Core Insights - The article highlights the health risks associated with thunderstorms, emphasizing the need for scientific protection and tailored strategies for different populations [1][2][3] Group 1: Health Risks from Thunderstorms - Thunderstorms pose multiple health risks, including direct dangers like lightning strikes, which result in 24,000 to 30,000 deaths and 240,000 to 300,000 injuries globally each year [2] - Thunderstorm asthma is a growing concern, where increased humidity before storms causes pollen and mold spores to swell, leading to allergic reactions and asthma exacerbations [2] - Sudden changes in atmospheric pressure during thunderstorms can trigger acute cardiovascular events, particularly in vulnerable populations such as the elderly [2][3] Group 2: Protective Measures - Individuals are advised to monitor weather forecasts and avoid outdoor activities during thunderstorm warnings, seeking shelter in buildings with lightning protection [3] - Those with asthma or allergies should close windows before storms and have emergency medications ready, while also seeking medical attention if symptoms worsen [3] - Caregivers for vulnerable populations should ensure home safety and monitor health conditions proactively, preparing for potential emergencies [4] Group 3: Community and Systemic Responses - Establishing a refined management mechanism at the community level is essential, including real-time health monitoring for high-risk individuals [5][6] - Public spaces should enhance protective measures, such as installing lightning warning systems and clear evacuation signage [6] - Upgrading meteorological services is crucial for effective disaster prevention, utilizing AI and big data for precise and timely alerts [6] - Medical institutions need to strengthen emergency response systems, ensuring adequate supplies and training for basic life support [6]

Core Viewpoint - The article emphasizes the health risks associated with thunderstorms, highlighting the need for scientific protection and tailored strategies for different populations to mitigate these risks [2][7][11]. Group 1: Health Risks from Thunderstorms - Thunderstorms pose multiple health risks, including direct dangers like lightning strikes, which result in 24,000 to 30,000 deaths and 240,000 to 300,000 injuries globally each year [2]. - Thunderstorm asthma is a growing concern, as increased humidity before storms can cause pollen and mold spores to swell, leading to allergic reactions and asthma exacerbations [2]. - Sudden changes in atmospheric pressure during thunderstorms can trigger acute cardiovascular events, particularly in vulnerable populations such as the elderly [7]. Group 2: Recommendations for Protection - Individuals should closely monitor weather forecasts and avoid outdoor activities during thunderstorm warnings, seeking shelter in buildings with proper lightning protection [8]. - For those with asthma or allergies, it is advised to close windows and use air purifiers before storms, and to have emergency medications readily available [8]. - Caregivers of vulnerable individuals should enhance home safety, remove hazards, and prepare emergency plans to address potential health risks during thunderstorms [9]. Group 3: Community and Systemic Measures - Establishing a refined management mechanism at the community level is crucial, including real-time health monitoring for high-risk individuals [10]. - Public spaces should enhance protective measures, such as installing lightning warning systems and clear evacuation signage [10]. - Upgrading meteorological services to provide precise and timely warnings using advanced technologies is essential for disaster prevention [10]. - Medical institutions need to improve emergency response systems, ensuring adequate supplies and training for handling storm-related injuries [10].

Core Viewpoint - The article emphasizes the health risks associated with thunderstorms, highlighting the need for scientific protection and tailored strategies for different populations to mitigate these risks [1][2][3]. Health Risks of Thunderstorm Weather - Thunderstorm weather poses multi-layered health risks, including direct dangers such as lightning strikes, with global statistics indicating 24,000 to 30,000 deaths and 240,000 to 300,000 injuries annually due to lightning [2]. - Thunderstorm asthma has gained attention, where increased humidity before storms causes pollen and mold spores to swell, leading to allergic reactions and asthma exacerbations when struck by lightning [2]. - Sudden changes in atmospheric pressure during thunderstorms can trigger acute cardiovascular events, particularly in the elderly [2]. - Mental health issues may arise, as the sounds and lights of thunderstorms can provoke anxiety in sensitive individuals, and the risk of accidents increases due to slippery conditions [2]. Scientific Protection and Tailored Strategies - Individuals are advised to monitor weather forecasts closely and avoid outdoor activities during thunderstorm warnings, seeking shelter in buildings with lightning protection [3]. - Those with asthma or allergies should close windows and use air purifiers, keeping emergency medications on hand [3]. - Patients reliant on medical devices should ensure power supply and prepare emergency kits for potential device failures [3][4]. Community and Systemic Measures - Establishing a refined management mechanism at the community level is crucial, with health service centers collaborating with property management to monitor high-risk individuals [5]. - Public spaces should enhance standardized protective measures, including lightning warning systems and clear evacuation signage [6]. - Upgrading meteorological services is essential for effective disaster prevention, utilizing AI and big data for precise warning dissemination [6]. - Medical institutions must strengthen emergency response systems, ensuring adequate supplies for treating lightning-related injuries and training staff in basic emergency skills [6]. Conclusion - While thunderstorms are uncontrollable, effective preparation and scientific responses can significantly reduce health risks, necessitating personalized protection plans for individuals [6].