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Environmental ethics … an introduction
Part 1 What is ’Nature’
The double Nature Nature Nature Culture Waste Nature Resources Resource cupboard (Unlimited) waste heap Nature
The combined Nature Nature Culture Waste Resources Combined cupboard and waste heap Border to Nature C
Where is the border to Nature? Nature Culture Border to Nature Is it on the outside of the house?
Where is the border to Nature? Nature Culture Border to Nature Will Nature disappear   if we put asphalt on it?
Where is the border to Nature? Planet comparison 96.5 % 98 % 95 % 0.03 % 3.5 % 1.9 % 2.7 % 79 % traces 0.0 % 0.13 % 21 % 459  ° 240  °-  340  ° - 53  ° 16  ° 90 60 0.0064 1.0 Surface pressure (bar) Surface temperature Oxygen gas Nitrogen gas Carbon dioxide Earth  with life Mars Earth  without life Venus
Nature sneaks in Environmental services 98 % 0.03 % 1.9 % 79 % 0.0 % 21 % 240  °-  340  ° 16  ° 60 1.0 The support from the life on Earth is absolutely crucial for our existence! Surface pressure (bar) Surface temperature Oxygen gas Nitrogen gas Carbon dioxide Earth  with  life Earth  without  life
Therefore, this view of Nature is fundamentally wrong! Nature Culture Border to Nature
Instead, this description makes sense Culture Nature The culture is a  subsystem  to Nature We are always  within  Nature
Part 2 Rules for subsystems Culture Nature We are always  within  Nature
OK, we are a subsystem to Nature - So what? - Subsystems have to follow certain rules in order to survive Culture Nature We are always  within  Nature
Assume you are a cell (subsystem) in  a body (supersystem) Cell Body
The cell receives a lot of free and beneficial services from the body Cell Body A nice temperature: 37 ° Good pH: 7,4 Sugar for nutrition Oxygen Waste removal sevices
To keep all these services, the cell ( the   subsystem ) can only behave in three fundamentally different ways towards the body ( the   supersystem )
Cell Body 1 2 3 + Positive influence – Negative influence ±0 No influence
The cell has a negative influence on its supersystem.  It will, for example, develop a cancer Survival strategy 1
Cell Body By that, the body will be less able to deliver its free services   - As a survival strategy for the cell, it sucks Either, the macrophages will find the cancer cell and destroy it Or the body will die Survival strategy 1 -
The cell is perfectly neutral towards its supersystem It doesn’t cause any harm, neither it does anything that is useful to the body Survival strategy 2
Cell Body The capacity of the body to deliver its free services is not affected by the actions of the cell   As a survival strategy for the cell, it is, at least,  risky! The cell is  invisible  to the body What will happen if there is a tidying-up drive ? Survival strategy 2 ±0 The cell might be eliminated, but this will not affect the body
The cell does something (little) that makes it useful to the body Survival strategy 3 This makes it easier for the body to deliver services to the cell
Cell Body By that, the body will have an increased ability to deliver its free services   This is the only reliable survival strategy for the cell The cell fulfils some function that makes the body more able  It is somewhat better for the body that the cell is there, than not Survival strategy 3 + + +
This goes for  any   subsystem! Survival strategy 3
Organism Ecosystem By that, the ecosystem, it will get increased ability to deliver its free services   This is the  only  reliable survival strategy for  any  subsystem The organism fulfils some function that makes the ecosystem more able  It is somewhat better for the ecosystem that the organism is there, than not Survival strategy 3 + Shade and protection Good soil conditions Sugar for nutrition Oxygen production Nutrient provision + +
This is the principle of the ultimate egoism: Survival strategy 3 By supporting your supersystem,  you promote  your own existence
Part 3 What is ’good’ for the ecosystem?
