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storm chaser

Discover the latest danger zones on our map

Danger zone map

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This interactive map highlights high-risk storm danger zones, providing real-time and historical data on areas prone to severe weather events like hurricanes, tornadoes, and intense thunderstorms. Using advanced geospatial analysis, the map overlays storm frequency, wind speed data, and flood-prone regions, offering a clear visual representation of potential hazards. Users can toggle layers to view past storm paths, forecasted risk areas, and emergency response zones, helping communities, businesses, and local authorities prepare for extreme weather. With color-coded intensity markers and dynamic updates, this tool serves as a crucial resource for disaster preparedness and risk assessment.
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check out our latest catches

texas tornado

A small tornado touched down in rural Texas, causing minor damage to barns and power lines. No injuries were reported, but strong winds briefly disrupted local traffic and power.

tropical cyclone

Powerful cyclone waves crashed against the rugged coastal rocks, sending plumes of spray high into the air. The relentless surf caused noticeable erosion, scattered debris along the shoreline.

texas tornado

A medium-sized tornado swept through central Texas, damaging homes, uprooting trees, and downing power lines. Several residents reported minor injuries

hurricane debby

Hurricane Debby battered the coast with heavy rain and strong winds, flooding streets and damaging homes. Emergency crews worked to restore power and assist affected residents.

Graph of most recent Cyclone

Tropical Alfred

​Cyclone Alfred, initially a Category 4 tropical cyclone, made landfall on March 8, 2025, between Brisbane and Maroochydore in Queensland, Australia. Despite being downgraded to a tropical low before landfall, Alfred brought heavy rainfall and strong winds, leading to widespread flooding and power outages affecting over 330,000 homes and businesses.

cyclones

Cyclones are powerful storm systems that form over warm ocean waters, drawing energy from heat and moisture. They are known as hurricanes or typhoons in different regions and feature a calm eye surrounded by a violent eyewall of thunderstorms. These storms produce heavy rain, flooding, and storm surges that inundate coastal areas.

The immediate impact of cyclones includes destruction of buildings and infrastructure, as well as significant flooding that can contaminate water supplies and lead to disease outbreaks. The long-term effects often involve severe economic losses and prolonged recovery periods for affected communities.

To combat these challenges, early warning systems and improved disaster preparedness measures have been developed. These tools enable timely evacuations and better protection of infrastructure, reducing the overall impact of cyclones, even though their unpredictable nature continues to pose risks.

Tornados

Tornadoes are violent, rotating columns of air that extend from thunderstorms to the ground. They form when warm, moist air collides with cool, dry air, setting up an unstable atmosphere and powerful updrafts that initiate rotation. As wind shear tilts these rotating columns, tornadoes can intensify to reach wind speeds exceeding 200 mph, carving out narrow, unpredictable paths of destruction.

Their impact is often catastrophic—demolishing buildings, uprooting trees, and hurling debris at high speeds. The sudden and severe nature of tornadoes means communities may suffer significant loss of life and property, with recovery efforts involving extensive debris removal and emergency services.

Early warning systems are essential in mitigating these risks. Advances in meteorology help predict tornado formation and provide crucial lead time for people to seek shelter. Early warning systems and robust evacuation plans are essential in reducing the impact of hurricanes.

Hurricanes

Hurricanes are massive storm systems that develop over warm ocean waters, fueled by abundant heat and moisture. These powerful systems are characterized by strong winds, heavy rainfall, and dangerous storm surges that often lead to widespread damage. Depending on the region, they are called hurricanes, typhoons, or cyclones, but all share similar characteristics and destructive potential.

Their effects can be devastating—flooding coastal areas, destroying buildings, and displacing entire communities. High winds can severely damage infrastructure and trigger power outages, while the heavy rains contribute to flooding and erosion. The combination of these forces not only causes immediate harm but also sets the stage for long-term challenges during recovery and rebuilding.

Early warning systems and robust evacuation plans are essential in reducing the impact of hurricanes, as they provide timely alerts, facilitate coordinated responses, and empower communities to take swift action to safeguard lives and property during these extreme weather events.
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