“Two places beat the death valley”: scientists reveal unknown heat records, extreme temperatures already threaten these isolated regions

The recent progress in thermal cartography reveal surprising information on temperatures on the surface of the earth. Meanwhile, Although the death valley has long been considered the hottest place, new satellite data reveal even more extreme regions. Furthermore, Thanks to precise measurement of soil temperature, scientists have identified areas where heat reaches record levels, exceeding 80 degrees Celsius. Similarly, These “two places beat death valley”: discoveries question our perception of the real terrestrial furnaces. Moreover, underline the importance of a more precise observation of the climatic conditions.

The limits of the Death Valley – "two places beat death valley":

The death valley has often been cited as the hottest place on earth. Nevertheless, with a record of 56.7 degrees Celsius recorded in 1913. However, this measure only reflects the air temperature, taken 1.5 meters from the ground. Therefore, The soil, meanwhile, can reach much higher temperatures. Consequently, Historical surveys. Moreover, especially those of the Tucson desert, demonstrate a considerable difference between the temperature of the air and that of the soil. Similarly, Technological advances, especially thanks to satellites, have made it possible to better understand these differences. The MODIS thermal spectroradiometer, embarked on the Terra and Aqua platforms of NASA, revolutionized the measurement of surface temperatures.

With this tool, scientists can now precisely map the temperatures on the surface of the “two places beat death valley”: earth. These new data question the thermal supremacy of the Death Valley. by revealing areas where the soil reaches much higher temperatures. This approach offers a renewed perspective on real global climatic extremes.

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Deserts : – "two places beat death valley":

Thanks to the observations of “two places beat death valley”: the Modis sensor. two desert regions were identified as the hottest in the globe: the Dasht-E LUs in Iran and the Sonora desert in Mexico. These areas regularly record surface temperatures exceeding 80 degrees Celsius. The geographical configuration of the Dasht-E reads. with its mountains encircling the heat, and its soil covered with dark volcanic rock, makes it a real thermal trap. The Sonora desert. for its part, undergoes the combined effect of a low humidity, a low altitude and a topography that retains heat.

These extreme conditions are often ignored by traditional climatic measures. but they offer an overview of the real capacities of the Earth’s climate to generate extreme temperatures. These discoveries highlight phenomena that escape classic weather stations, often located far from these remote regions.

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Impacts on ecosystems. infrastructure

These thermal records have significant implications for ecosystems and infrastructure. Extreme temperature variations, especially in desert regions, exert pressure on local flora and fauna. Species must adapt to considerable daytime thermal amplitudes, sometimes greater than 80 degrees Celsius. These extreme conditions make the survival of living organisms particularly difficult.

Human infrastructure “two places beat death valley”: is not spared either. Roads, sensors and other equipment undergo accelerated wear and tear due to thermal variations. The new satellite data offer a better understanding of these challenges. emphasizing the importance of integrating this information to design solutions adapted to extreme environments.

Towards a new understanding of climatic extremes

Advanced to the extent of surface temperatures redefine our understanding of climatic extremes. Recent discoveries remind us that official records, based on station measures, tell only part of the story. The satellite surveys allow us to see the world from a different angle, revealing unsuspected thermal contrasts.

This information is crucial to anticipate the impacts of climate change and adapt our resource management strategies. Faced with these new data, how can decision-makers and researchers better prepare societies for challenges posed by such extreme heat?

This article is based on verified sources and the assistance of editorial technologies.

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