Regenerative Economy
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Module 01: Introduction1.1 Lesson-1: Interested in Regeneration?
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1.2 Lesson-2: What is Regenerative Economy?
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1.3 Lesson-3: Principles of Regenerative Economy9 Topics
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1.3.1 Principle 1: Maintain strong, cross-scale circulation of key flows, such as energy, information, resources, and money.
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1.3.2 Principle 2: Regenerative and sustained re-investment
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1.3.3 Principles 3 & 4: Maintain Trustworthy Inputs and Healthy Outputs
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1.3.4 Principle 5: Maintain a good balance between different types of organizations.
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1.3.5 Principle 6: Maintain a balanced mix of resiliency and effectiveness.
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1.3.6 Principle 7: Maintain sufficient diversity
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1.3.7 Principle 8: Encourage cooperative relationships and principles that are shared by all
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1.3.8 Principle 9: Encourage positive action and restrict speculative and overly extroverted behavior
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Principle 10: Encourage efficient, flexible, group learning
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1.3.1 Principle 1: Maintain strong, cross-scale circulation of key flows, such as energy, information, resources, and money.
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1.4 Lesson-4: Towards Regenerative Economy1 Quiz
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Module-02: Go Beyond the Circles2.1 Lesson-1: From Linear to Circular Economy
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2.2 Lesson-2: The Nested System
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2.3 Lesson-3: From Focusing on the Product to Focusing on the Process1 Quiz
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Module-03: Regenerative Economy Mindset Shifting3.1 Lesson-1: Shift Mindset to Transform the System1 Topic
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3.2 Lesson-2: Shift Mindset: “Doing” to “Being”2 Topics
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3.3 Lesson-3: Shift Mindset: “Ego” to “Soul”1 Topic|1 Quiz
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Module 04: Regenerative Economy Framework4.1 Lesson-1: Levels of Paradigm6 Topics
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4.2 Lesson-2: Understanding Levels of Paradigm as a System
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4.3 Lesson-3: Evolving a Practice of Regenerative Economics5 Topics
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4.4 Lesson-4: Quantitative Growth to Qualitative Growth2 Topics|1 Quiz
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Module 05: Collaborative Approach to Regenerative Economy5.1 Lesson-1: Ecology and Regenerative Economy 1
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5.2 Lesson-2: Economy of Human Development9 Topics
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5.3 Lesson-3: Regenerative Approach to Whole Economic Development7 Topics
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5.3.1 Risks Associated with Traditional Economic Growth
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5.3.2 A Regenerative Evolutionary Strategy to Creating Community Wealth
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5.3.3 Developing Place-Sourced Community Intelligence: A Three-Phase Strategy
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5.3.4 Phase One: Thinking Strategically
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5.3.5 Phase Two: Changing Systems
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5.3.6 Phase Three: Institutionalizing Strategic Planning Patterns and Fields
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5.3.7 The Changes
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5.3.1 Risks Associated with Traditional Economic Growth
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5.4 Lesson-4: Regenerative Culture3 Topics|1 Quiz
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Module 06: Regenerative Investment6.1 Lesson-1: The Role of Businesses2 Topics
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6.2 Lesson-2: Investing from a Regenerative Mind1 Topic
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6.3 Lesson-3: Food System Investing in a Regenerative Economy4 Topics|1 Quiz
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Conclusion
Participants 102
1.3.1 Principle 1: Maintain strong, cross-scale circulation of key flows, such as energy, information, resources, and money.
April 2, 2023
Due to the interconnected, mutually beneficial functions that all sectors and levels of our economic metabolism play, cross-scale movement of money, knowledge, and essential resources is crucial. Employers need employees to pay wages and provide goods, while employees are necessary for employers to produce goods. Energy, water, dioxide, nitrogen, and other important biophysical currencies are both necessary for the long-term sustainable approach of societies and economies at the ecological system and biosphere scales, and they are subject to the same quantitative analysis as well as the whole understanding as other flow networks. The Keynesian interpretation of how aggregate demand influences economic health shows the crucial role cross scaled circulation performs in network health. Low earnings, the lack of corporate debt, and frequent layoffs, in flow terms, cause circulation to drop to lower levels, which causes necrosis. A general drop in aggregate demand and an eventual economic collapse occur when money doesn’t really reach the general populace. The multiplier effect metric in economics determines how many often a unit of currency will be exchanged before leaving a market. Likewise, flows can be monitored and evaluated for information and money in socioeconomic networks as well as for energy, water, and dioxide in environmental networks. In each of these situations, the knowledge gained will be extremely important for the stability of the economy and other systems.