Kalle reflects on Silo Thinking in Context of Climate and War.
Kalle Reflects on Silo thinking in context of more and more dire impacts from Climate change and Wars
Takeaway for leaders at all levels everywhere
Takeaway for leaders at all levels everywhere
The wars now shaping Europe and the wider Western world have intensified a problem that many of us have warned about for decades: silo thinking.
Throughout more than three decades of work with leaders in business, government, academia, and civil society, I have repeatedly seen how seemingly conflicting goals can be transformed into mutually reinforcing opportunities when viewed through a systemic lens that cuts through complexity by focusing on connections.
Today, few people openly defend silo thinking. Most agree that better cooperation across disciplines and sectors would be desirable. But agreement on principle is not enough. The crucial question is how.
How can climate policy strengthen competitiveness rather than undermine it?
How can national security be enhanced through resource resilience as well as military readiness?
How can societies become both more prosperous and more sustainable?
More fundamentally, how can opportunities for security, innovation, resilience, and sustainability be captured rather than squandered, while improving bottom lines from the start?
That is the question explored in this Reflection.
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More in detail
–Climate change: beyond reacting to problems
Climate experts rightly warn about the growing dangers of a warming world. More extreme weather, increasing ecological disruption, and rising economic costs are already becoming visible across many regions.
Yet discussions often focus primarily on the threats themselves and on the investments required to address them through the curing of impacts. Much less attention is given to how investments can be designed strategically to create multiple benefits at once: addressing the respective impacts while reducing risk, strengthening competitiveness, fostering innovation, and improving long-term societal resilience.
This is where Strategic Sustainable Development becomes essential.
Rather than treating climate change, biodiversity loss, ecotoxicity, declining soil fertility, and erosion of social trust as separate problems, Strategic Sustainable Development provides a framework for understanding how these challenges interact and how progress in one area can reinforce progress in another.
As importantly, it helps leaders identify practical, stepwise pathways toward attractive futures where all sectors can prosper and scale successfully within the boundary conditions imposed by natural laws and the requirements for long-term sustainability.
To many leaders, including thoughtful and well-intentioned ones, this perspective remains unfamiliar. As a result, efforts often focus on curing symptoms rather than the design flaws causing them.
Yet without the knowledge, training, and practical experience required for such leadership, each silo will continue to experience rising costs and increasing damage because the larger system remains organized in ways that generate failure by design. Attempts to cure impacts in one part of the system continue to generate legitimate resistance in another.
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-Resource dependency: where climate and security converge
The connection between climate and security becomes clearer when viewed through the lens of resources.
Throughout history, competition over energy, minerals, fertile land, water, and other critical resources has been one of the most powerful drivers of conflict. While wars may be justified through ideology, religion, national identity, or geopolitics, underlying struggles over resources have often played a decisive role.
This perspective changes how we think about both sustainability and security.
Secure societies require more than military capability. They also require resilient food systems, reliable energy supplies, healthy ecosystems, functioning institutions, sufficient social trust to respond effectively to crises, and diplomacy capable of building sustainable relationships with other nations.
When resource management and national security are treated as separate policy domains, risks increase on both fronts.
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-Security beyond military preparedness
A few months ago, Sweden’s Commander-in-Chief was interviewed on national television regarding the need to prepare the country for a potentially less secure world.
His emphasis on military preparedness was entirely understandable. Military leaders must assess threats, evaluate risks, and ensure readiness for situations that may emerge.
Yet security can be strengthened through many complementary means. Examples include strengthening diplomatic relationships, pursuing energy independence, and reducing dependence on vulnerable supply chains. It would be a valuable contribution to public understanding if military leaders also highlighted the security benefits of such measures.
A systemic perspective does not replace military expertise. It expands it.
Defense capability remains essential. But lasting security is strengthened when military planning is informed by insights from diplomacy, economics, psychology, technology, sustainability science, and resource management.
In that sense, the most resilient societies are rarely those with the strongest weapons alone. They are societies that understand and address the deeper conditions from which conflicts emerge.
Such understanding also requires leaders willing to examine their own contributions to escalating tensions rather than focusing exclusively on the faults of others.
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-Wind power as an example of silo thinking
Sweden’s debate around wind power illustrates the challenge.
Military authorities have sometimes raised concerns that wind turbines can interfere with defense operations. At the same time, industry seeks rapid expansion of renewable energy to lower costs, improve competitiveness, reduce dependence on fossil fuels, and strengthen energy security.
When framed as an either-or question, the debate easily becomes a struggle between competing interests.
A systemic view asks a different question enabling a wider and more innovative perspective:
-How can military requirements and renewable energy development be coordinated so that both objectives are achieved?