OK, to be sustainable  it is not enough to eliminate  damage .   To justify your existence  you need to be supportive to Nature ,[object Object]
- If you can make ecosystems work better with humans than without them – then you are a fair way towards sustainability. But then you need to understand how ecosystems work
Exergy  consuming   processes, ’life’ Ecosystems, like all self-organising processes, thrive on energy with high exergy content Sunlight with  high  exergy  content Low temperature radiation with  low exergy  content The ’life’ processes  consume exergy The energy with  consumed exergy content must be expelled, otherwise the system will ’choke’ Ecosystem
The Second Law tells us that  all  processes consume exergy A corollary of the Second Law is that  processes that consume exergy  better  will be preferred
Therefore, ecosystems will be expected to change in a way that increase their exergy consuming capacity Observations of ecosystem maturation confirms that
Ecosystem maturation Immature system ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Mature system ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],All these changes increase the exergy consumption capacity of the ecosystem A v a i l a b l e  s o l a r  e x e r g y
During maturation, ecosystems changes to increase their exergy consuming capacity The maturation process might need 100 to 10 000 years
What if human beings could aid in this process?
Part 4 Permaculture
A multitude of descriptions exits of permaculture … but few definitions
Descriptions of permaculture ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Geoffrey Ian Miller:  ,[object Object],[object Object],[object Object],[object Object],[object Object],Bill Mollison & Scott Pittman:
Descriptions of permaculture A permaculture is a diverse, complex ecosystem where the elements interact in  mutually beneficial  ways  Anon 84 PD Permaculture is an integrated,  evolving system  of  perennial  or self-perpetuating plant & animal species useful to man  ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Permaculture is the  harmonious integration of people  into the landscape ,[object Object],[object Object],Patricia DuBose Michael Washburn TN PDC
Descriptions of permaculture Permaculture is the use of ecology as the basis for designing integrated systems of  food production ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Simon Henderson, Cortez IS, BC Anon, 84 PD
Descriptions of permaculture Permaculture is a philosophy of working  with , rather than  against  nature.  A permaculture is a diverse, complex ecosystem where the elements interact in  mutually beneficial  ways to produce a whole which is greater than the sum of its parts.  Creating abundant and sustainable human habitats by following  nature’s patterns  ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Anon 84 PD: Graham Burnett: Bill Mollison:
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],It seem as the descriptions of permaculure all point at the same direction
By that, we could try to make a  definition  of permaculture, not only a description: Permaculture is the forthbringing   of maturing ecosystems with humans as promotive parts
With permaculture, the maturation process might be reduced to 10  –  1000 years The maturation process might normally need 100 to 10 000 years
Thus, the human beings has found a method to make themselves useful !
By that, permaculture has changed from a  nicety  to a sustainability  necessity Permaculture is the forthbringing of maturing ecosystems with humans as promotive parts
Thank you! ,[object Object],[object Object],[object Object]

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Introduction to Environmental Ethics and Permaculture Design

  • 1. Environmental ethics … an introduction
  • 2. Part 1 What is ’Nature’
  • 3. The double Nature Nature Nature Culture Waste Nature Resources Resource cupboard (Unlimited) waste heap Nature
  • 4. The combined Nature Nature Culture Waste Resources Combined cupboard and waste heap Border to Nature C
  • 5. Where is the border to Nature? Nature Culture Border to Nature Is it on the outside of the house?
  • 6. Where is the border to Nature? Nature Culture Border to Nature Will Nature disappear if we put asphalt on it?
