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This paper addresses the learning opportunities and challenges in selecting phenomena when designing NGSS-aligned instructional materials for diverse student groups. Although the NGSS instructional shifts for three-dimensional learning and learning progressions are clearly delineated, the role of phenomena is not explicitly defined and requires further attention. In developing yearlong fifth-grade science instructional materials, we frame each unit (physical science, ecosystems, Earth’s systems with engineering embedded, and space systems) around a local phenomenon that is compelling to diverse student groups. Through field testing of our instructional materials in five, fifth grade classrooms, we report lessons learned in regard to using local phenomena to develop NGSS-aligned instructional materials for diverse student groups.
Marcelle Goggins, New York University
Okhee Lee, New York University
Rita Januszyk
Alison Marie Haas, New York University
Lorena Llosa, New York University
Scott Grapin, New York University