo and hearing loss are also common.

Visual: Corneal abrasion, retinal hemorrhage or detachment, hyphema, or dilated pupils may occur. Cataracts are a delayed response.

Neurologic: Neurologic system injuries may occur because nervous tissue has a low resistance to injury. Short-term memory loss, difficulty processing new information, irritability, and distractability are common. Occasionally, personality changes, poor concentration, depression, and difficulty returning to previous levels of function may lead to isolation and avoidance of previously enjoyed relationships or activities. Magnetic resonance imaging (MRI) and computed tomography (CT) scans often appear normal; therefore, clinical suspicion of neurologic changes is paramount.

Cardiovascular: Cardiac arrest is the most serious injury to the cardiovascular system. Resuscitation with an automatic external defibrillator (AED) and cardiopulmonary resuscitation (CPR) are necessary for survival. Elevated cardiac enzymes may also be present on laboratory evaluation.

Prevention of Injury

Preparation for avoidance of lightning injuries must be considered when outdoor activities are contemplated. The National Collegiate Athletic Association has recommended guidelines to prevent lightning hazards. These include the following:

  • Designate a person to monitor the weather and make decisions regarding interruption of sports activity. Make plans to shelter participants and spectators, as well as institute a lightning safety plan to announce warning signals.
  • Use http://www.weather.gov or the National Weather Service on a daily basis to monitor storm activity in the area.
  • Monitor thunderstorm “watches” (warning signs of severe weather) or “warnings” (reports of severe weather) and take the proper precautions.
  • Know where “safe” structures (buildings with electrically grounded facilities) are located.
  • In the absence of a “safe structure,” a vehicle with a hard metal roof with the windows rolled up may prevent injury.
  • Avoid being the “highest point” in the area. Lying down in a ditch, getting out of the water, avoiding touching metal objects, and avoiding open windows and doors are all methods to limit the possibility of lightning strike.
  • If thunder is heard, consider preparing for evacuation. If lightning is seen, consider suspending activities. The “flash-bang” method is used for measuring the lightning strike distance, which is defined as the time between seeing the lightning and hearing the thunderdivided by 5. If

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