Research in Science Education

Papers
(The median citation count of Research in Science Education 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 2022-08-01 to 2026-08-01.)
ArticleCitations
An Investigation into Saudi Teachers’ Views of Argumentation in Science and Religious Education262
Elementary Teacher Candidates’ Experiences with and Ideas About Digital Science Notebooks33
Conceptualizing Phases of Sensemaking as a Trajectory for Grasping Better Understanding: Coordinating Student Scientific Uncertainty as a Pedagogical Resource32
Raising Awareness on the Complexity of Decision-making through Climate Change Education27
Exploring Correlations Between Pre-service Biology Teachers’ Systems Thinking Skills and Environmental Awareness26
A Comparative Case Study Investigating Indigenous and Rural Elementary Students’ Conceptions of Community Engineering21
Science-related professional aspirations and students’ social background: Developing and validating the Taste for Science Test (TaSTe)20
Exploring Science Concepts in Everyday Interactions with Infant-toddlers at Home: Caregivers’ Raised Science Consciousness Through Fleer’s Conceptual PlayWorld20
A Co-design Based Research Study: Developing Formative Assessment Practices with Preservice Science Teachers in a Chemistry Laboratory Setting20
Modelling Competence in Teacher Education: Comparing Meta-modelling Knowledge, Modelling Practices and Modelling Products Between Pre-service and In-service Teachers19
Pre-service Teachers’ Conceptual Understandings of Models and Modelling in a STEM Methods Course19
Developing a Conceptual Framework: Women STEM Faculty's Participation in Entrepreneurship Education Programs19
Plant Knowledge in an Era of Limited Plant Awareness: A Consideration for Meaningful Change18
Empowering Preservice Biology Teachers as Designers of Pedagogical AI Agents: Moving Beyond Data Feeding toward Pedagogical Design17
Preservice Physics Teachers’ Expression of TPACK in Lesson Planning – Using Geogebra Simulations in Physics Teaching17
The Effects of Inquiry-based Learning on Stem-related Career Aspirations of Grade 9 Natural Sciences Students17
The Contributions of Peter Fensham to ASERA, Research in Science Education, and the Advancement of Science Education and Research15
Science Education: Fit for the Future - Editorial15
Adolescents’ Intentions to Study Science: the Role of Classroom-based Social Support, Task Values, and Self-efficacy14
Considering Multiple Sources of Validity Evidence Can Help to Address Challenges in the Development of Pedagogical Content Knowledge (PCK) Multiple-Choice Items14
Teaching Experiences Connected To The Implementation Of Inquiry-Based Practical Work In Primary Science Classrooms14
A Structural Model of Future-Oriented Climate Change Optimism in Science Education: PISA Evidence from Countries with Top Environmental Protection Index14
An Elementary School Science Teacher’s Two Contrasting Epistemological Messages for Scientific Explanations That Are Influenced by the Achievement Emotion of “Joy” and “Irritation”13
Science Education in a Risk Society: Addressing Challenges and Opportunities in an Uncertain Future13
Fostering Secondary School Science Students’ Intrinsic Motivation by Inquiry-based Learning13
Re-envisioning Biology Curricula to Include Ideological Awareness12
Informal Reasoning and Nature of Science in Proximal and Distal Socio-scientific Issues12
Introduction to This Special Issue: Tribute to the Memory of the Late Professor Peter Fensham12
Understanding STEM Outcomes for Autistic Middle Schoolers in an Interest-Based, Afterschool Program: A Qualitative Study12
Future-Oriented Science Learning and its Effects on Students’ Emotions, Futures Literacy and Agency in the Anthropocene12
Using Science Communication Strategies to Close the Resource Gap in Under-Resourced Schools: a Design-Based Study Focusing on Rural Schools in South Africa12
Correction: Developing an Evaluation Rubric for Planning and Assessing SSI-Based STEAM Programs in Science Classrooms12
Tracing Pedagogical Shifts: A Physics Professor’s Development Through Faculty Partnership11
Using the Contextual Model of Learning to Examine Informal Teacher Professional Development Whilst Accompanying Science Centre Field Trips11
Differentiating Elementary Science Education: Dutch Teachers’ Perceived Practices11
Exploring the Entrepreneurial Self-Efficacy of STEM Students within the Context of an Informal STEM Education Programme10
Formation and Influence of Epistemic Norms in Integrated STEM Problem- Solving: a Study of Singapore Secondary Students’ STEM Inquiry10
Facilitating Conditions and Perceived Usefulness Drive Bhutanese Teachers` Intention to Use PhET Simulations10