Energy systems based increasingly on renewable energy flows can reduce dependence on imported fuels, improve resilience against geopolitical shocks, and strengthen national security. Rather than seeing defense and renewable energy as opposing priorities, society should seek solutions that advance both simultaneously through better planning, technological innovation, and cooperation.
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-Why silo thinking has become more dangerous
Human weaknesses such as greed, vanity, fear, and aggression are not new. They have accompanied societies throughout history.
What is new is the scale of our influence.
Never before has humanity combined such a large population with such immense technological power, industrial capacity, ability to reshape natural systems, financial reach, and media influence, yet devoted so much attention to impacts rather than systemic solutions.
As a result, mistakes in societal design now carry consequences that can spread rapidly across countries, economies, ecosystems, and generations.
Leadership does not require leaders to become experts in everything. It requires them to become competent in connecting expertise across domains.
The greater our power becomes, the greater our responsibility to think systemically.
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-Lessons from islands and a shared planet
History offers both warnings and hope.
Some island societies collapsed under the combined pressures of rivalry, resource depletion, and short-term thinking. Others endured for centuries by cultivating reciprocity, stewardship, cooperation, and effective conflict resolution.
Today, humanity faces a similar challenge on a planetary scale.
Earth is, in effect, a shared island. There is no external rescue system and no alternative destination waiting beyond it.
The choices facing today’s leaders therefore mirror those that confronted earlier societies. Will we intensify Easter Island-like competition over shrinking resources and growing insecurities? Or will we design institutions capable of strengthening relationships, both among people and between society and nature?
The answer may determine the quality of life of generations to come.
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Concluding remarks
To help leaders move beyond critique and toward capability, FSSD Global is developing this open-source, AI-assisted platform for cross-silo knowledge management.
The ambition is practical rather than theoretical: applying modern IT to help decision-makers integrate insights from climate science, economics, industrial development, resource management, diplomacy, military planning, and social dynamics into coherent pathways toward peace, resilience, prosperity, and sustainability.
Sustainable leadership is not wishful thinking. It is disciplined design under uncertainty.
There has rarely been a more important time to develop it.
[1] Fact Box
The FSSD Operative System “ABCD-in-Funnel” is the shared foundation behind the organizations Stepwise Global and Stegvis, Kalle’s Reflections and their associated podcasts, and related applications.
Funnel: It refers to that the ABCD planning occurs in a global context, where all vital subsystems are gradually declining, per design, until civilization would not be able to support itself anymore; Forests, Cropland, Water-tables, Biodiversity, Social trust.
Boundary conditions: Eight hands-on conditions for operationally defining the opening of the funnel: In the sustainable society, nature is not subject to systematically increasing…
1 …concentrations of compounds from the earth’s crust, e.g. fossil coal and metals.
2 … concentrations of compounds from societal production, e.g. nitrogen oxides and CFCs..
3 …degradation by physical means, e.g. overfishing and large clear-cuts.
…and in that society, people are not exposed to structural barriers to
4. health (e.g. working conditions),
5. influence (e.g. polls),
6. competence (e.g. education programs),
7. impartiality (e.g. composition of boards) and
8. meaning-making (e.g. purposeful missions).
ABCD (not an acronym, but a simple sequence of four steps: A, B, C, and D)
A = Vision of desired future state, modelled within the eight generic and absolute boundary conditions for sustainability.
B = Current reality in relation to A, revealing the gap between present assets and challenges in relation to the desired future.
C = Brainstormed actions capable of bridging that gap.
D = A strategically prioritized action plan derived from the C-list.
For deeper exploration, please refer to the resources listed below.
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References
The Science Behind the Operative System
Robèrt, K.-H. et al. Operative System for Strategic Sustainable Development: Coordinating Analysis, Planning, Action, and Use of Supports Such as the Sustainable Development Goals, Planetary Boundaries, Circular Economy, and Science-Based Targets, published in Sustainable Development, Volume 33, Issue 4, pp. 4759-4774.
This paper provides the scientific foundation of the Operative System and includes references to the underlying research and methodology.
For further Reflections, Podcasts, Applications, and Courses
see Stepwise Global at https://www.stepwise.global/
The Stepwise Global platform contains a broad range of reflections, podcasts, applications, educational resources, and courses related to strategic sustainable development and the use of the FSSD.
Among the reflections addressing important aspects of the methodology itself, readers may find particular value in:
• Backcasting from Principles: the conceptual foundations and scientific logic of backcasting from sustainability principles.
• ABCD Workshops and Their Psychology: how the methodology is applied in practice and how group dynamics influence outcomes.
• An Attractive Sustainable World (Step A): Because every system is nested within the larger global system, a model of a sustainable world within the boundary conditions determines the ultimate scalability of any specific organization, project, region, product, or other topic.
These resources provide additional perspectives on the practical implementation of the Operative System and its role in strategic planning for sustainability.
