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Co-authored-by: Kwang, Jeffrey S <jkwang@usgs.gov>

src/assets/text/text.js

@@ -116,7 +116,7 @@ export default {
         },
         RegionalFires: {
             paragraph1: "From analysis of <a href='/visualizations/earth-in-flux/#/fire-in-ice/glacier-scan' target='_blank'>glacier snow cores</a>, we know that wildfires burning softwoods like pine, fir, and spruce have <a href='/visualizations/earth-in-flux/#/fire-in-ice/wildfire-aerosols' target='_blank'>deposited aerosols</a> on the Juneau Icefield. We also know that Alaska has many softwood forests, and that some have burned. But how can we tell which regional fires deposited aerosols on the glacier?",
-            paragraph2: "Researchers use an Researchers use an atmospheric model (<a href='https://www.ready.noaa.gov/HYSPLIT.php' target='_blank'>HYSPLIT</a>) to trace the potential path of smoke particles generated by known wildfires, identifying 'candidate' fires that could be the source for aerosols deposited on the icefield during the sampled period."
+            paragraph2: "Researchers use an Researchers use an atmospheric model (<a href='https://www.ready.noaa.gov/HYSPLIT.php' target='_blank'>HYSPLIT</a>) to trace the potential path of smoke particles generated by known wildfires, identifying 'candidate' fires that could be the source of aerosols deposited on the icefield during the sampled period."
         },
         BeaufortSeaCore: {
             heading1: "Why collect ocean sediment cores?",