Conclusion

Moving Forward

By analyzing key water quality indicators such as pH, Total Phosphorus (TP), and turbidity, we’ve gained valuable insights into how human activity and natural processes shape the lake's ecosystem. Over the past decade, these indicators have shown some areas of concern, particularly around more developed areas and those subject to significant seasonal changes, such as ski resorts and nearby towns.

The spatial trends observed, particularly through the combined interpolation raster's, highlight specific stations that may require further attention. For example, stations near Mount Sunapee, Blodgett Landing, and Georges Mills consistently exhibited higher concentrations of TP and turbidity. These areas, which are often impacted by runoff from development, snowmelt, and other factors, point to the importance of ongoing monitoring and proactive management.

This project also underscores the broader importance of watershed management in maintaining lake health. While regulations in New Hampshire have helped mitigate some issues, challenges like septic system leakage, shoreline development, and non-point source pollution remain. Further policy developments and community involvement will be critical in ensuring the long-term sustainability of Lake Sunapee and other water bodies in the region.

As we move forward, continued efforts to monitor water quality, adapt land-use policies, and engage stakeholders will be essential in preserving the natural beauty and ecological integrity of Lake Sunapee for future generations.