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Ekonomia Birsortzailea

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  1. Module 01: Introduction
    1.1 Lesson-1: Interested in Regeneration?
  2. 1.2 Lesson-2: What is Regenerative Economy?
  3. 1.3 Lesson-3: Principles of Regenerative Economy
    9 Gaiak
  4. 1.4 Lesson-4: Towards Regenerative Economy
    1 Galdetegia
  5. Module-02: Go Beyond the Circles
    2.1 Lesson-1: From Linear to Circular Economy
  6. 2.2 Lesson-2: The Nested System
  7. 2.3 Lesson-3: From Focusing on the Product to Focusing on the Process
    1 Galdetegia
  8. Module-03: Regenerative Economy Mindset Shifting
    3.1 Lesson-1: Shift Mindset to Transform the System
    1 Gai
  9. 3.2 Lesson-2: Shift Mindset: ?Doing? to ?Being?
    2 Gaiak
  10. 3.3 Lesson-3: Shift Mindset: ?Ego? to ?Soul?
    1 Gai
    |
    1 Galdetegia
  11. Module 04: Regenerative Economy Framework
    4.1 Lesson-1: Levels of Paradigm
    6 Gaiak
  12. 4.2 Lesson-2: Understanding Levels of Paradigm as a System
  13. 4.3 Lesson-3: Evolving a Practice of Regenerative Economics
    5 Gaiak
  14. 4.4 Lesson-4: Quantitative Growth to Qualitative Growth
    2 Gaiak
    |
    1 Galdetegia
  15. Module 05: Collaborative Approach to Regenerative Economy
    5.1 Lesson-1: Ecology and Regenerative Economy 1
  16. 5.2 Lesson-2: Economy of Human Development
    9 Gaiak
  17. 5.3 Lesson-3: Regenerative Approach to Whole Economic Development
    7 Gaiak
  18. 5.4 Lesson-4: Regenerative Culture
    3 Gaiak
    |
    1 Galdetegia
  19. Module 06: Regenerative Investment
    6.1 Lesson-1: The Role of Businesses
    2 Gaiak
  20. 6.2 Lesson-2: Investing from a Regenerative Mind
    1 Gai
  21. 6.3 Lesson-3: Food System Investing in a Regenerative Economy
    4 Gaiak
    |
    1 Galdetegia
  22. Ondorioa
Ikasgaia 3, Gai 3
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1.3.3 Principles 3 & 4: Maintain Trustworthy Inputs and Healthy Outputs

ekaina 25, 2024
Ikasgaia Progress
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These two principles are connected complementarily and are studied jointly. Inputs and outputs are subject to circulation as well. A society will disintegrate if it runs out of a necessary resource, like water or fuel. The challenge of switching from fossil fuels to more dependable energy sources highlights the issue. Since flows are inherently circular, societies that harm themselves or their surroundings by producing outputs that the local environment is unable to absorb will also perish. The effort to maintain dependable inputs of essential resources and healthy outputs, from safe water to green energy, can therefore be seen as a network flow challenge. This is one of the core focuses of the sustainability movement. The science of flow, on the other hand, expands on essential inputs to cover precise knowledge, high-quality education, wholesome food, and vigorous financial circulation.

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