Journal of Biological Education

Papers
(The TQCC of Journal of Biological Education 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 2022-05-01 to 2026-05-01.)
ArticleCitations
A three-pronged method to analyse pre-service teachers’ understanding and epistemic reasoning about soil54
The potential of a fantasy story picture book for learning biology in early years27
Investigation of middle school and high school students’ ecosystem knowledge through their drawings16
Modelling the immune system and vaccines through design-based research16
Measuring students’ plant awareness: A prerequisite for effective botany education16
The influence of spatial ability on undergraduate students’ tree-thinking ability15
Fictional placemaking creating meaningful contexts for causal reasoning in secondary school biology education14
Open Schooling to raise student awareness and engagement: the case of tackling Antimicrobial Resistance12
Combining virtual simulations with take-home projects as a replacement for face-to-face labs in introductory biology laboratory courses10
I felt happy to see animals because they are kind .” How zoological environments shape primary school students’ emotional engagement and interest in science learning9
Student informed development of virtual reality simulations for teaching and learning in the molecular sciences9
Teachers’ views of Future-Oriented Pedagogy as part of inquiry-based molecular biology teaching in high school biology laboratories9
The purpose of the school garden is more than just growing plants8
Laboratory class for isoenzymes teaching: simulation of creatine kinase electrophoresis using dyes8
Roteiro Entre-Marés: an educational app for ocean literacy promotion7
Exploring and comparing the difficulties among undergraduate and postgraduate students’ understanding of experimentation using primary scientific literature7
Environmental literacy curriculum: an analysis of science textbooks for lower secondary education7
Differences between image presentation and video presentation on the outcome of teaching about the menstrual cycle7
The Conceptual Analysis of Disciplinary Evidence (CADE) framework as a guide for evidentiary reasoning: A practical implementation in a Hardy-Weinberg Equilibrium (HWE) laboratory investigation7
Use of design thinking as a strategy to identify and clear students’ misconceptions in photosynthesis: a case study6
What is ‘research-led teaching’ and how can we deliver it in University STEM degrees?6
Plant awareness: at the dawn of a new era6
What is the future of knowledge?6
“Bacteria are not viruses; viruses are more malicious” - young pupils’ understanding of bacteria and viruses in the aftermath of COVID-196
Teaching for photosynthesis literacy: an education design research study6
Application and exploration of blended learning with BOPPPS teaching model in a veterinary infectious diseases course6
Flower or leaf characteristics, coloured or black and white illustrations – what helps student teachers to identify plants?6
Nature benefits for teenagers6
Addressing plant awareness in Chile: insights from high school students6
The role of the education sector in shaping a sustainable future5
Plants and the Kunming-Montreal global biodiversity framework: educational approaches to support pro-conservation behaviours5
Alcohol misuse affects learning in school and university students: a role for biological education5
Pre-service teachers’ ideas about the path of water through the body and their intentions about explaining it to preschool children5
Teaching Greek and Latin morphemes: a Classics course correlates with improved biology and anatomy student outcomes5
In awe of awe5
Higher education and professional performance: gaps and opportunities for developing professional skills in marine biologist graduates5
Conceptions of primary school students and trainee teachers about seed germination4
From reflection to framework: investigating biology pre-service teachers’ understanding of genetic information flow, exchange, and storage (IFES)4
Investigating student experiences of botanical field work using a semi-immersive virtual botanical fieldtrip4
Impact of outdoor place-based learning on elementary school students’ ability to make unsolicited observations about living organisms over time4
Characterisation of the pedagogical knowledge of evolution content using the mapping approach4
The role of biology teachers in epistemically insightful health and wellbeing education: a case study of the English relationships, sex and health education curriculum4
Whole-school approach to sustainability: an in-depth study of six green schools in Sweden and Türkiye4
Decolonisation and socio-political arenas in science education: reflecting on the role of biological education4
Innovations in microbiological research education: a practical approach for investigating the effects of graphene oxide sheet nanomaterial on opportunistic pathogen viability4
Anthropocentrism in biology teaching and learning4
Assessing the knowledge and attitude of middle and higher secondary school students towards waterbirds in Bhutan4
Not all Bloom and gloom: assessing constructive alignment, higher order cognitive skills, and their influence on students’ perceived learning within the practical components of an undergraduate biolog3
Exploring the local vegetation: botanical inquiry trail, an interactive journey of learning3
S im H yb 2: a software tool to explore and illustrate evolutionary forces in population genetics 3
Promoting dialogue in the feedback process: face-to-face marking of assignments with biomedical science students3
Is it time to remove Mendel from the school curriculum?3
Student reasoning during socio-scientific issues-based learning with a role play: a case study of breastfeeding versus milk formula3
When less is more in living systems: subtractive cognitive biases and life science learning3
What is a hypothesis anyway? A synthesis of perspectives and implications for undergraduate biology education based on publications in PLOS biology3
Lots to remember, but not a lot to think about? Using mass-participation online outreach to change students’ perception of biology3
Opportunities for improving the student experience of science education3
What is ‘powerful knowledge’ in school biology?3
An interest-oriented laboratory microbial engineering course is helpful for the cultivation of scientific literacy3
Exploring individual differences in photosynthesis and respiration knowledge in the context of green plants3
University students’ misconceptions of cellular structures and functions3
The medium matters! The effect of a mobile digital identification tool on students’ intrinsic motivation during plant identification3
What do clean and dirty hands of primary school pupils look like?3
Between biology and religion: dialogue in the Saudi primary science classroom3
What Jane Goodall taught us3
Learning outcomes of transforming cutting-edge iPSC research into informal science courses for upper secondary school students3
Game-based learning to improve understanding of point mutations at secondary school level3
Computational Modelling in High School Biology: A Teaching Intervention3
SARS-CoV-2 spike protein produced by transgenic rice: research laboratory experience with secondary science students3
Incomplete information or misconception?: investigation of pre-service science teachers’ knowledge and understanding of enzymes3
Cough, sneeze, pass it on – pupils’ understanding of infectious diseases in the aftermath of COVID-193
Teaching for sustainable development in vocational education3
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