Session description
Students explored water stewardship, systems thinking, and how math modeled real solutions by using volume to design water‑habitat models, while grounding learning in the River‑Mother’s Gift and Rio Grande history. This six‑week, cross‑curricular project connected math, ELA, science, and history to students’ lives, validating Indigenous knowledge and addressing timely issues like drought and water conservation. It supported academic skills, cultural identity and continuity, social‑emotional growth and civic engagement through community partnerships and a public exhibition.
Students practiced critical thinking by evaluating conservation strategies, justifying design choices with the volume of rectangular prisms, reflecting on cultural values shaping solutions, and iterating with peer and community feedback. These prepared the students to apply interdisciplinary, culturally grounded approaches to real local problems.
Compelling Question: How can we develop and implement innovative water conservation strategies that enhance environmental sustainability and protect aquatic ecosystems within our communities?
Supporting Questions (Scaffolded appropriately to answer the compelling question):
1. What do local stories, histories, and community practices teach us about caring for the river?
2. What dimensions (length, width, height) and volume are needed to model a healthy habitat for local species?
3. Which conservation actions are practical for our community, and how can we measure their impact over time?