Exploring Features That Play a Role in Adolescents’ Science Identity Development10
Transactivity Despite Complexity: Promoting Group Discussions in the Context of Socioscientific Issues10
Development and Application of a Five-Tier Diagnostic Test to Assess Misconceptions on Respiration and Photosynthesis among Senior High School Students in Mainland China10
Correction: The Solar System Traveler: A Model-Based Board Game To Advance Primary Student Interest, Knowledge and Learning in Astronomy10
Peter Fensham: a Man of Humility10
Self-Rated Content Knowledge for Interdisciplinary Science Teaching: An Instrument and Perceptions of Disciplinarily Educated Pre-Service Science Teachers10
The Future Curriculum for School Science: What Can Be Learnt from the Past?10
How much do Different Factors of Elementarization Matter? Comparing Two Dynamical Approaches to Newton’s Second Law10
Validation of the Measure of Peer Argumentive Discourse Style (PADS) in a Science Context: Evidence for the Construct Validity and Reliability9
Epistemic Design Features of Virtual Reality-Based Scientific Inquiry Across Different Types of Reasoning: A Multimodal Perspective9
Entrepreneurial STEM Education: Enhancing students’ Resourcefulness and Problem-solving Skills9
Preferences and Reasoning of 14-15 year-old Students in Relation to Natural or Synthetic Products in Different Contexts: Influence of an Instructional Module8
Quantitative Measurement of Pre-Service Teachers’ Competency of Questioning in Scaffolding Students’ Science Learning8
Exploring the Impact of STEM Experiences, Parental Education, Family Support, and Stereotypes on Students’ STEM Identity: A Comparative Study by Gender and EAL Status8
In Search of a More Inclusive and Relevant School Science Curriculum8
Reimagining Scientific Literacy: A Textbook Framework for Future-Focused Science Education8
Health Science Students’ Conceptual Understanding of Electricity: Misconception or Lack of Knowledge?8
Science Teachers’ Approaches to Artificial Intelligence Integrated Science Teaching8
How Scientists’ Narratives on AI Signal a New Era for Science Education8
The Development and Validation of a Teaching Self-Efficacy Assessment for Informal Science Educators8
Development of Systems and Futures Thinking Skills by Primary Pre-service Teachers for Addressing Epidemics8
College Students' Plausibility Perceptions about Global Climate Change: Implementation of Model Evidence Link Diagram8
Interplay among Language and Home Variables in Lebanese Students’ Science TIMSS Performance: A Linguistic and Economic Capital Perspective7
Students’ Drawings, Conceptual Models, and Chemistry Understanding in the Air-Quality Learning Unit7
Explicit Versus Implicit Instruction: Effects of Epistemological Enhancement on Ninth Graders’ Physics-Related Personal Epistemology and Physics Achievement7
Using the History of Research on DNA to Teach NOS7
Looking Beyond Disciplinary Silos: Revealing Students’ Interdisciplinary Understanding by Applying the Topic Modeling Technique7
Epistemic Goals and Practices in Biology Curriculum—the Philippines and Japan7
Makerspaces: Building Confidence in STEM for Primary Preservice Teachers7
The Impact of Digital and Analog Approaches on a Multidimensional Preschool Science Education7
Suggestions for the Analysis of Science Teachers’ Pedagogical Content Knowledge Components and Their Interactions7
Innovations, Challenges and Future Directions in Nature of Science Research: Reflections from Early Career Academics7
Tracing Preservice Teachers’ Understanding of Nature of Science Through Their Drawings and Writing7
Memorial Tribute for Professor Peter Fensham7
‘We do STEM as well’: Exploring Pathways in Australia’s STEM Workforce7
Designing an Analytical Framework to Investigate Students’ Multimodal Representations of Scientific Practices and Methods6
The Conceptual Connection between Science and Engineering: Analysis of Middle School Science Teachers’ Integration of Engineering Design Process into Science Units6
Phases of Progression: Students’ meaning-making of Epigenetic Visual Representations within and between Levels of Organization6
Exploring the Effect of Mathematics Skills on Student Performance in Physics Problem-Solving: A Structural Equation Modeling Analysis6
Disciplinary Learning Motivation and Its External Influencing Factors: Taking Physics in a “Selection Crisis” as an example6
Validation of a French Version of the Situational Interest Survey for Physics6
Relating Metaknowledge and Modeling Practices in Connection to Content Knowledge about the Phenomenon6
A Personal Reflection from a Former QUT Academic who knew Peter when she was a Doctoral Student at QUT6
