Open research questions in Complex Systems and Decision Making
27 unresolved questions extracted from the limitations and future-work sections of 1,600 Complex Systems and Decision Making papers in our library. Each links back to the study that raised it.
What the literature leaves open
When stagnation, overload, or fragile coordination processes remain insufficiently recognised, innovation efforts risk becoming counterproductive by reinforcing symbolic adoption, cynicism, or organisational fragmentation rather than strengthening learning capacity within primary processes.
“Are we ready to innovate?” Diagnosing organisational conditions for educational innovation: A systems perspective on adaptive capacity in Higher Education · 2026 · DOIThis clas- sification is not intended to replace other PSM, but to expand the methodological repertoire in contexts where language is insufficient or politically blocked. Evidence gap and tension with traditional academic paradigms The available evidence on SOC largely comes from professional reports and case studies; longitudinal, comparative, and systematic evaluation designs remain scarce.
Systemic Organizational Constellations (SOC) as a Soft Methodology for Complexity Reduction and Change: Epistemological and Theoretical Foundations · 2026 · DOIWe observe that these criticisms are warranted to the extent that they refer to notions of resilience that are mismatched with the reality of health systems as CAS.
From bouncing back, to nurturing emergence: reframing the concept of resilience in health systems strengthening · 2017 · DOIAt the same time, while the framework is extremely successful with regard to citations and has been applied in various contexts that often differ remarkably from those for which the framework was originally developed, a systematic theoretical debate about the Multiple Streams Framework is still lacking.
We argue that while some mainstream strategy approaches have taken important strides toward addressing advanced turbulence, many others remain tethered to the neoclassical origins of the strategy discipline and are insufficiently responsive to the new landscape of strategy that now characterizes many industries.
Practical implications It is proposed that complexity theory offers a neat metaphor for considering aspects of change, but that there is insufficient evidence to impel managers to dispose of forecasting techniques based on the flawed assumption that all change will be emergent and fundamentally unpredictable.
Despite the potential of complexity science, in practice, its use often remains limited to a few specialised domains and has not become part and parcel of the mainstream policy debate.
The soft underbelly of complexity science adoption in policymaking: towards addressing frequently overlooked non-technical challenges · 2024 · DOIThis article offers a sympathetic critique, suggests ideas for a nuanced multilevel agency conceptualization, and proposes a research agenda to close the gaps in understanding how system-level agency affects the course and outcomes of path development.
System-level agency and its many shades: path development in a multidimensional innovation system · 2023 · DOIA complex systems approach is positioned as a means to align underexplored elements of existing theory with appropriate interaction dominant theoretical models, research methods, and equation-based analytic techniques.
This article presents a synthetic set of guidelines for the choice of methods for exploring the future, paying attention to the very important fact that the rules of effective methodical conduction, due to its complexity, are often not clearly defined.
THE PROCESS OF SELECTION OF THE MAIN RESEARCH METHODS IN FORESIGHT FROM DIFFERENT PERSPECTIVES · 2015 · DOISecond, the concept network stresses the context of policy making, buta coherent theoretical framework on how this coextisformed and changed is lacking.
The mode of dealing with conflicting evidence that is customary in science is as follows: "Under conditions C and assuming the validity of hypothesis H, effect E must occur.
Unfortunately, there is no way at present to ascertain with confidence the intelleetive demands of a task, for a relevant taxonomy for group tasks is lacking.
For there are great gaps in the knowledge of science applied to the management of human societies that cannot be mended entirely by the an- alytic outlook, but must be filled by the pragmatic, “functional” disciplines.
Most-cited papers in Complex Systems and Decision Making
- Capturing Causal Complexity: Heuristics for Configurational Theorizing · Academy of Management Review · 2020 · 684 citations
- Simulation modeling in organizational and management research · Academy of Management Review · 2007 · 482 citations
- From bouncing back, to nurturing emergence: reframing the concept of resilience in health systems strengthening · Health Policy and Planning · 2017 · 171 citations
- Complex Systems Research in Educational Psychology: Aligning Theory and Method · Educational Psychologist · 2018 · 170 citations
- Analyzing and Managing Policy Processes in Complex Networks · Administration & Society · 1996 · 158 citations
- Conditioned emergence: a dissipative structures approach to transformation · Strategic Management Journal · 1999 · 155 citations
- Types of scenario planning and their effectiveness: A review of reviews · Futures · 2023 · 122 citations
- Strategic navigation across multiple planes: Towards a Deleuzean-inspired methodology for strategic spatial planning · Town Planning Review · 2011 · 113 citations
- Critical realism: what you should know and how to apply it · Qualitative Research Journal · 2020 · 94 citations
- Empirical research on problem solving and problem posing: a look at the state of the art · ZDM · 2021 · 92 citations
Most recent work
- The architecture of impact: Defining what it takes to publish in organizational dynamics · Organizational Dynamics · 2026
- Complex systems vs. complex adaptive systems: why the difference matters · Frontiers in Complex Systems · 2026
- System dynamics-based dynamic evaluation of value synergy and effectiveness verification of governance strategies for urban water conservancy projects · Expert Systems with Applications · 2026
- Mapping the Intellectual Structure and Evolution of Systems Thinking: A Bibliometric Analysis of Problem and Solution Domains · Systems Research and Behavioral Science · 2026
- A Complementary use of Soft Systems Methodology and Viable System Model for Digital Banking Transformation · Systemic Practice and Action Research · 2026
- A Unified Structural Theory of Behaviour Under Constraint: Architecture, Agency, and Non‑Inevitable Futures · Zenodo (CERN European Organization for Nuclear Research) · 2026
- Systemic Organizational Constellations (SOC) as a Soft Methodology for Complexity Reduction and Change: Epistemological and Theoretical Foundations · Systemic Practice and Action Research · 2026
- “Are we ready to innovate?” Diagnosing organisational conditions for educational innovation: A systems perspective on adaptive capacity in Higher Education · 2026
- Systemic Management Education as an Adaptive Venture: 60‐Year Evolution of the St. Gallen Management Model · Systems Research and Behavioral Science · 2026
- The Organizational Systems Thinking Scale (OSTS): Development and Validation of a Third‐Order Hierarchical Framework · Systems Research and Behavioral Science · 2026
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