The purpose of this learning experience is to engage students in understanding the dynamic relationship between elevation changes and their effects on ecosystems and human activities. Through hands-on projects, students will develop critical thinking skills by analyzing real-world data and predicting future landscape transformations. Collaborating with community partners, they will connect classroom learning to local environmental challenges, fostering a deeper awareness of the impact of geographic changes on their surroundings.

Students will develop skills in creating and interpreting topographical maps, understanding elevation changes, and predicting future landscape transformations. They will enhance critical thinking and problem-solving abilities by analyzing real-world data and considering its impact on ecosystems and human activity. Through collaboration with community partners, students will gain insights into environmental changes and apply innovative approaches to address complex questions.

Students will create two topographical maps using a laser cutter, one representing current elevation and another predicting changes 10,000 years in the future. They will develop digital portfolios documenting their process, including calculations, reflections, and photos. Additionally, students will produce small topographical models from the project launch challenge, showcasing their understanding of sediment and slope dynamics.

Kick off the project with a hands-on 'Sediment and Slope Challenge' where students create small topographical models using materials like sand, clay, and water. Teams will simulate weather conditions to observe and predict changes in elevation and landscape. This activity will spark curiosity and set the stage for deeper exploration into how elevation impacts ecosystems and human activity.

Host a 'Map Makers' Gallery Walk in a community center, where students display their topographic maps and digital portfolios. Invite local environmental experts, families, and community members to engage with students, ask questions, and provide feedback. Arrange interactive stations where students can demonstrate their mapping process and discuss the impact of elevation changes on ecosystems.