Biodiversity Explorers

Step 1: Empathize

• Teachers introduce the project and the significance of International Biodiversity Day.
• Students form international teams and participate in biodiversity-themed icebreaker activities and quizzes to build empathy and understanding.
• Teams engage in discussions and reflections on the importance of biodiversity and the challenges facing ecosystems worldwide.

Step 2: Define

• Teams identify and select a specific threat to biodiversity or conservation challenge to address.
• Students collaborate to investigate the problem, gather data, etc.
• They define the problem statement (why the problem occurs) and the project objectives they will develop as a team.
• Teams develop a plan to carry out their project outlining their goals, timelines, roles, and responsibilities.

Step 3: Ideate

• Teams brainstorm and generate innovative ideas and potential solutions to address their selected conservation challenge.
• Students participate in collaborative ideation sessions, mind mapping, and design thinking activities to explore creative approaches.
• Teams evaluate and refine their ideas based on feasibility, impact, and alignment with project goals.

Step 4: Prototype

• Teams develop prototypes or models of their proposed conservation solutions using collaborative online tools and platforms.
• Students create wireframes, mockups, or simulations to visualize and test their ideas.
• Teams engage in peer feedback and iterative improvements to refine their prototypes.

Step 5: Test

• Teams present their prototypes and conservation solutions to a panel of experts, teachers, and peers for feedback and validation.
• Students engage in virtual testing sessions, simulations, or pilot projects to assess the effectiveness and impact of their solutions.
• Teams incorporate feedback and make final adjustments to their conservation action plans.

Step 6: Implement and reflect

• Teams finalize their conservation action plans and prepare for implementation in their local communities.
• Students create compelling presentations and pitch their solutions to relevant stakeholders and decision-makers.
• Teams engage in reflection activities to evaluate their learning experience, personal growth, and the potential impact of their projects.

Collaborative activities

• Collaborative research, data analysis, and ideation sessions using shared online platforms and tools.
• Co-creation of prototypes, presentations, and action plans to showcase conservation solutions

Assessment and reflection ✍️

• Rubrics to assess student participation, collaboration, and the quality of their research and presentations.
• Reflective journal prompts to encourage students to think critically about their learning, personal growth, and the potential impact of their actions.
• Peer and self-assessment opportunities to foster accountability and ownership of learning.

Teacher tips 💡

• Provide guidance and support throughout the design thinking process, fostering a culture of collaboration and innovation.
• Encourage students to embrace a growth mindset, learning from failures and iterations as they navigate complex conservation challenges.
• Celebrate milestones and achievements throughout the project to maintain student motivation and engagement.
• Facilitate meaningful discussions and reflections to help students connect their learning to real-world impact and personal growth.
• Provide clear guidelines and expectations for respectful communication and collaboration. We suggest you review the coexistence policies of Class2Class.org.

By participating in "Biodiversity Explorers," your students will embark on a transformative journey of collaborative problem-solving and environmental stewardship. Through the structured design thinking process, they will develop critical skills, gain a deep understanding of biodiversity conservation, and become empowered to make a tangible difference in their communities and beyond.