It’s a head spinning time to be alive: full of fragility and ingenuity, stuckness and movement, heartbreak and hope. We’ve seen, in real time, some of the ways in which difficult problems interrelate: climate change, disease, inequality, unemployment, poverty, addiction, violence, isolation, exclusion, colonialism, racism and trauma. There is no single cause. There is no single solution. There is an awful lot of messiness.
Dick Morris & Stephen Martin
In our day-to-day lives, we come into contact with three types of systems: simple, complicated, and complex. When we turn on and off a light, we are engaging with a simple system. Simple systems are made-up of a small number of interactions that are super predictable. The same action produces the same result, over and over again.
Light switches are powered by more complicated systems: electricity grids. Electricity grids have a lot more moving parts, but those parts operate in patterned and knowable ways. Expert knowledge may be required to solve problems in a complicated system; however, the answers are knowable.
Complex systems, by contrast, are composed of both predictable and unpredictable interactions that operate relationally. Think of the energy economy, shaped by everything from weather patterns to technology to taxation & finance to human behaviour. What we refer to as "messes" exist in the realm of complexity.
Why? Because philanthropy is made-up of deeply encoded beliefs, relationship patterns, power dynamics, and resource flows, underpinned by legal structures and tax policies, which reflect broader cultural and economic forces. Typically, we tinker with the parts of systems we can see: the policies, practices, and resource flows. But it’s actually the stuff we can’t so easily see -- the relationships, power dynamics, values and beliefs -- which replicate and sustain system behaviour.
Morris & Martin
What makes human systems so complex is that they are value-guided, driven by multiple perspectives. Scholar Peter Checkland explains:
Experiences & Observations
Thinking about you own week, which of your activities require you to interact and solve problems in simple, complicated, and complex systems?
Reactions & Impressions
How do you react to the idea that scientific and technical problem-solving approaches are inappropriate to the realm of complex, human problems?
Questions & Hunches to test
Apply the complex system checklist to a complex issue that you hope to have impact on. What are some of the patterns you see? How do you sense there are unknown unknowns?
Command-and-control leadership
Resources | |
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1 Dick Morris and Stephen Martin, “Complexity, Systems Thinking and Practice: Skills and Techniques for Managing Complex Systems,” in The Handbook of Sustainability Literacy : Skills for a Changing World (Totnes, Devon: Green, 2012), 224. | |
2 Checkland, Peter.Cited in Bela H Banathy, Designing Social Systems in a Changing World. (Springer-Verlag New York, 1996). | |
3 Modernworks, “The Battle of Leadership Styles: Command and Control vs People-First,” Medium, January 25, 2024, https://medium.com/@modernworks/the-battle-of-leadership-styles-command-and-control-vs-people-first-ab5c33b61e87#:~:text=Command%20and%20Control%20leadership%20is. | |
4 D. Straussfogel and C. von Schilling, “Systems Theory,” in International Encyclopedia of Human Geography, 2009. | |
5 The Uncertainty Team (Various contributors), “Rumsfeld Matrix,” www.theuncertaintyproject.org, accessed February 3, 2024, https://www.theuncertaintyproject.org/tools/rumsfeld-matrix. | |
6 John Kania, Mark Kramer, and Peter Senge, “The Water of Systems Change,” FSG (FSG, June 2018), https://www.fsg.org/wp-content/uploads/2021/08/The-Water-of-Systems-Change_rc.pdf. |