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Finding Leverage
Using Systems THINKING to
Facilitate Adaptive Learning
A session for the Science of HOPE Conference
Presented by
Chris Soderquist, Pontifex Consulting
April 19, 2016
Assumptions
• The rigorous and generous application of
systems THINKING would greatly improve
our effectivness at solving the difficult
problems we face
• The way systems THINKING is taught and
applied limits its adoption and impact
Leverage defined
FEW
MANY
LITTLE FUNDAMENTAL
UnintendedConsequences
Change in Behavior
Tweaks
Fire-fighting Disasters!
High Leverage Fundamentally
transforming
system
performance using
minimum
resources/effort
and without falling
prey to undesirable,
unintended
consequences
In order to apply systems thinking, the issue must have an “over time” component to it.
i.e. How will / do(es) the issue(s) play out over time?
“Ah. It’s a
seasonal
business!”
Even when the structure (rules,policies,
resources, beliefs, etc…) is hard to
physically see!
Systems Thinkers…
• Expand Field of Vision
• Focus on the Physics
• Build a Shared Picture
• Build confidence
• Make as Simple as Possible
To Find Leverage
What You Do
Expand Field of Vision
• Time
• Space
Focus on the Physics
• Stocks / Flows
• Feedback Loops
How You Do It
Build a Shared Picture
• Everyone “sees” the
same thing
• Often use visual tools
(graphs, maps)
Build confidence
• Apply the scientific
method
• Become “less and
less…and less wrong”
How You Evaluate
Make as Simple as Possible
• It captures the essence
of the issue
• All aspects
unnecessary to
understanding have
been removed
• Occam’s Razor
You are developing a mental model of how
the structure is generating the behavior of interest
You can find leverage applying a variety of
systems THINKING processes and products
Barry Richmond’s Value to Effort Graph
can help you choose what to use under what circumstances
In each product & process you will…
Expand Field of Vision
Focus on the Physics
Build a Shared Picture
Apply Scientific Method
Simple As Possibe
Conversational use of skills
Systems THINKING questions
Simple stock/flow map
Simple model
Complex model
Effort/Time
Required
Value Derived
Mother of all models
Trend over time graphs
SweetSpot
In doing systems THINKING there are 3 main products / processes
Conversational use of skills
Systems THINKING questions
Simple stock/flow map
Simple model
Complex model
Effort/Time
Required
Value Derived
Mother of all models
Trend over time graphs
In each product & process you will…
Expand Field of Vision
Focus on the Physics
Build a Shared Picture
Apply Scientific Method
Simple As Possibe
SweetSpot
1
Systems
THINKING
Questions
QUESTIONS
Expand Temporal View ?
Expand Spatial View ?
Stocks & Flows ?
Feedback Loops ?
Build a Useful Picture ?
Build Confidence ?
Make Useful Sense ?
2
Trend
Over Time
Graphs
3
Stock
and Flow
Maps
and Simulations
Let’s first focus on…
1
Systems
THINKING
Questions
QUESTIONS
Expand Temporal View ?
Expand Spatial View ?
Stocks & Flows ?
Feedback Loops ?
Build a Useful Picture ?
Build Confidence ?
Make Useful Sense ?
2
Trend
Over Time
Graphs
3
Stock
and Flow
Maps
and Simulations
Quarterly	Profits	for	
Our	Company
0
Profit	(in	Millions	of	$)
20
-20
Quarters
Reactive
Taking a shot in the dark
Generates mental model of “the physics”
How	do	you	feel?	
What	would	you	do?
Missing enough to be dangerous!
0%
10%
20%
30%
40%
Obesity %
Alaska Tennessee
Based	on	this	graph…	
What	state	is	doing	well	in	the	winnable	batle	of	obesity?	
What	state	would	you	have	coach	other	states?
0%
10%
20%
30%
40%
1 2 3 4 5 6 7 8
Alaska Tennessee
Obesity %
Based	on	this	graph…	
What	state	is	doing	well	in	the	winnable	batle	of	obesity?	
What	state	would	you	have	coach	other	states?
• A trend graph is a graph over time
that captures the essence of a
problem or issue of interest.	
• Trend graphs often contain a
historical (“as is”) component as
well as a projected (“to be”)
component. 	
• In creating a trend graph, it is often
helpful to normalize (e.g. average,
%, outcome/patient) the variable.	
