Cognition and Instruction

Papers
(The median citation count of Cognition and Instruction is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2020-11-01 to 2024-11-01.)
ArticleCitations
Beyond the Binary of Adult Versus Child Centered Learning: Pedagogies of Joint Activity in the Context of Making43
Detailing Racialized and Gendered Mechanisms of Undergraduate Precalculus and Calculus Classroom Instruction35
Teacher Responsiveness that Promotes Equity in Secondary Science Classrooms22
Intentionally Addressing Nested Systems of Power in Schooling through Teacher Solidarity Co-Design18
Learning Practical Design Knowledge through Co-Designing Storyline Science Curriculum Units16
The Dialogue of Creativity: Teaching the Creative Process by Animating Student Work as a Collaborating Creative Agent16
Students’ Epistemic Commitments in a Heterogeneity-Seeking Modeling Curriculum16
Making Teacher and Researcher Learning Visible: Collaborative Design as a Context for Professional Growth16
Family Culture as Context for Learning through Inquiry14
Investigating the Processes of Teacher and Researcher Empowerment and Learning in Co-design Settings13
Co-constructing Professional Vision: Teacher and Researcher Learning in Co-Design12
Remembering What Produced the Data: Individual and Social Reconstruction in the Context of aQuantified SelfElementary Data and Statistics Unit12
Revisiting Lexington Green: Implications for Teaching Historical Thinking11
Generalization Across Multiple Mathematical Domains: Relating, Forming, and Extending10
Collaborative Design as a Context for Teacher and Researcher Learning: Introduction to the Special Issue9
Equity Conjectures: A Methodological Tool for Centering Social Change in Learning and Design9
Breaking the Fourth Wall: Reaching Beyond Observer/Performer Binaries in Studies of Teacher and Researcher Learning9
A Multi-dimensional Framework for Documenting Students’ Heterogeneous Experiences with Programming Bugs8
Productive Tension in Research Practice Partnerships: Where Substance and Politics Intersect8
Luminous Science: Teachers Designing For and Developing Transdisciplinary Thinking and Learning8
Internet or Archive? Expertise in Searching for Digital Sources on a Contentious Historical Question7
Museum Facilitator Practice as Infrastructure Design Work for Public Computing7
Leveraging a Categorization Activity to Facilitate Productive Generalizing Activity and Combinatorial Thinking7
How Code Takes Shape: Studying a Student’s Program Evolution6
Youth Enacting Social-Spatial Justice in Middle School STEM: Advancing Justice Work in Hyperlocal and Interscalar Ways6
“Then the Nettle People Won’t Be Lonely”: Recognizing the Personhood of Plants in an Indigenous STEAM Summer Program6
Children’s Spontaneous Additive Strategy Relates to Multiplicative Reasoning5
Inclusive Future Making: Building a Culturally Responsive Behavioral Support System at an Urban Middle School with Local Stakeholders5
“We Ask So Much of These Tiny Humans”: Supporting Beginning Teachers to Honor the Dignity of Young People as Mathematical Learners5
Integrating Viewpoint and Space: How Lamination across Gesture, Body Movement, Language, and Material Resources Shapes Learning4
An Investigation of Students’ Identity Work and Science Learning at the Classroom Margins4
“What Do You Think She’s Going to Do Next?” Irresolution and Ambiguity as Resources for Collective Engagement3
The Durability and Invisibility of Practice Fields: Insights from Math Teachers Doing Math3
Unpacking the Complexity in Learning to Observe in Field Geology3
Leveraging Prediction and Reflection in a Computational Setting to Enrich Undergraduate Students’ Combinatorial Thinking3
“That is Still STEM”: Appropriating the Engineering Design Process to Challenge Dominant Narratives of Engineering and STEM3
“We’re Trying to Raise Muslim Kids, Right?” Muslim Educators’ Narratives of Human Development3
Seeking Coherence in the Multiplicative Conceptual Field: A Knowledge-in-Pieces Account3
0.078374147415161