Peter Fensham: a Personal Memorial6
Digital Research Skills: Application in Secondary Science Reports6
Legitimation Code Theory as an Analytical Framework for Integrated STEM Curriculum and Its Enactment5
Physics, Talmud and Argumentation Skills Meet in Whole-Class Dialogic Discussions5
A Content Analysis of how Biology Textbook Tasks Address System Thinking Skills in the Context of the Carbon Cycle5
“Black Boxes, full of them”: Biology Teachers’ Perception of the Role of Explanatory Black Boxes in Their Classroom5
Implementing Grand Challenges: A Case Study of Implementing Innovative Curricula5
Algorithmic Explanations as a Scaffold for Scientific Explanation: A Quasi-Experimental and Time-Series Study in High School Chemistry5
Preservice Science Teachers’ Epistemic Cognition during Online Searching5
Early Career Innovations in Science Education Research: Introduction to the Special Issue5
What Matters To Students in the Teaching and Learning of Science: Perspectives of Junior High School Students from Ghana5
Analysing the Quality of Risk-Focused Socio-Scientific Arguments on Nuclear Power Using a Risk-Benefit Oriented Model5
Whose recognition is meaningful in developing a STEM identity? A preliminary exploration with Thai secondary school students5
Elementary School Students’ Ecosystem Scientific Argumentation Based on the Rule-Space Model: Pathways and Remediation5
Preservice Primary Teachers’ Attitudes Towards STEM Education: a Study Developed Through an Integrated STEM Training Programme Using Inquiry- Based Approaches and Engineering Design Practices5
Correction: Creativity as Key Trigger to Cognitive Achievement: Effects of Digital and Analog Learning Interventions5
Preschool Teachers’ Experiences of Teaching Nature of Science through Book Talks in Early Childhood Education5
Gender-Specific Cognitive Skills and Moderating Role of Reading Comprehension in Shaping Science Literacy5
Students’ Perceptions of a “Feminised” Physics Curriculum4
Using the Lens of Essential Questions-Perspectives to Investigate the Representations of Chemical Thinking in Chinese Secondary Chemistry Textbooks4
Measuring Size and Scale: The Development and Validation of the Assessment of Size and Scale Cognition (ASSC)4
A wikipedia-based Authentic Task About Biodiversity in Pre-service Primary Science Teacher Education: Evaluation, Re-design and Validation of a Multidimensional Rubric for K-12 Content4
An Experimental Investigation of Alternative Ideas of Force in Autistic Adolescents4
Queensland’s Science Curriculum: Still Learning from the Past4
Investigating Mechanistic Reasoning Through Student-Generated Sequential Diagrams and Written Explanations: How Lower Secondary Students Explain Sugar Dissolving4
Effects of 6E-Based Learning on Students’ Academic Achievement, Higher-Order Thinking Skills, and Attitudes Towards STEM4
Peter Fensham—the Great Synthesizer and Facilitator: a Few Thoughts from a Personal Perspective4
Models of STEM Teaching: How Early Childhood Teachers Resource their Conceptual Knowledge in Play-based Settings in Greece and Australia4
Research on Students’ Scientific Reasoning and Argumentation Abilities in socio-scientific Issues Context: Integrated Constructive and Critical Perspectives4
Representation of Learning Outcomes Stipulated by the Intended Curriculum in Four Series of Chemistry Textbooks: Based on Legitimation Code Theory4
The Changing Landscape of Science Education Research in Australia and New Zealand4
Conceptual PlayWorld for Infant-Toddlers: The Unique Nature of Becoming a Science Learner in the Early Years of Life4
Creativity as Key Trigger to Cognitive Achievement: Effects of Digital and Analog Learning Interventions4
Using Socioscientific Issues to Teach Argumentation to Year 7 Science Students in a low Socioeconomic Rural Australian School4
Conceptions of Curved Spacetime: Relating Students’ Mental Representations and Understanding of General Relativity4
Co-drawing to Learn in Science4
Sensemaking and Collective Sensemaking Within an Elementary Principal Science Network3
EcoHealth as a Curriculum Aim in Science Education3
Understanding the Process of Scientific Literacy Development among Children in the Early Years Through Play and Intentionality3
Exploring the Scientific Reasoning of Elementary School Students: Adaptation of the SPR-I (7) into Turkish3
Assessment of Conceptual Understanding in Student Learning About Liquefaction3
Progression in School Science Curriculum: a Rational Prospect or a Chimera?3
Acquisition and Retention of Nature of Science Understandings: A Five-year Longitudinal Study With Elementary Students3
