Construction Pollution Impact Study at Kennedy High

Project Summary

Students conducted field research investigating pollution levels at multiple construction sites surrounding their school campus, analyzing the environmental impact of construction activities and exploring sustainable alternatives.

Detailed Story

This research project at John F. Kennedy High School in Los Angeles focused on analyzing the real-world environmental impacts of construction activities near the school. A team of five students—Oscar, Tammy, Allen, Donald, and Uriel—conducted field observations and measurements at construction sites around their campus to assess pollution levels and waste management practices. Their study revealed that while all sites had similar baseline pollution levels, those utilizing heavier equipment and creating more airborne debris produced significantly higher pollution measurements. The team noted a direct correlation between the type of construction equipment used and resulting environmental impacts. Beyond air quality concerns, the students documented substantial waste generation at these sites, particularly excess materials like plastics and temporary fencing that would likely end up in landfills once projects were completed. In their analysis, the students confronted the challenging reality that construction activities, like other profitable but environmentally harmful industries such as manufacturing and shipping, are unlikely to cease despite their detrimental effects. Instead of simply documenting problems, the team proposed practical solutions, emphasizing the need for alternative construction methods with reduced carbon emissions, better waste management strategies, and a greater focus on reducing disposable equipment usage rather than just recycling. Their project demonstrates how student-led scientific inquiry can connect classroom learning with real-world environmental challenges, promoting critical thinking about the balance between human development needs and environmental protection.

Impact Statement

The student research provided tangible data on construction-related pollution in their immediate school environment, creating awareness about how local development directly affects air quality and waste generation. Their analysis of the trade-offs between economic development and environmental protection encouraged both students and school community members to consider more sustainable approaches to necessary construction activities.