![]() National Oceanic And Atmospheric Administration. Historical perspective of hurricane landfalls in Texas since 1851. There is no question as to whether climate change will affect hurricanes, but rather to what extent. More research is necessary, however, to solidify this final prediction, as well as the others. ![]() This could put more communities at risk of witnessing landfall of these disastrous hurricanes. Finally, the increase in average global temperatures is expanding the earth’s tropical regions which may be causing a shift in the areas affected by hurricanes poleward. ![]() Rising sea levels will also amplify the negative consequences of hurricanes as they will increase the damaging effects of coastal flooding, as seen in the aftermath of Hurricane Sandy in 2012. ![]() Hurricane Harvey is an example of such a revolutionary hurricane, dropping over 60 inches of rain in certain places. As ocean temperatures increase, scientists believe that this warmer water will serve to intensify the wind speeds and wetness of hurricanes as they draw their energy from warm ocean water. This quantifiable increase in hurricane strength suggests that Texas may not necessarily be at risk of more frequent hurricane activity, but rather an increase in the intensity of the hurricanes that make landfall along its coast.Īs scientists continue to advance their understanding of both climate change and hurricanes, they are more confident that climate change has, and will continue to have, an effect on the strength, and thus impact, of hurricanes. It is estimated that roughly 8,000 lives were lost in the city of Galveston, and a staggering 10,000 lives were lost across Galveston Island as a whole.Ĭity of Galveston, TX in the aftermath of the Galveston Hurricane of 1900Ĭharting hurricanes throughout history now suggests that there has been an uptick in major hurricane activity in the North Atlantic since the 1970s, a conclusion greatly aided by the use of satellite technology to track hurricanes starting in the 1970s. Another hurricane, which still holds the title of the most deadly hurricane in United States history, struck Galveston again in 1900. This would prove catastrophic as a severe hurricane ravaged Galvez’s town (now present-day Galveston, TX) and claimed an estimated 1,000 lives. They, however, thought it was nothing more than just that, a storm, which was a normal occurrence, they did not give it much thought. One of the earliest such accounts details how in September 1818, colonists along the Texas coast noticed the signs of an approaching storm. With the onset of the nineteenth century came the first records of hurricanes moving inland. Such storms, which are now believed to have been hurricanes, continued to enter the written record from the sixteenth century through the eighteenth century as these storms continuously sank ships and claimed countless lives. While thousands of hurricanes undoubtedly occurred prior to the one that sank Panfilo de Narváezboat’s ship, this was the first Texas storm to make it onto the written page. The storm sunk the ship of Spanish conquistador Panfilo de Narváezboat and killed over 200 of his men off the coast of Galveston Island. The first record of a major storm sweeping through Texas’ coastline, comes from 1527. These byproducts of hurricanes can lead to the decimation of coastal communities and can potentially reach far inland. According to the Royal Meteorological Society, “… A hurricane is on average 500 miles wide and 10 miles high and moves forward like an enormous spinning top at a typical speed of 17 knots.” As hurricanes make landfall, they bring with them gale force winds, surge flooding, and immense rain, a disastrous combination that can cause extreme flooding, tornadoes, and rip currents. The National Oceanic and Atmospheric Administration states that hurricanes begin as “…low-pressure systems with organized thunderstorm activity that form over tropical or subtropical waters.” As these storm systems gain energy from the warm ocean waters, they continue to strengthen, causing the surface winds to blow in a continuous circular motion, forming a storm that, if boasting a wind speed above 63 knots (~72.5mph), is officially considered a hurricane. A natural part of the Earth’s climate system, hurricanes have existed long before humans started to record them.
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