South Indian Creek water quality comparison after Hurricane Helene impact
Abstract
Microbial contamination has been a persistent issue in the Appalachian region for many years. This research will continue the efforts initiated by the ETSU EHS Laboratory to monitor microbial and environmental changes along South Indian Creek. Initially, the goal of this study was to continue the research of monitoring the effects of the construction of I-26 to South Indian Creek. This construction affected the local environment, including areas concerning human health. However, after the impact of Tropical Storm Helene, the water and surrounding environment has been impacted in a way not predicted previously. Recording the damage done by the storm and comparing it to previous measurements is imperative. This storm has done significant damage to I-26, thus leaving debris and damage in the natural environment. While visible items will be cleaned up eventually, long-term damage is likely to persist. Long-term damage can include erosion, debris buildup, and potential chemical or biological contamination. This study will add to ETSU's existing monitoring of the site and help track this long-term impact.
Start Time
16-4-2025 9:00 AM
End Time
16-4-2025 10:00 AM
Room Number
272
Presentation Type
Oral Presentation
Presentation Subtype
Research-in-Progress
Presentation Category
Science, Technology and Engineering
Faculty Mentor
Phillip Scheuerman
South Indian Creek water quality comparison after Hurricane Helene impact
272
Microbial contamination has been a persistent issue in the Appalachian region for many years. This research will continue the efforts initiated by the ETSU EHS Laboratory to monitor microbial and environmental changes along South Indian Creek. Initially, the goal of this study was to continue the research of monitoring the effects of the construction of I-26 to South Indian Creek. This construction affected the local environment, including areas concerning human health. However, after the impact of Tropical Storm Helene, the water and surrounding environment has been impacted in a way not predicted previously. Recording the damage done by the storm and comparing it to previous measurements is imperative. This storm has done significant damage to I-26, thus leaving debris and damage in the natural environment. While visible items will be cleaned up eventually, long-term damage is likely to persist. Long-term damage can include erosion, debris buildup, and potential chemical or biological contamination. This study will add to ETSU's existing monitoring of the site and help track this long-term impact.