After a long lull in major hurricanes striking the U.S. (2005 - 2017), the 2017 season was an extremely destructive season, featuring 17 named storms in just the Atlantic Ocean, tying it with 1936 as the fifth-most active season since records began in 1851. All ten of the Atlantic hurricanes occurred in a row, the greatest number of consecutive hurricanes in the satellite era. In addition, it is by far the costliest season on record, with a preliminary total of over $368.66 billion (USD) in damages, which is more than double the cost of 2005’s total, and nearly all of which was due to three of the season's major hurricanes — Harvey, Irma, and Maria. All three occurred within one month in August - September, sending disaster aide efforts reeling and calling on volunteers for help.
This dataset names both atlantic and pacific hurricanes in 2017 in the labels of the dataset. The record-breaking atlantic hurricanes in 2017 included Harvey, Irma, Maria, and Ophelia. Hurricane Harvey, was an extremely destructive Atlantic hurricane which became the first major hurricane to make landfall in the U.S. since Wilma in 2005. In a four-day period, many areas of eastern Texas received over 40 inches of rain as the system meandered along the gulf coast causing catastrophic flooding. With a record of 51.88 inches, Harvey is the wettest tropical hurricane on record in the contiguous U.S. The resulting floods inundated hundreds of thousands of homes, displaced more than 30,000 people, and prompted more than 17,000 rescues.
Hurricane Irma , the strongest tropical storm ever observed in terms of wind speed with 36 hours of sustained category 5 185 mph winds, struck the Florida Keys and Florida's Gulf Coast in early September. The storm right behind it, Hurricane Maria, was the most intense tropical cyclone to strike the U.S. territories in recorded history. Maria caused so much damage in Puerto Rico, many Puerto Ricans were still without power months later.
Hurricane Ophelia became the easternmost category 3 storm in recorded history and dissipated into an extra-tropical cyclone that wreaked windy havoc on Ireland and Great Britain.
This dataset is a water vapor satellite image with sea surface temperatures below it available from July 7, 2017 through October 16, 2017. Because water vapor emits radiation, satellites can be set to detect water vapor in the atmosphere. All clouds contain water vapor, so when the satellite detects an area with a high concentration of water vapor, it is detecting a cloud. The clouds in hurricanes are easy to detect because they are well formed and contain an excess of water vapor. The shading of the ocean indicates the temperature; the orange and red areas are the warmest, and the blue areas are the coolest. One reason the unusually powerful hurricane season of 2017 was the above average temperature of the oceans.