Cognition and Instruction

Papers
(The median citation count of Cognition and Instruction is 2. 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 2021-10-01 to 2025-10-01.)
ArticleCitations
Time Literacy: Academic Support for Neurodivergent Students in Higher Education26
“Then the Nettle People Won’t Be Lonely”: Recognizing the Personhood of Plants in an Indigenous STEAM Summer Program25
Examining a Professional Learning Routine to Support Educators to Learn Teaching with and from Students21
Introducing Students to the Role of Assumptions in Mathematical Activity20
Museum Facilitator Practice as Infrastructure Design Work for Public Computing20
Goals in Motion: How Emergent Embodied Goals Support Elementary Students’ Mechanistic Reasoning in Collaborative Modeling Activities19
The Role of Preservice Teachers’ Quantitative and Covariational Reasoning in Understanding Climate Change17
Leveraging Prediction and Reflection in a Computational Setting to Enrich Undergraduate Students’ Combinatorial Thinking16
Seeking Coherence in the Multiplicative Conceptual Field: A Knowledge-in-Pieces Account15
Why Errybody Sayin ‘No New Friends’?: The Proverbs of Rap and Why Young People Recite Them13
Equity Conjectures: A Methodological Tool for Centering Social Change in Learning and Design11
Learning Inside the School, but Outside the Curriculum: An Extreme Case of Interest-Driven Learning in Alternative STEAM Learning Infrastructure for Schools10
A Multi-dimensional Framework for Documenting Students’ Heterogeneous Experiences with Programming Bugs10
A Mixed Method Investigation of Student Agency and Civic Media Literacy Through Journalistic Learning10
Productive Tension in Research Practice Partnerships: Where Substance and Politics Intersect10
Using Mobile Dual Eye-Tracking to Capture Cycles of Collaboration and Cooperation in Co-located Dyads9
“What Do You Think She’s Going to Do Next?” Irresolution and Ambiguity as Resources for Collective Engagement8
Collaborative Troubleshooting in STEM: A Case Study of High School Students Finding and Fixing Code, Circuit and Craft Challenges in Electronic Textiles8
Evaluating the Quality of Argumentation: The Role of Epistemic Ideals and Reliable Processes6
Correction6
The Problem With Perspective: Students’ and Teachers’ Reasoning About Credibility During Discussions of Online Sources6
Regrounding Inquiry-Based Learning in History: A Study of Historians’ Epistemic Processes5
Breaking the Fourth Wall: Reaching Beyond Observer/Performer Binaries in Studies of Teacher and Researcher Learning5
Youth-Initiated Moments: Making Visible Youth Bids for Rightful Presence in Informal STEM Learning5
Exploring the Teacher’s Role in Discourse and Social Regulation of Learning: Insights from Collaborative Sessions in High-School Physics Classrooms5
Using Debugging as a Platform for Transdisciplinary Learning4
Entering the Historiographic Problem Space: Scaffolding Student Analysis and Evaluation of Historical Interpretations in Secondary Source Material4
Making Teacher and Researcher Learning Visible: Collaborative Design as a Context for Professional Growth4
A Mixed-Methods Exploration of Mastery Goal Support in 7th-Grade Science Classrooms3
Grasping Psychological Evidence: Integrating Evidentiary Practices in Psychology Instruction3
How Can Ideas Be Connected Afterwards? Decomposing Teachers’ Facilitation Practices for Conceptual Learning in a Case of Formal Volume Calculation3
Collaborative Design as a Context for Teacher and Researcher Learning: Introduction to the Special Issue2
Materialized Action: Reformulating the “Doing of” Math Through Fiber Crafting2
“We Ask So Much of These Tiny Humans”: Supporting Beginning Teachers to Honor the Dignity of Young People as Mathematical Learners2
“We All Sort of Jump to That Relationship Piece”: Science Teachers’ Collaborative Professional Learning about the Role of Relationships in Argumentation2
The Durability and Invisibility of Practice Fields: Insights from Math Teachers Doing Math2
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