- Who We Are
- Topics
- By Subject Area
- dummy
- By Level
- Projects
- Projects Column 1
- Agency by Design
- Aligned Programs for the 21st Century
- Artful Thinking
- Arts as Civic Commons
- Causal Learning Projects
- Center for Digital Thriving
- Citizen-Learners: A 21st Century Curriculum and Professional Development Framework
- Creando Comunidades de Indagación (Creating Communities of Inquiry)
- Creating Communities of Innovation
- Cultivating Creative & Civic Capacities
- Cultures of Thinking
- EcoLEARN Projects
- Educating with Digital Dilemmas
- Envisioning Innovation in Education
- Global Children
- Growing Up to Shape Our Place in the World
- Projects Column 2
- Higher Education in the 21st Century
- HipHopEX
- Humanities and the Liberal Arts Assessment (HULA)
- Idea Into Action
- Implementation of The Good Project Lesson Plans
- Inspiring Agents of Change
- Interdisciplinary & Global Studies
- Investigating Impacts of Educational Experiences
- JusticexDesign
- Leadership Education and Playful Pedagogy (LEaPP)
- Leading Learning that Matters
- Learning Innovations Laboratory
- Learning Outside-In
- Making Ethics Central to the College Experience
- Making Learning Visible
- Multiple Intelligences
- Navigating Workplace Changes
- Next Level Lab
- Projects Column 3
- Out of Eden Learn
- Pedagogy of Play
- Reimagining Digital Well-being
- Re-imagining Migration
- ROUNDS
- Signature Pedagogies in Global Education
- Talking With Artists Who Teach
- Teaching for Understanding
- The Good Project
- The Studio Thinking Project
- The World in DC
- Transformative Repair
- Visible Thinking
- Witness Tree: Ambassador for Life in a Changing Environment
- View All Projects
- Projects Column 1
- Resources
- Professional Development


In the past decade, there has been a growing interest in how children reason about the nature of causality which suggests that children are capable of understanding complex causality to a greater extent than earlier research suggested. Yet paradoxically, students’ misconceptions in science have been linked to students’ difficulties reasoning about complex causal forms. This project considered what students are capable of learning over time in contexts designed to support learning about causal complexity. We researched student learning of three complex causal concepts that are important to many science concepts—distributed causality, probabilistic causality, and action at a distance. We then developed instructional techniques to help students learn these causal concepts. The curriculum modules are available here.