System Dynamics Review

Papers
(The median citation count of System Dynamics Review is 0. 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
Behavioral dynamics of COVID‐19: estimating underreporting, multiple waves, and adherence fatigue across 92 nations97
Moving online: reflections from conducting system dynamics workshops in virtual settings23
Rigorously interpreted quotation analysis for evaluating causal loop diagrams in late‐stage conceptualization22
Managing the trade‐off between groundwater resources and large‐scale agriculture: the case of pistachio production in Iran15
Introducing M‐Tool: A standardised and inclusive mental model mapping tool12
ABayesianapproach to calibrate system dynamics models usingHamiltonian Monte Carlo11
Behavioral responses to risk promote vaccinating high‐contact individuals first10
Strengthening a weak link: transparency of causal loop diagrams — current state and recommendations9
Documenting the modeling process with a standardized data structure described and implemented in DynamicVu7
Holistic versus analytic thinking orientation and its relationship to the bullwhip effect7
Mental models, cognitive maps, and the challenge of quantitative analysis of their network representations7
Quantifying the COVID‐19 endgame: Is a new normal within reach?7
Science‐based analysis for climate action: how HSBC Bank uses the En‐ROADS climate policy simulation6
Planning, implementing, and evaluating an online group‐model‐building workshop during the COVID‐19 pandemic: celebrating successes and learning from shortcomings6
Constructing causal loop diagrams from large interview data sets6
Boundary objects in translation: the role of language in participatory system dynamics modeling6
Never the strongest: reconciling the four schools of thought in system dynamics in the debate on quality5
Fons et origo: reflections on the 60th anniversary ofIndustrial Dynamics5
Analytical thinking, Little's Law understanding, and stock‐flow performance: two empirical studies5
The impact of information visibility on ordering dynamics in a supply chain: a behavioral perspective5
What Jay didn't tell us: hidden gems in the system dynamics practices of Jay W. Forrester14
Capturing the science behind the craft: a reporting framework to improve quality and confidence in nonsimulated models4
Feedback dynamics of the low‐income rental housing market: exploring policy responses to COVID‐194
Measure more or report faster? Effect of information perception on management of commons4
Evaluating the impact of upstream and downstream interventions on chronic kidney disease and dialysis care: a simulation analysis4
Generative agent‐based modeling: an introduction and tutorial4
As simple as possible but not simpler: structural sensitivity testing of a dynamic model of adolescent overweight and obesity3
Feedback Economics: Economic Modeling with System Dynamics (2021)3
Improving Loops that Matter3
Back to basics: fundamental principles of system dynamics and queueing theory3
What is (quantitative) system dynamics modeling? Defining characteristics and the opportunities they create3
Challenges for sustainability: misperceptions and misleading advice2
Metacognition in action as a possible explanation for stock‐flow failure2
Evaluating and mitigating locally and nationally variable food security dynamics in Guatemala through participatory causal loop diagram building2
Sociotechnical interdependencies and tipping‐point dynamics in data‐intensive services2
Sublime reason: when Isaac Asimov met Jay Forrester2
Building confidence in exploratory models2
The four main elements of dynamic complexity2
Using analytical equations to represent nonlinear relationships2
Dynamic supply chains with endogenous dispositions2
Dealing with soft variables and data scarcity: lessons learnt from quantification in a participatory system dynamics modelling process2
Techniques to enhance the public policy impact of qualitative system dynamics models2
Generative AI and simulation modeling: how should you (not) use large language models like ChatGPT2
The concept of energy in the analysis of system dynamics models2
Ethical considerations of using system dynamics in participatory settings: a social‐ecological‐systems perspective1
An elementary mechanism for simultaneously modeling discrete decisions and decision times1
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Root causes of radicalization: the terror‐contagion hypothesis1
Integrating AI language models in qualitative research: Replicating interview data analysis with ChatGPT1
Uncovering dynamic complexity in annual reports: a methodological approach using resource mapping1
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Participatory modeling for high complexity, multi‐system issues: challenges and recommendations for balancing qualitative understanding and quantitative questions1
Special issue of System Dynamics Review. “Qualitative Aspects of System Dynamics Modeling”1
“System Dynamics. Theory and Applications” ‐ Edited by Brian Dangerfield1
Pattern‐orientedanalysis of system dynamics models via random forests1
Observations from a system dynamics modeling field school in Mali1
Making each other smarter: assessing peer mentoring groups as a way to support learning system dynamics1
History of the Beer Game1
