Day 2: Introduction to Systems Thinking for Climate Change

Today you will learn what systems thinking is, the role of systems thinking in critical thinking, why systems thinking is important, and how to use systems thinking to address the climate change problem.

Summary

What is Critical Thinking?

Critical thinking is a disciplined cognitive process characterized by active and purposeful analysis, evaluation, and synthesis of information, ideas, situations, or arguments. It involves the systematic exploration of underlying assumptions, biases, evidence, and implications, while also considering alternative perspectives and potential consequences. Through critical thinking, individuals develop the capacity to make well-reasoned judgments and decisions, using logic, evidence, and a deep understanding of context to navigate complex issues and challenges.

In essence, critical thinking empowers individuals to go beyond surface-level understanding, encouraging them to delve into the intricacies of a subject matter, question assumptions, and approach problems with a balanced and analytical mindset. It is a skill that is cultivated through practice and engagement with diverse perspectives, enabling individuals to become more effective problem solvers, decision makers, and informed participants in various intellectual and professional contexts.

Simply, a problem occurs in the world, you need to be able to intake information about that problem, understand the knowns and unknowns, separate signal from noise, and contextualize the problem in the systems its embedded in.

What is Systems Thinking?

Systems thinking is an interdisciplinary approach to understanding, analyzing, and addressing complex problems by examining the interactions, relationships, and interdependencies among various components within a system. It emphasizes viewing a system as a whole, rather than focusing solely on its individual parts, and recognizes that changes in one part can have ripple effects throughout the entire system. Systems thinking involves recognizing patterns, feedback loops, and unintended consequences, as well as identifying leverage points where interventions can have the most significant impact on the system's behavior and outcomes.

Why are Systems Thinking & Critical Thinking Related?

Systems thinking and critical thinking are closely intertwined and mutually reinforcing approaches to understanding and addressing complex challenges:

• Analytical Depth: Critical thinking involves in-depth analysis of information, ideas, and arguments. Systems thinking similarly encourages a deep analysis of complex systems, considering the various components and their interactions to comprehend the underlying dynamics.
• Complexity: Both systems thinking and critical thinking recognize the complexity of real-world issues. Critical thinking helps dissect and examine the intricacies of individual components, while systems thinking highlights the interconnectedness of these components within a larger context.
• Holistic Perspective: Critical thinking encourages considering multiple perspectives and potential biases. Systems thinking extends this by promoting a holistic perspective that takes into account the entire system, ensuring a more comprehensive understanding of the issue.
• Causality and Consequences: Critical thinking involves evaluating evidence and reasoning to draw conclusions about causality and consequences. Systems thinking goes further by exploring causal loops, feedback mechanisms, and the dynamic relationships between various components in a system.
• Problem-Solving: Both approaches aim to enhance problem-solving abilities. Critical thinking helps identify the root causes and underlying assumptions of a problem, while systems thinking helps identify systemic drivers and interconnected factors contributing to the issue.
• Interdisciplinary Approach: Systems thinking inherently involves multiple disciplines, just as critical thinking draws from various intellectual tools and methodologies to dissect and understand complex subjects.
• Informed Decision-Making: Critical thinking skills aid in making well-reasoned decisions. Systems thinking equips individuals to anticipate the potential impacts of decisions across the entire system, leading to more informed and effective choices.

In essence, critical thinking and systems thinking complement each other, enriching the depth and breadth of one's analytical toolkit

Why is Systems Thinking Important?

It will be impossible for you to actually solve a global challenge if you're not able analyze information & identify root causes. You'll create Band-Aids, not solutions.

If you don't understand how a system works, you can't know what change to make, what obstacles you face, or predict the impact of your solution.

How to Use Systems Thinking

In the most basic sense, we want to look at:

• What are the parts or elements of the system?
• How are they related or connected?
• What is the purpose of the system?

Donella Meadows was a prominent advocate of systems thinking, and her insights can provide valuable guidance for using this approach. Here's a list of steps inspired by her teachings to help students apply systems thinking:

• Define the System Boundaries: Clearly define the scope and boundaries of the system you are analyzing. Understand what elements are included within the system and what lies outside of it.
• Identify Key Elements: Identify the components or entities within the system. These could be individuals, variables, structures, or processes that contribute to the system's behavior.
• Understand Interconnections: Map out the relationships and interactions between the different elements. Recognize how changes in one element can influence others and result in feedback loops.
• Distinguish Feedback Loops: Identify and characterize different types of feedback loops within the system: reinforcing loops that amplify effects and balancing loops that seek to maintain equilibrium.
• Identify Delays: Recognize time delays between actions and their consequences. Delays can lead to unintended outcomes and make it challenging to predict system behavior.
• Analyze Leverage Points: Identify points within the system where interventions can lead to significant changes. Some elements or actions have more influence on the system's behavior than others.
• Explore Mental Models: Understand the mental models or assumptions that people within the system hold. These underlying beliefs can shape decision-making and contribute to systemic behavior.
• Consider System Dynamics: Investigate how the system's behavior evolves over time. Understand the patterns and trends that emerge from the interactions between its elements.
• Anticipate Unintended Consequences: Think about the potential ripple effects of interventions. Consider how changes made in one part of the system might lead to unintended outcomes in other parts.
• Embrace Complexity and Uncertainty: Recognize that systems are complex and often exhibit non-linear behavior. Embrace uncertainty and acknowledge that predicting exact outcomes can be challenging.
• Collaborative Learning: Engage in discussions with others to share perspectives and insights. Collaborative learning helps to create a more comprehensive understanding of the system.
• Iterative Approach: Apply systems thinking iteratively. As you gain insights and refine your understanding, revisit and adjust your analysis to account for new information.
• Test Hypotheses: Formulate hypotheses about how the system works and test them through simulation, modeling, or real-world experiments.
• Visualize the System: Create diagrams, flowcharts, or causal loop diagrams to visualize the structure and dynamics of the system. Visualization can help communicate complex ideas more effectively.
• Reflect and Adapt: Continuously reflect on your analysis and be open to adjusting your understanding based on new insights. Systems thinking is an ongoing learning process.

Remember that systems thinking is a skill that develops over time with practice and experience. By applying these steps, you'll be better equipped to analyze and address complex challenges from a holistic and interconnected perspective.

‍

Additional Resources

• Thinking in Systems by Donella H Meadows
• Systems Thinking Resources by Donella H Meadows
• Systems Thinking Video Series by Ashley Hodgson

‍

Activity

So for the next portion of this course, we'll identify the systems, causes, and obstacles related to this global challenge BEFORE we get to solutions.

For your activity, start identifying and mapping the systems related to the global challenge.

‍

Skill Lesson Mastered

Demonstrate mastery of the knowledge and skills presented in this lesson by applying it to the above activity. If, and only if, you have a full understanding and have mastered the knowledge and skills presented in this lesson, select the next lesson in the navigation.