Environment ❯ Climate Change ❯ Extreme Weather
Impact on Society Impact on Health Wildfires Health Impacts Public Health Health Risks Impact on Communities Impact on Ecosystems Impact on Agriculture Public Health Impact Impact on Wildlife Urban Heat Islands Regional Effects Impact on Regions Drought Human Impact Fire Risks Global Warming UK Impact on Education Impact on Human Health Public Awareness Regional Impacts Local Effects Urban Heat Effects Droughts Impact on Events Australia Impact on Sports Impact on Daily Life Impact on Vulnerable Populations Forest Fires Effects on Ecosystems Public Safety Health Effects Europe Public Health Impacts Adaptation Strategies Impact on Animals Storms Health Impacts of Heatwaves Geographical Impact Water Conservation Temperature Records Natural Disasters Spain Flooding Impact on Human Life Southern Europe Impacts Floods Water Scarcity Economic Impact Urban Planning Impact on Urban Areas Global Impact France Public Health Risks Effects on Infrastructure Impact on Workers Temperature Rise Drought Effects Summer Risks Impact on Pets Urban Heat Island Effect Typhoons Mortality Meteorological Conditions Impact on Households Public Health Effects Nordic Countries Turkey Japan Air Quality Eastern US Asia Soil Moisture Feedback Weather Patterns Fire Danger France Heatwave Impact on Labor Attribution Science Energy Producers Fossil Fuel Industry Corporate Responsibility Impact on Economy Urban Resilience Energy Consumption Bushfires Urban Response Strategies Global Travel Restrictions Environmental Monitoring Humanitarian Impacts Impact on Industry Heat Safety Measures Vulnerable Populations Heat-related Mortality Impact on Children Record Heat Events Humidity Levels
Forecasters expect the blocking ridge—reinforced by upper‑air dynamics plus a recent cyclone—to break within 48 hours.
