Update index.md

Author: Mbye20

index.md

@@ -15,9 +15,9 @@ layout: default
 
 **Data Scientist: Curtis Atkisson** 
 
-**DSSG Fellows: Jihyeon Bae, Nora Povejsil, Mbye Sallah, Daniel Vogler ** 
+**DSSG Fellows: Jihyeon Bae, Nora Povejsil, Mbye Sallah, Daniel Vogler** 
 
 # Abstract or executive summary
 Communities around the United States are thinking of alternative water systems to address local water challenges. One example of this is water reuse, which is defined by the Environmental Protection Agency (EPA) as “the practice of reclaiming water from a variety of sources, treating it, and reusing it for beneficial purposes.” The current social problem is that communities only see water reuse as an opportunity for areas that are experiencing water scarcity, rather than realizing it’s full potential to address a wide range of water challenges, like reducing combined sewer overflows, minimizing the nutrients that are discharged to the environment, and lowering flood risk.
 
-Our project aims to address this social problem by developing a framework for quantifying a community’s potential for water reuse based on various motivators—or drivers—to identify whether water reuse could be a local solution that merits further investigation. Combining that data into an informative index and presenting the results in a clear and digestible format is critical for supporting local decision-making. Using publicly available data across the US, our project looks at the correlation between drivers (both presence and intensity) and characterizes the benefits communities might find by exploring water reuse. Outcomes from this work will be synthesizing these relationships into an interactive storymap for effective, real-world use of the research by local communities, engineers, and decision-makers.
+Our project aims to address this social problem by developing a framework for quantifying a community’s potential for water reuse based on various motivators—or drivers—to identify whether water reuse could be a local solution that merits further investigation. Combining that data into an informative index and presenting the results in a clear and digestible format is critical for supporting local decision-making. Using publicly available data across the US, our project looks at the correlation between drivers (both presence and intensity) and characterizes the benefits communities might find by exploring water reuse. Outcomes from this work will be synthesizing these relationships into an interactive storymap for effective, real-world use of the research by local communities, engineers, and decision-makers.