• The unit of time (day, month,
quarter, year, etc.) for the trend
graph helps to set a temporal
boundary for what to include in
your analysis
% population
receiving
Medicaid
years
“As Is” “To Be”
Graduation rates
months
Sketch a Trend Graph for an Issue
Trend Over Time Graphs – TOT Graphs
• Each person does the following (no copying
your neighbor’s work!)
• Draw one trend line you think most captures
the important issues facing WA’s health!
• Try to normalize each variable
• $/person
• % of population
• outcome/$ spent
• Draw the trend line
• History
• Future projection
• Get in a trio
• Select one for your group you think would
generate an interesting discussion for the
rest of room
YEARS
Indicator/variable
2000 2020
history future
2015
Drawing Trend Graphs
Exercise
Purpose
To understand and
communicate the landscape
of issues and interest across
a broad constituency
How to…
• Map the stakeholder
landscape
• Determine 1-2 trend graphs
that “speak to” each group
• Speaking to can be…
✴ The pain if the issue
continues
✴ The benefit of
implementing a proposed
solution
✴ Other
The Big
Kahuna
Issue
Stakeholder
Group A
Stakeholder
Group B
Stakeholder
Group C
Stakeholder
Group D
Stakeholder Interest
Diagram
Let’s now focus on…
1
Systems
THINKING
Questions
QUESTIONS
Expand Temporal View ?
Expand Spatial View ?
Stocks & Flows ?
Feedback Loops ?
Build a Useful Picture ?
Build Confidence ?
Make Useful Sense ?
2
Trend
Over Time
Graphs
3
Stock
and Flow
Maps
and Simulations
Noah Soderquist, 16
avid aerospace nut, quoter of Neal deGrasse Tyson
and surprised by systems
In the 1950's The World Health
Organization (WHO) financed and
supported the first ever team of over
14,000 parachuting cats into Borneo!
Plague
Typhus
?Killed geckos
Killed cats
Noah Soderquist, 16
avid aerospace nut, quoter of Neal deGrasse Tyson
and surprised by systems
In the 1950's The World Health
Organization (WHO) financed and
supported the first ever team of over
14,000 parachuting cats into Borneo!
Perspectives on Models
Cynic
It’s	only	a	model!	
The	world	is	much	more	complex,	so	it’s	
not	useful.	
Our	situation	is	unique	so	

your	model	doesn’t	apply.
Mystic
It	can	predict	the	future.	
If	I	can	just	get	everything	

into	the	model,	then	

it	will	be	perfect.
Realist
I	use	models	all	the	time	to	make	decisions,	

they’re	just	implicit	and	usually	untested.	
I	can	use	a	model	to	make	my	assumptions	explicit,	share	them,	
improve	them,	and	test	them.	
It	will	improve	our	ability	to	rigorously	

discuss	the	issues!
All	models	are	wrong,	some	are	useful!			—	Box	&	Deming
All models are wrong. Some are useful!
–George Box & Ed Deming
Why have we observed this behavior?
Health Expenditures as % of GDP
• Make assumptions explicit and testable
• Answer a more fundamental question:
• Can we get there from here?
• Then can go into how
• Identify potential unintended consequences
• Propose systemic orchestration
System Dynamics
(and simulation) helps
Childhood Obesity Learning Lab
The inevitable result of it’s all connected
http://minstrelboy.blogspot.com/2009/12/military-plan-for-afghan-war-surge-in.html
http://www.closetcooking.com/2007/07/spaghetti-
alla-carbonara-with-twist.html
Example courtesy of Steve Peterson,The Peterson Group
To build useful understanding...
adopt the mindsets of some pretty smart people
Other things being equal, a
simpler explanation is
better than a more
complex one
- William of Occam, Occam’s Razor
A model should be
as simple as
possible, but no
simpler
- Albert Einstein
Any intelligent fool can make things bigger and more
complex. It takes a touch of genius and a lot of courage
to move in the opposite direction.
- Albert Einstein
All	models	are	wrong,	some	
are	useful	
-	George	Box	&	Ed	Deming
A designer knows he has achieved
perfection not when there is nothing
left to add, but when there is nothing
left to take away.
–Antoine de Saint-Exupery
…and then add breadth and a bit more detail – slowly!
Representing “the system”
1. Low Road
My advice: Take the High Road!
