Update crystal-lake-mercury.stories.mdx

stories/crystal-lake-mercury.stories.mdx

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   <Prose>
+    Authors: Trent Cowan<sup>[1]</sup>, Andrew Blackford<sup>[1]</sup>, Udaysankar Nair<sup>[1]</sup>
+    <sup>[1]</sup> University of Alabama in Huntsville(UAH)
+
     ## Introduction
     Over the last five decades, the land area burned by forest fires in the western United States has increased tenfold. This trend is expected to continue and even accelerate under the influence of climate change. Given this scenario, the societal impacts of wildfires are of interest. While the impact of wildfires on the loss of human life, property, and air pollution is obvious, less understood are secondary environmental impacts that affect regions remote from the location of the fires. Recent studies show that smoke from wildfires is expected to become the major air pollutant in the United States. However, the potential impact of wildfires on water quality, especially mercury contamination, is not well studied.