The ozone layer protects us from potentially harmful ultraviolet (UV) radiation. CAMS monitors stratospheric ozone and provides UV forecasts based on this information. Ozone in the stratosphere protects life on Earth from harmful ultraviolet (UV) radiation and is therefore often called 'good' ozone.
Several substances on earth protect us from the harmful effects of sunlight. The most important of these is a type of molecule called a chromophore. Chromophores surround our bodies in a protective layer known as the chromosphere. When sunlight strikes a chromophore, it excites the chromite within it, which then undergoes a series of chemical transformations that create energy and protection. Although the earth itself is relatively resistant to attacks from space debris and extreme temperatures, human activity has led to the release of many substances that can affect sun-damaged satellites and help protect against solar radiation damages.
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Answer:
The ozone layer protects us from potentially harmful ultraviolet (UV) radiation. CAMS monitors stratospheric ozone and provides UV forecasts based on this information. Ozone in the stratosphere protects life on Earth from harmful ultraviolet (UV) radiation and is therefore often called 'good' ozone.
Explanation:
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Answer:
Several substances on earth protect us from the harmful effects of sunlight. The most important of these is a type of molecule called a chromophore. Chromophores surround our bodies in a protective layer known as the chromosphere. When sunlight strikes a chromophore, it excites the chromite within it, which then undergoes a series of chemical transformations that create energy and protection. Although the earth itself is relatively resistant to attacks from space debris and extreme temperatures, human activity has led to the release of many substances that can affect sun-damaged satellites and help protect against solar radiation damages.
Explanation:
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