2.Getupoutoftheweeds…
Breadth (Time/Space)
(extensive boundary)
Depth
(intensive boundary)
Shallow
Highly
Aggregated
Deep
Highly
Disaggregated
Narrowly
Focused
Broadly
Focused
Many
mental models
are here
Good “systems”
models are here
How to frame and build
useful “systems” models
This series focuses on the “sweet spot” by teaching you how to apply…
1
Systems
THINKING
Questions
QUESTIONS
Expand Temporal View ?
Expand Spatial View ?
Stocks & Flows ?
Feedback Loops ?
Build a Useful Picture ?
Build Confidence ?
Make Useful Sense ?
2
Trend
Over Time
Graphs
3
Stock
and Flow
Maps
and Simulations
• Contributing
to a meeting
• Coaching a
colleague
• Evaluating an
idea
• Editing reports
• Enhancing
formal
evaluation
(Sample) QUESTIONS
Expand Temporal View
What are the most significant or troublesome trends (patterns of
important system performance measures)? They can be tangible
or intangible, quantitative or qualitative.
What’s been the trend for each over the past several years?
Expand Spatial View
What other perspectives / stakeholders are concerned about
this issue or something related to it?
What other trends or system behaviors would they see as
related – perhaps even more important – to the issue?
Stocks & Flows
If you could stop time for a magical moment and looked at the
system – counting or measuring something – what would you
focus on to assess system health?
What’s accumulating? What are the key conditions?
Feedback Loops
Is there an obvious virtuous or vicious cycle (Reinforcing
loops?)
Is there a “push back” in the system or does it try to stay in
equilibrium? (Balancing loops?)
Build a Useful Picture
Do we have the same picture of this issue, strategy?
What do we need to develop that same page understanding?
Build Confidence How do (are) we build(ing) confidence in the theory?
Make Useful Sense
How do we keep the mental model (explanatory theory) as
simple as possible, but no simpler?
Are there elements of the theory that are true, but not
necessarily a major factor in explaining the issue or potential
solutions? Can you remove?
Systems THINKING Questions
A quick and easy way to leverage the power of systems THINKING
• Look at each row
• Pick 1-2 questions
• Discuss / Answer
them
• Move to next row
• If you have time,
go back to rows
you think might
lend more insight
• Ask me for help if
you need it
QUESTIONS
Expand
Temporal
View
What are the most significant or troublesome trends (patterns of important system performance
measures)? They can be tangible or intangible, quantitative or qualitative.
What’s been the trend for each over the past several years?
How broad a time horizon is useful in order to really understand each? (1 year, 5 years, 10 years,
decades?)
Where are they going?
What will be the future price we pay if left to continue as expected?
How do we want the future to play out? What’s our desired trend – dynamic vision?
How far into the future do we need to look to see the change we want?
Expand
Spatial
View
What other perspectives / stakeholders are concerned about this issue or something related to
it?
What other trends or system behaviors would they see as related – perhaps even more
important – to the issue?
How does this impact more than just the area of interest?
Think about expanding the area of focus. If we make a change to the issue as you wish, where
else will there be an impact?
Would this (these) be a positive or negative unintended consequence(s) / impact(s)?
Stocks &
Flows
If you could stop time for a magical moment and looked at the system – counting or measuring
something – what would you focus on to assess system health?
What’s accumulating? What are the key conditions?
In what direction are the important accumulations going?
What is the rate of change of these accumulations or conditions?
Feedback
Loops
Is there an obvious virtuous cycle (where things continue to get better or better)?
Or perhaps is there a vicious cycle (where things continue to get worse, and are maybe
accelerating!)? (both of these first two are Reinforcing loops?)
Is there a “push back” in the system?
Does it appear to be trying to stay in equilibrium? (both of these two are Balancing loops?)
Can we influence feedback loops to achieve leverage?
Build a
Useful
Picture
Do we have the same picture of this issue, strategy?
What do we need to develop that same page understanding?
Is our understanding clear and unambiguous? What’s needed to make it more so?
Is it rigorous? What’s needed to make it more so?
Build
Confidence
How do (are) we build(ing) confidence in the theory?
Are we able to mentally simulate?
Would we understand more by developing Stock and Flow Maps and Simulations and
simulations?
Could we computer simulate and would that add enough value to warrant the effort?
