Supporting Teachers
We help students overcome common misconceptions about climate change, evolution, and the nature of science.
We help students overcome common misconceptions about climate change, evolution, and the nature of science.
The most crucial step toward sound science teaching and resolving student misconceptions is to establish norms and expectations for classroom culture. This resource summarizes NCSE’s approach to managing conflict in the classroom by setting up shared values, habits, and behaviors for teachers and students.
> BRAVE Classroom Practices resource
While NCSE’s lessons are designed to identify and resolve student misconceptions, we also want to help ensure that new misconceptions do not develop after students leave the classroom. This resource summarizes DataWISE, a tool that students can use to evaluate any data-based claim both in the classroom and out in their daily lives.
> DataWISE: A tool for scientific, media, and data literacy resource
Driving Question Boards (DQBs) are key to storylines and phenomenon-based instruction. This resource summarizes how DQBs are used to assess students’ prior knowledge (and potential misconceptions) about a topic, engage students’ interest in the phenomenon, and organize students’ learning and mastery of the standards by anchoring each lesson.
> Driving Question Boards resource
Recent research has shown that storylines, the basis for phenomenon-based instruction, are highly effective in aiding students’ mastery of the Next Generation Science Standards (NGSS). However, qualitative data from teachers and students have also shown that many storylines can be very long and overly complicated. This resource summarizes NCSE’s solution to this problem in the form of Story Shorts and Side Quests: brief, flexible storylines that are directly tied to specific NGSS performance expectations with optional opportunities to dive deeper into student interests.
We know that students do not come into the classroom as blank slates. This resource summarizes the academic literature about how students learn, unlearn, and relearn scientific concepts and highlights key elements of NCSE’s approach to identifying and resolving student misconceptions.