Promoting Inclusive Visits to a Natural History Museum with a Pre-Visit VR Tour for Autistic Families3
Strengthening Elementary Preservice Teachers’ Physical Science Content Knowledge: a 3-Year Study3
Integrating Entrepreneurial Education into STEM Education:3
A Practical Analytical Framework for Designing, Selecting and Examining Challenging Scientific Texts for Gifted Students3
A Perspective for Structure–Property Reasoning to Explicate and Scaffold Thinking like a Chemist3
Examining the Characteristics of Investigation Questions Asked by Preservice Teachers: Influences of Scenario, Prior Course Experience, and Inclusion of a Crosscutting Concept3
Advancing Interdisciplinary Science Education: Validating the Interdisciplinary Science Assessment of Carbon Cycling II Through Internal Structure and External Factors3
Pre-service Early Years Teachers’ Understanding of Nature of Science3
Communication as an Entrepreneurial Capability in STEM Higher Education: Theory and Pedagogical Practice3
Correction: “Be Better Than You Need to Be”: A-level Physics Students’ Rants, Resilience and Peer Pedagogy on TikTok3
Exploring the Impact of Social, Cultural, and Science Factors on Students’ STEM Career Preferences3
Children and Parents’ Perceptions of Access to Science Tools at Home and Their Role in Science Self-efficacy2
The Affordances of Metaphors in Meaning-Making of Nutrient Uptake in Upper Primary School2
Complexities and Contradictions in a Teacher’s Activation of Epistemological Resources and their Consequences for Student Framing2
Expanding the Scope of Science Education to Engage with Anthropocene Challenges2
Integrate or Separate? A Survey of Non-Metropolitan Teachers’, Parents’ and STEM Professionals’ Beliefs about Integration in STEM Education2
Cross-disciplinary Challenges: Navigating Power Dynamics in Advocating an Entrepreneurial STEM Curriculum2
Enacted AI Literacy Towards Epistemic Visibility; Embedding Human-AI Design as Assessment-as-Learning in Pre-Service Science Teachers’ Lesson Redesign2
Exploring the effect of directive and reflective feedback on elementary school students’ scientific conceptual understanding, epistemological beliefs, and inquiry performance in online inquiry activit2
Differential Roles of Spatial Visualization and Spatial Orientation in Conceptual Understanding of Newtonian Mechanics2
The Mediating Role of Risk Judgment Competency in the Relationship Between Understanding of the Nature of Science and Technology, Risk Perception, and Willingness to Respond to Risk in the Context of 2
From Experience to Inquiry to Generalization: Understanding the STEM-PBL Learning Process and Developing a Formative Assessment Model2
Transformational Learning for Complex Socioscientific Issues2
Unveiling Stereotypes: A Study on Science Perceptions Among Children in Northwest Mexico2
Who do I Look like More, Mom or Dad? An Exploratory Survey about Primary Students’ Ideas about Heredity2
“Be Better Than You Need to Be”: A-level Physics Students’ Rants, Resilience and Peer Pedagogy on TikTok2
Participatory Research with Museum Practitioners: A reflection on the process2
Students’ Multimodal Meaning-Making of Epistemic Stances on GenAI in Science Classrooms2
Young Peoples’ Online Science Practices as a Gateway to Higher Education STEM2
Using a scoping review to inform a planetary-conscious pedagogical approach to primary science education2
An Ontological Perspective on Mechanical Energy Conservation problem-solving in high School Students2
Uncovering Patterns in Process Data to Analyze Interactions and Learning Outcomes Within a Computer-Based Learning Environment2
A Study on the Social Interaction Characteristics of College Student Peers in Science Museums and Their Impact on Learning Outcomes: Based on an Analysis of the Conversation2
Fostering Knowledge and Awareness about Healthy Nutrition through Science-based Educational Escape Games2
Examining the Metropolitan and Non-metropolitan Educational Divide: Science Teaching Efficacy Beliefs and Teaching Practices of Australian Primary Science Educators2
Flipped Classroom As a Model for Improving Students’ Cognitive Performance and Reducing Misconceptions2
The Effect of Argumentation about Socio-Scientific Issues on Secondary Students’ Reasoning Pattern and Quality2
Emerging Science Identities: A Study of Secondary School Students’ Positioning in Relation to Science2
Exploring Primary School Students’ Self-Regulated Learning Profiles in a Web-Based Inquiry Science Environment2
Supporting the Development of Science Pre-service Teachers’ Creativity and Critical Thinking in Secondary Science Initial Teacher Education2
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