ThunderEssay Preview: ThunderReport this essayThunderstorms occur throughout the world, even in the polar regions, with the greatest frequency in tropical rainforest areas, where they may occur nearly daily. Kampala and Tororo in Uganda have each been mentioned as the most thunderous places on Earth,[8] an accolade which has also been bestowed upon Bogor on Java, Indonesia or Singapore. Thunderstorms are associated with the various monsoon seasons around the globe, and they populate the rainbands of all tropical cyclones (typhoons, hurricanes, etc.) In temperate regions, they are most frequent in spring and summer, although they can occur along or ahead of cold fronts at any time of year. They may also occur within a cooler air mass following the passage of a cold front over a relatively warmer body of water. Thunderstorms are rare in polar regions due to cold surface temperatures.
The most powerful and dangerous severe thunderstorms also occur over the USA, particularly in the Midwest and the southern states. These storms can produce very large hail and powerful tornadoes. Thunderstorms are relatively uncommon along much of the West Coast of the United States,[9] but they occur with greater frequency in the inland areas, particularly the Sacramento and San Joaquin Valleys of California. In the Northeast, storms take on similar characteristics and patterns as the midwest, only less frequently and severely. Probably the most thunderous region outside of the Tropics is Florida. During the summer, violent thunderstorms are an almost daily occurrence over central and southern parts of the state. In more contemporary times, thunderstorms have taken on the role of a curiosity. Every spring, storm chasers head to the Great Plains of the United States and the Canadian Prairies to explore the visual and scientific aspects of storms and tornadoes.
Risks
Hurricanes, tornadoes, and hurricanes are all very dangerous places to visit. Flooded areas can be dangerous. Most of the time, water has been flooding from the Atlantic Ocean into the U.S., which is also dangerous to many small homes, such as farms and small structures. In addition, the extreme temperatures of the climate can bring in severe storms and tornadoes. Hurricane Ike was also highly damaging, which made life at home difficult for all of us. Additionally, hurricanes may also occur in areas with less rainfall or in areas too dry to sustain a tornado, such as Alaska.
Risk Assessment
Hurricanes: There are some risks associated with the kind of hurricane that may form during the winter. A strong storm, usually a tropical storm, is likely to form. This is primarily for short periods of time, but, if the storm develops into a larger tornado, it may make a “drowning” event—sometimes a tornado, sometimes a small one—occasional. A tornado may also create massive blizzards of dust and debris. As an obvious warning, it is imperative that an evacuation order be issued.
Hurricanes: An event of large size that strikes areas and quickly moves up the storm crest before reaching the tops of the storms, usually a tropical storm, does not usually happen in the West. Usually, a significant rainfall and/or torrential rainfall (more than 3 inches and in most instances more) may accumulate on areas of the state where there is a high tide or where water is not as easy to find, especially in the Midwest. An extreme surge of up to 20 feet (5 metres) could produce lightning strikes.
Rainfall and/or rainfall can also be dangerous for people who have grown up in regions where there is a high level of salt content. Storm surge can occur when there is no clear channel for rain to flow down from.
Hazardous materials: While some water bottles and water pumps are used, there is no shortage of chemicals that are toxic to human health. As water is dumped into the oceans and pumped deep into rivers during these processes, it is highly unlikely that it will be clean or safe.
Hurricanes: A hurricane can be accompanied by a strong, violent thunderstorm, an occasional storm surge that can cause injuries and damage. A storm surge is an explosive source of heat. In extreme weather, it can cause a large electrical outage that can be deadly, particularly under high wind speeds. The combination of strong, intense tropical storms and the frequent power outages in parts of the Midwest, which makes for extremely strong hurricanes, are expected to produce severe thunderstorms and tornadoes.[10]
The National Weather Service (NWS) has issued evacuation orders in the Northeast and Midwest, requiring residents to evacuate within 30 days of the event, or leave on a date and time specified by the county in which they live.[11] The USGS has issued mandatory evacuation orders in and around the US to assist you when experiencing severe storm surge conditions.
Forecasters predict that extreme storms may form in the upper Midwest region, especially across southwestern Pennsylvania, Ohio, and Illinois. A strong and strong storm may be the first sign of tropical or storm surge. An isolated storm can be seen over much of the Southwest across the Southwest.
As many as 150 people may be hospitalized, and more than one case may be reported in various locations such as Pennsylvania, California, and Arizona. Weather services in a local area may be overwhelmed with emergency services to care for those affected. Other risk factors include: a strong hurricane warning, heavy snowfall, or lightning strikes that are strong enough to rupture roofs or roofs, which can make the situation particularly severe in rural Indiana.
FEMA warns that high-storm-level warnings could be issued in the Midwest and South, because thunderstorms