Make
Useful
Sense
How do we keep the mental model (explanatory theory) as simple as possible, but no simpler?
Are there elements of the theory that are true, but not necessarily a major factor in explaining the
issue or potential solutions? Can you remove?
Systems THINKING Review
• Provides a
mindset, a set
of questions,
and tools to
help you
develop a
shared picture
of the system
you are trying
to influence
There are many ways to apply the syststems thinking framework
Chris Soderquist
Pontifex Consulting
PO Box 64
Hanover, NH 03755
(603) 276-0203
chris@findinghighleverage.com
findinghighleverage.com
Systems Thinking Resources
An Introduction to Systems Thinking 

with iThink
Author: Barry Richmond
Publisher: isee systems
Thinking in Systems: A Primer
Author: Donella Meadows
Publisher: Chelsea Green
Publishing Company (2008)
Finding Leverage
Chris Soderquist
Producer: Banyan Communications
Sponsor: The National Association of Chronic
Disease Directors
https://vimeo.com/122034667
There are additional videos and
articles on my resources page

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Finding Leverage with System Dynamics

  • 1. Finding Leverage Using Systems THINKING to Facilitate Adaptive Learning A session for the Science of HOPE Conference Presented by Chris Soderquist, Pontifex Consulting April 19, 2016
  • 2. Assumptions • The rigorous and generous application of systems THINKING would greatly improve our effectivness at solving the difficult problems we face • The way systems THINKING is taught and applied limits its adoption and impact
  • 3. Leverage defined FEW MANY LITTLE FUNDAMENTAL UnintendedConsequences Change in Behavior Tweaks Fire-fighting Disasters! High Leverage Fundamentally transforming system performance using minimum resources/effort and without falling prey to undesirable, unintended consequences
  • 4. In order to apply systems thinking, the issue must have an “over time” component to it. i.e. How will / do(es) the issue(s) play out over time? “Ah. It’s a seasonal business!” Even when the structure (rules,policies, resources, beliefs, etc…) is hard to physically see! Systems Thinkers… • Expand Field of Vision • Focus on the Physics • Build a Shared Picture • Build confidence • Make as Simple as Possible
  • 5. To Find Leverage What You Do Expand Field of Vision • Time • Space Focus on the Physics • Stocks / Flows • Feedback Loops How You Do It Build a Shared Picture • Everyone “sees” the same thing • Often use visual tools (graphs, maps) Build confidence • Apply the scientific method • Become “less and less…and less wrong” How You Evaluate Make as Simple as Possible • It captures the essence of the issue • All aspects unnecessary to understanding have been removed • Occam’s Razor You are developing a mental model of how the structure is generating the behavior of interest
  • 6. You can find leverage applying a variety of systems THINKING processes and products Barry Richmond’s Value to Effort Graph can help you choose what to use under what circumstances In each product & process you will… Expand Field of Vision Focus on the Physics Build a Shared Picture Apply Scientific Method Simple As Possibe Conversational use of skills Systems THINKING questions Simple stock/flow map Simple model Complex model Effort/Time Required Value Derived Mother of all models Trend over time graphs SweetSpot
  • 7. In doing systems THINKING there are 3 main products / processes Conversational use of skills Systems THINKING questions Simple stock/flow map Simple model Complex model Effort/Time Required Value Derived Mother of all models Trend over time graphs In each product & process you will… Expand Field of Vision Focus on the Physics Build a Shared Picture Apply Scientific Method Simple As Possibe SweetSpot 1 Systems THINKING Questions QUESTIONS Expand Temporal View ? Expand Spatial View ? Stocks & Flows ? Feedback Loops ? Build a Useful Picture ? Build Confidence ? Make Useful Sense ? 2 Trend Over Time Graphs 3 Stock and Flow Maps and Simulations
  • 8. Let’s first focus on… 1 Systems THINKING Questions QUESTIONS Expand Temporal View ? Expand Spatial View ? Stocks & Flows ? Feedback Loops ? Build a Useful Picture ? Build Confidence ? Make Useful Sense ? 2 Trend Over Time Graphs 3 Stock and Flow Maps and Simulations
  • 9. Quarterly Profits for Our Company 0 Profit (in Millions of $) 20 -20 Quarters Reactive Taking a shot in the dark Generates mental model of “the physics” How do you feel? What would you do? Missing enough to be dangerous!
