Could you describe what makes this book your favourite? I read it this year because it was recommended in another thread. I didn't find anything interesting in it but maybe I missed something obvious.
If you already have a decent foundation in systems dynamics and thinking, the most valuable part of the book is Chapter 6 (Leverage Points) which is about how to change systems (not control them, but actually drive changes to their structure).
The value of the book, beyond that, is that it's a good introduction to systems dynamics and thinking for people who aren't systems thinkers yet (or nascent systems thinkers who don't have the vocabulary yet). Trying to explain systems thinking to others is hard, surprisingly so. This book serves either as something to give them to read (for those who are motivated to better themselves, surprisingly few in my office) or provides a good set of examples when trying to discuss system dynamics and thinking with those who don't want to (either ever or yet) read something themselves.
The examples aren't esoteric or abstract, they're things that most people can relate to. Which is very helpful. A high level system dynamics book might try and talk too much about the math or structure but using labels like A and B, rather than Oil Reserve or Car Inventory. Leaving out the math (or enough of it) also makes this approachable even to the most math-phobic (and the equations behind the models are all available in an appendix so they're not missing, just shifted to let people focus on the structure and nature rather than formulas and numbers).
I added a comment below, but I find it very hard to describe. Some of the points in the book, and the way of analysing/deconstructing systems was different to how I approach problems (I'm a "trained mathematician"), and that was enough to make me see the world in a very slightly different shade. That's enough for me to make it a great book.
If you already have a decent foundation in systems dynamics and thinking, the most valuable part of the book is Chapter 6 (Leverage Points) which is about how to change systems (not control them, but actually drive changes to their structure).
The value of the book, beyond that, is that it's a good introduction to systems dynamics and thinking for people who aren't systems thinkers yet (or nascent systems thinkers who don't have the vocabulary yet). Trying to explain systems thinking to others is hard, surprisingly so. This book serves either as something to give them to read (for those who are motivated to better themselves, surprisingly few in my office) or provides a good set of examples when trying to discuss system dynamics and thinking with those who don't want to (either ever or yet) read something themselves.
The examples aren't esoteric or abstract, they're things that most people can relate to. Which is very helpful. A high level system dynamics book might try and talk too much about the math or structure but using labels like A and B, rather than Oil Reserve or Car Inventory. Leaving out the math (or enough of it) also makes this approachable even to the most math-phobic (and the equations behind the models are all available in an appendix so they're not missing, just shifted to let people focus on the structure and nature rather than formulas and numbers).