Environmental Monitoring is a senior capstone class for MSSEP students that provides an invaluable opportunity for hands-on fieldwork and research in various environmental projects. The range of activities, from fish tagging to bird sightings to microplastic counting on beaches, offers students a diverse and comprehensive understanding of environmental monitoring techniques. Students not only learn how to conduct research effectively but also develop essential skills in data collection, analysis, and interpretation. By actively participating in environmental monitoring projects, students contribute to the ongoing efforts in environmental conservation and management.
One exciting project focuses on monitoring Zostera marina, more commonly known as eelgrass. Throughout the fall and spring semesters, students embarked on weekly research trips on Buzzards Bay aboard the Zostera center console research vessel, deploying an underwater camera to track eelgrass density in Onset Bay, Hayfield Bay, and adjacent to the Academy docks. Eelgrass serves as a reliable indicator of water quality, thriving in areas with sufficient light penetration and balanced nutrient levels. Using GIS software, the group documented latitude and longitude coordinates and analyzed nitrogenous compound concentrations in the water to assess the impact of eutrophication on this species.
The group also contributed their data to a publicly accessible ArcGIS Online map that was created by the 2023-24 MSSEP eelgrass monitoring group. The 2023-24 MSSEP group collated data collected by previous MSSEP student groups over the past four years and compiled these data into an ArcGIS Online map for comparison of eelgrass changes over time. Additionally, Massachusetts Department of Environmental Protection satellite imagery of eelgrass beds from 1995 to 2023 were overlaid onto the map to provide a representation of visual changes in density over the years. This integration of data into GIS significantly enhances its accessibility and utility for the scientific community. The team’s aspiration is for future groups to continue this study, adding their data to the ArcGIS map, thereby enriching the dataset over time and providing a more robust analysis of eelgrass beds in Buzzards Bay.