HILDE School Students Apply Systems Thinking to Explore Climate Solutions and Community Well-Being

Project Summary

Nine students at WHILDE School completed an intensive, multi-Lab climate action project exploring how global climate systems connect to local coastal impacts in Maine, with a distinctive focus on the intersections between climate action, community health, and equity. Using six TCI Learning Labs alongside systems thinking frameworks, students investigated sea level rise, renewable energy, invasive species, composting, and sustainable building while developing a nuanced understanding of how climate solutions and human well-being are deeply interconnected.

Detailed Story

A small cohort of students at WHILDE School participated in an in-depth climate action project centered on local climate impacts, systems thinking, and solution-building. Drawing on six TCI Learning Labs — Climate Impacts and Solutions with En-ROADS, Sea Level Rise, Renewable Energy, Climate Justice and Equity, Agriculture and Climate Change, and Civics Climate Action — students investigated how global climate systems connect directly to local coastal impacts in Maine. A distinguishing feature of this project was its integration of a systems thinking framework examining how climate action intersects with personal, relational, and collective well-being. Students explored how place-based resources, community characteristics, and social factors shape both climate vulnerability and the capacity for meaningful climate response. Activities included exploring sea level rise projections, examining renewable energy pathways, investigating invasive species dynamics, and understanding the role of composting and waste reduction in lowering emissions. Students used interactive modeling tools and guided discussions to evaluate different climate solutions and weigh tradeoffs related to equity, environment, and community well-being, recognizing that strong climate solutions generate co-benefits including improved quality of life, social cohesion, and pro-environmental behavior. The project emphasized real-world decision-making and hope-based action, helping students understand how policy, community choices, and individual behavior intersect. Through reflection and dialogue, students developed a deeper sense of agency and systems awareness, recognizing that climate solutions are strongest when they are locally grounded, inclusive, and rooted in care for both people and place.

Impact Statement

Nine students in coastal Maine developed sophisticated systems-level thinking about how climate, community health, and equity are intertwined, gaining tools to evaluate climate solutions not just environmentally but across dimensions of human well-being and social cohesion. By working across six Learning Labs and engaging with frameworks that connect place-based resources to community capacity and climate outcomes, students left the project with both the analytical depth and the personal agency to engage meaningfully in locally grounded climate action.