From low‐hanging fruit to high‐impact sustainability transformations: unpacking dynamics of intra‐ and interorganizational capability traps1
From text to map: a system dynamics bot for constructing causal loop diagrams1
In response to: “Never the strongest: reconciling the four schools of thought in system dynamics in the debate on quality” —Strengthening the field through shared tools and techniques1
Dynamics of interdisciplinarity: a microlevel analysis of communication and facilitation in a group model‐building workshop1
Disequilibrium supply‐and‐demand allocation with differentiated products0
Call for submissions to the 2024 ISDC0
Descriptive design structure matrices for improved system dynamics qualitative modeling0
Grounding alcohol simulation models in empirical and theoretical alcohol research: a model for a Northern Plains population in the United States0
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Call for submissions to the 2025 ISDC0
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Preparing for pandemic response in the context of limited resources0
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In memoriam Prof. Dr. Jac Vennix0
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Reflecting on factors influencing long‐lasting organisational effects of group model‐building interventions0
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Foodborne transmission of norovirus: mechanism modelling, seasonality and policy implications (2020 System Dynamics Applications Award paper)0
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In response to: “Never the strongest: reconciling the four schools of thought in system dynamics in the debate on quality.” — System Dynamicists versus problems, not versus fellow System Dynamicists!0
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The 2021 Jay Wright Forrester Award citation for the award recipients: James Rogers, Edward Gallaher, and David Dingli0
From text to model: Leveraging natural language processing for system dynamics model development0
A complete shortest independent loop set algorithm for model structure analysis0
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Call for submissions to the 2022 ISDC0
A framework for using Theory of Constraints thinking processes and tools to complement qualitative system dynamics modelling0
Insights from system dynamics that support experimental research: an exemplar of the NMDA receptor0
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Modeling distribution parameters in system dynamics: an application in childhood obesity0
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Are we there yet? Saturation analysis as a foundation for confidence in system dynamics modeling, applied to a conceptualization process using qualitative data0
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In response to: “Never the strongest: reconciling the four schools of thought in system dynamics in the debate on quality.” — Acknowledging our differences makes us all stronger0
The lowly constant, elevated0
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In response to: “Never the strongest: reconciling the four schools of thought in system dynamics in the debate on quality” — beyond pragmatism0
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Measuring the change in behavior of a system with a single metric0
Business Simulation Library v2.0 released0
Commentaries on “what is (quantitative) system dynamics modeling? Defining characteristics and the opportunities they create,” by Naugle et al. (2024)0
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Values‐based food procurement: Black farmers and structural racism in New York State0
Announcement of the system dynamics applications award 20200
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Agency in physiological dynamics0
Developing theoretically grounded causal maps to examine and improve policy narratives about global challenges0
Developing model‐based storytelling to share systemic insights to the public during the COVID‐19 pandemic0
Call for submissions to the 2023 ISDC0
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System dynamics modeling and simulation with Kotlin0
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Reflecting on Zagonel's dichotomy of microworlds and boundary objects0
An analysis of participants' introductory experience with causal loop diagrams (CLDs) using group model building (GMB) scripts0
Analysis of dynamic models by optimization0
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A comparison of loop dominance methods: measures and meaning0
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Uncovering the unknown with REMODEAL: A systematic method for reference mode elicitation0
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ARCHIVE PAPER: Micro worlds versus boundary objects in group model building: evidence from the literature on problem definition and model conceptualization (2007)0
Minding the abstraction gap: approaches supporting implementation0
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Using causal loop diagrams to develop evaluative research propositions: opportunities and challenges in applications to nature‐based solutions0
Using system dynamics to support a functional exercise for pandemic preparedness and response0
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