  • 7. Where is the border to Nature? Planet comparison 96.5 % 98 % 95 % 0.03 % 3.5 % 1.9 % 2.7 % 79 % traces 0.0 % 0.13 % 21 % 459 ° 240 °- 340 ° - 53 ° 16 ° 90 60 0.0064 1.0 Surface pressure (bar) Surface temperature Oxygen gas Nitrogen gas Carbon dioxide Earth with life Mars Earth without life Venus
  • 8. Nature sneaks in Environmental services 98 % 0.03 % 1.9 % 79 % 0.0 % 21 % 240 °- 340 ° 16 ° 60 1.0 The support from the life on Earth is absolutely crucial for our existence! Surface pressure (bar) Surface temperature Oxygen gas Nitrogen gas Carbon dioxide Earth with life Earth without life
  • 9. Therefore, this view of Nature is fundamentally wrong! Nature Culture Border to Nature
  • 10. Instead, this description makes sense Culture Nature The culture is a subsystem to Nature We are always within Nature
  • 11. Part 2 Rules for subsystems Culture Nature We are always within Nature
  • 12. OK, we are a subsystem to Nature - So what? - Subsystems have to follow certain rules in order to survive Culture Nature We are always within Nature
  • 13. Assume you are a cell (subsystem) in a body (supersystem) Cell Body
  • 14. The cell receives a lot of free and beneficial services from the body Cell Body A nice temperature: 37 ° Good pH: 7,4 Sugar for nutrition Oxygen Waste removal sevices
  • 15. To keep all these services, the cell ( the subsystem ) can only behave in three fundamentally different ways towards the body ( the supersystem )
  • 16. Cell Body 1 2 3 + Positive influence – Negative influence ±0 No influence
  • 17. The cell has a negative influence on its supersystem. It will, for example, develop a cancer Survival strategy 1
  • 18. Cell Body By that, the body will be less able to deliver its free services - As a survival strategy for the cell, it sucks Either, the macrophages will find the cancer cell and destroy it Or the body will die Survival strategy 1 -
  • 19. The cell is perfectly neutral towards its supersystem It doesn’t cause any harm, neither it does anything that is useful to the body Survival strategy 2
  • 20. Cell Body The capacity of the body to deliver its free services is not affected by the actions of the cell As a survival strategy for the cell, it is, at least, risky! The cell is invisible to the body What will happen if there is a tidying-up drive ? Survival strategy 2 ±0 The cell might be eliminated, but this will not affect the body
  • 21. The cell does something (little) that makes it useful to the body Survival strategy 3 This makes it easier for the body to deliver services to the cell
  • 22. Cell Body By that, the body will have an increased ability to deliver its free services This is the only reliable survival strategy for the cell The cell fulfils some function that makes the body more able It is somewhat better for the body that the cell is there, than not Survival strategy 3 + + +
  • 23. This goes for any subsystem! Survival strategy 3
  • 24. Organism Ecosystem By that, the ecosystem, it will get increased ability to deliver its free services This is the only reliable survival strategy for any subsystem The organism fulfils some function that makes the ecosystem more able It is somewhat better for the ecosystem that the organism is there, than not Survival strategy 3 + Shade and protection Good soil conditions Sugar for nutrition Oxygen production Nutrient provision + +
  • 25. This is the principle of the ultimate egoism: Survival strategy 3 By supporting your supersystem, you promote your own existence
  • 26. Part 3 What is ’good’ for the ecosystem?
  • 27.
  • 28. - If you can make ecosystems work better with humans than without them – then you are a fair way towards sustainability. But then you need to understand how ecosystems work
  • 29. Exergy consuming processes, ’life’ Ecosystems, like all self-organising processes, thrive on energy with high exergy content Sunlight with high exergy content Low temperature radiation with low exergy content The ’life’ processes consume exergy The energy with consumed exergy content must be expelled, otherwise the system will ’choke’ Ecosystem
  • 30. The Second Law tells us that all processes consume exergy A corollary of the Second Law is that processes that consume exergy better will be preferred
  • 31. Therefore, ecosystems will be expected to change in a way that increase their exergy consuming capacity Observations of ecosystem maturation confirms that
  • 32.
  • 33. During maturation, ecosystems changes to increase their exergy consuming capacity The maturation process might need 100 to 10 000 years
  • 34. What if human beings could aid in this process?
  • 36. A multitude of descriptions exits of permaculture … but few definitions
  • 37.
  • 38.
  • 39.
  • 40.
  • 41.
  • 42. By that, we could try to make a definition of permaculture, not only a description: Permaculture is the forthbringing of maturing ecosystems with humans as promotive parts
  • 43. With permaculture, the maturation process might be reduced to 10 – 1000 years The maturation process might normally need 100 to 10 000 years
  • 44. Thus, the human beings has found a method to make themselves useful !
  • 45. By that, permaculture has changed from a nicety to a sustainability necessity Permaculture is the forthbringing of maturing ecosystems with humans as promotive parts
  • 46.