  • 11. 0% 10% 20% 30% 40% 1 2 3 4 5 6 7 8 Alaska Tennessee Obesity % Based on this graph… What state is doing well in the winnable batle of obesity? What state would you have coach other states?
  • 12. • A trend graph is a graph over time that captures the essence of a problem or issue of interest. • Trend graphs often contain a historical (“as is”) component as well as a projected (“to be”) component. • In creating a trend graph, it is often helpful to normalize (e.g. average, %, outcome/patient) the variable. • The unit of time (day, month, quarter, year, etc.) for the trend graph helps to set a temporal boundary for what to include in your analysis % population receiving Medicaid years “As Is” “To Be” Graduation rates months Sketch a Trend Graph for an Issue Trend Over Time Graphs – TOT Graphs
  • 13. • Each person does the following (no copying your neighbor’s work!) • Draw one trend line you think most captures the important issues facing WA’s health! • Try to normalize each variable • $/person • % of population • outcome/$ spent • Draw the trend line • History • Future projection • Get in a trio • Select one for your group you think would generate an interesting discussion for the rest of room YEARS Indicator/variable 2000 2020 history future 2015 Drawing Trend Graphs Exercise
  • 14. Purpose To understand and communicate the landscape of issues and interest across a broad constituency How to… • Map the stakeholder landscape • Determine 1-2 trend graphs that “speak to” each group • Speaking to can be… ✴ The pain if the issue continues ✴ The benefit of implementing a proposed solution ✴ Other The Big Kahuna Issue Stakeholder Group A Stakeholder Group B Stakeholder Group C Stakeholder Group D Stakeholder Interest Diagram
  • 15. Let’s now focus on… 1 Systems THINKING Questions QUESTIONS Expand Temporal View ? Expand Spatial View ? Stocks & Flows ? Feedback Loops ? Build a Useful Picture ? Build Confidence ? Make Useful Sense ? 2 Trend Over Time Graphs 3 Stock and Flow Maps and Simulations
  • 16. Noah Soderquist, 16 avid aerospace nut, quoter of Neal deGrasse Tyson and surprised by systems In the 1950's The World Health Organization (WHO) financed and supported the first ever team of over 14,000 parachuting cats into Borneo!
  • 18. Noah Soderquist, 16 avid aerospace nut, quoter of Neal deGrasse Tyson and surprised by systems In the 1950's The World Health Organization (WHO) financed and supported the first ever team of over 14,000 parachuting cats into Borneo!
  • 20. Why have we observed this behavior? Health Expenditures as % of GDP
  • 21. • Make assumptions explicit and testable • Answer a more fundamental question: • Can we get there from here? • Then can go into how • Identify potential unintended consequences • Propose systemic orchestration System Dynamics (and simulation) helps
  • 23. The inevitable result of it’s all connected http://minstrelboy.blogspot.com/2009/12/military-plan-for-afghan-war-surge-in.html http://www.closetcooking.com/2007/07/spaghetti- alla-carbonara-with-twist.html Example courtesy of Steve Peterson,The Peterson Group
  • 24. To build useful understanding... adopt the mindsets of some pretty smart people Other things being equal, a simpler explanation is better than a more complex one - William of Occam, Occam’s Razor A model should be as simple as possible, but no simpler - Albert Einstein Any intelligent fool can make things bigger and more complex. It takes a touch of genius and a lot of courage to move in the opposite direction. - Albert Einstein All models are wrong, some are useful - George Box & Ed Deming
  • 25. A designer knows he has achieved perfection not when there is nothing left to add, but when there is nothing left to take away. –Antoine de Saint-Exupery
  • 26. …and then add breadth and a bit more detail – slowly! Representing “the system” 1. Low Road My advice: Take the High Road! 2.Getupoutoftheweeds… Breadth (Time/Space) (extensive boundary) Depth (intensive boundary) Shallow Highly Aggregated Deep Highly Disaggregated Narrowly Focused Broadly Focused Many mental models are here Good “systems” models are here How to frame and build useful “systems” models
  • 27. This series focuses on the “sweet spot” by teaching you how to apply… 1 Systems THINKING Questions QUESTIONS Expand Temporal View ? Expand Spatial View ? Stocks & Flows ? Feedback Loops ? Build a Useful Picture ? Build Confidence ? Make Useful Sense ? 2 Trend Over Time Graphs 3 Stock and Flow Maps and Simulations
