![]() And during 2008, it was – the year’s highest global LST was recorded in the Turpan Basin, reaching a maximum of 152☏ (66.8☌). Since Flaming Mountain is an exposed area of dark orange-colored sandstone, with no ground vegetation. However, weather events likely explain the reason for the highest LST of 2003 being recorded here – there was a severe drought across much of north-eastern Australia in 20, including Queensland, contributing significantly to the dryness of the soil and lower vegetation levels, thus allowing the LST to reach an even higher level than it would normally. With an altitude of between 490 to 655 feet (150 to 200 m) above sea level, the region is also relatively low compared to other parts of the Australian outback, allowing for very high temperatures to be recorded here. Satellite images of the area show that the earth has a brown texture, helping the ground to absorb high amounts of solar radiation, heating the LST to large maxima. ![]() ![]() In 2003, the hottest temperature recorded on Earth was 157 ☏ (69.3 ☌), in a barren area of desert shrublands in Queensland, Australia, around 62 miles (100 km) to the north of the town of Winton.Īlthough it is around 1-1/2 degrees lower than the Lut Desert maximum, it is still a rather striking temperature reading, particularly as a small layer of dry grassland covers this part of Queensland’s desert. These satellites view the entire Earth’s surface and provide temperatures to the most isolated hot spots on our Planet. While both of these places are hot by normal living standards, they are not even serious contenders.įortunately for us, NASA has operated the Moderate Resolution Imaging Spectroradiometer (MODIS) which detects thermal radiance emitted by the land surface. thermometers).Ĭontrary to popular misconception, Death Valley’s Furnace Creek or the small town of El Azizia in Libya is NOT the hottest place on Earth. As a result, the majority of Earth’s true hot spots are not actually directly measured via ground-based instruments (i.e. The hot deserts, such as the Sahara, the Gobi, the Sonoran, the Pilbara, the Lut, and the Taklamakan Desert - are so climatically harsh and remote that it’s impossible for routine measurements, let alone installation and regular maintenance. While this might seem like a lot, it equates to only 1 weather station for every ~56 million sq. The World Meteorological Organization has approximately 11,119 weather stations on Earth.
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