The researchers were investigating the high altitude Andean
Lakes for an astrobiology study. With the results, they were able to compare
the Earth’s surface at that point in time to that of early Mars. However, the
intense radiation coincided with various other factors: ozone depletion caused
by the aerosols of recent seasonal storms and fires, and the recording of large
solar flares within two weeks of the record UV index (which are known to affect
atmospheric chemistry). Although the event is not directly caused by climate
change, it is a prime example of what could happen if the ozone thins globally.
High UV indexes specifically damage DNA sequences, the
photosynthesis process, decrease the viability of eggs and larvae. Therefore, I believe it is extremely important to monitor UV levels.
http://www.sciencedaily.com/releases/2014/07/140708131821.htm
Well written! Don't confuse ozone depletion and climate change. They are two separate issues.
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