  • 28. • Contributing to a meeting • Coaching a colleague • Evaluating an idea • Editing reports • Enhancing formal evaluation (Sample) QUESTIONS Expand Temporal View What are the most significant or troublesome trends (patterns of important system performance measures)? They can be tangible or intangible, quantitative or qualitative. What’s been the trend for each over the past several years? Expand Spatial View What other perspectives / stakeholders are concerned about this issue or something related to it? What other trends or system behaviors would they see as related – perhaps even more important – to the issue? Stocks & Flows If you could stop time for a magical moment and looked at the system – counting or measuring something – what would you focus on to assess system health? What’s accumulating? What are the key conditions? Feedback Loops Is there an obvious virtuous or vicious cycle (Reinforcing loops?) Is there a “push back” in the system or does it try to stay in equilibrium? (Balancing loops?) Build a Useful Picture Do we have the same picture of this issue, strategy? What do we need to develop that same page understanding? Build Confidence How do (are) we build(ing) confidence in the theory? Make Useful Sense How do we keep the mental model (explanatory theory) as simple as possible, but no simpler? Are there elements of the theory that are true, but not necessarily a major factor in explaining the issue or potential solutions? Can you remove? Systems THINKING Questions A quick and easy way to leverage the power of systems THINKING
  • 29. • Look at each row • Pick 1-2 questions • Discuss / Answer them • Move to next row • If you have time, go back to rows you think might lend more insight • Ask me for help if you need it QUESTIONS Expand Temporal View What are the most significant or troublesome trends (patterns of important system performance measures)? They can be tangible or intangible, quantitative or qualitative. What’s been the trend for each over the past several years? How broad a time horizon is useful in order to really understand each? (1 year, 5 years, 10 years, decades?) Where are they going? What will be the future price we pay if left to continue as expected? How do we want the future to play out? What’s our desired trend – dynamic vision? How far into the future do we need to look to see the change we want? Expand Spatial View What other perspectives / stakeholders are concerned about this issue or something related to it? What other trends or system behaviors would they see as related – perhaps even more important – to the issue? How does this impact more than just the area of interest? Think about expanding the area of focus. If we make a change to the issue as you wish, where else will there be an impact? Would this (these) be a positive or negative unintended consequence(s) / impact(s)? Stocks & Flows If you could stop time for a magical moment and looked at the system – counting or measuring something – what would you focus on to assess system health? What’s accumulating? What are the key conditions? In what direction are the important accumulations going? What is the rate of change of these accumulations or conditions? Feedback Loops Is there an obvious virtuous cycle (where things continue to get better or better)? Or perhaps is there a vicious cycle (where things continue to get worse, and are maybe accelerating!)? (both of these first two are Reinforcing loops?) Is there a “push back” in the system? Does it appear to be trying to stay in equilibrium? (both of these two are Balancing loops?) Can we influence feedback loops to achieve leverage? Build a Useful Picture Do we have the same picture of this issue, strategy? What do we need to develop that same page understanding? Is our understanding clear and unambiguous? What’s needed to make it more so? Is it rigorous? What’s needed to make it more so? Build Confidence How do (are) we build(ing) confidence in the theory? Are we able to mentally simulate? Would we understand more by developing Stock and Flow Maps and Simulations and simulations? Could we computer simulate and would that add enough value to warrant the effort? Make Useful Sense How do we keep the mental model (explanatory theory) as simple as possible, but no simpler? Are there elements of the theory that are true, but not necessarily a major factor in explaining the issue or potential solutions? Can you remove?
  • 30. Systems THINKING Review • Provides a mindset, a set of questions, and tools to help you develop a shared picture of the system you are trying to influence There are many ways to apply the syststems thinking framework
  • 31. Chris Soderquist Pontifex Consulting PO Box 64 Hanover, NH 03755 (603) 276-0203 chris@findinghighleverage.com findinghighleverage.com Systems Thinking Resources An Introduction to Systems Thinking 
 with iThink Author: Barry Richmond Publisher: isee systems Thinking in Systems: A Primer Author: Donella Meadows Publisher: Chelsea Green Publishing Company (2008) Finding Leverage Chris Soderquist Producer: Banyan Communications Sponsor: The National Association of Chronic Disease Directors https://vimeo.com/122034667 There are additional videos and articles on my resources page