Difference between revisions of "project03:P2"

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(Floris van Buren)
(Floris van Buren)
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In current times humankind devours more and more space. Its population continues to grow, and so do their cities. This form of human thinking of continual growth is not sustainable. Scientists say that in short time a catastrophe will occur, something that will hit everyone on the globe: the Anthropocene Mass Extinction.
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In current times humankind devours more and more space. Its population continues to grow, and so do their cities. This form of human thinking of continual growth is not sustainable. Scientists say that in short time a catastrophe will occur, something that will hit everyone on the globe: the Anthropocene Mass Extinction. Within hundred years species have to adapt ten thousand times faster than average. If true, many species will become extinct, and many people who depend on nature's services such as natural soil formation and fresh water for agriculture will have difficulty to survive.
Within hundred years species have to adapt ten thousand times faster than average. If true, many species will become extinct, and many people who depend on nature's services such as natural soil formation and fresh water for agriculture will have difficulty to survive.
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Today's human thinking has to alter a different direction. With increasing human populations and no stop, there must come a new kind of architecture that incorporates nature which let nature's space increase instead of decrease. But, green roofs or parks are not enough, when it is about the scale of cities a significant structure is needed which forms a landscape by itself, and whereon nature can live beside humankind; a stronger coexistence is needed.
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Today's human thinking has to alter a different direction. With increasing human populations and no stop, there must come a new kind of architecture that incorporates nature which let nature's space increase instead of decrease. Green roofs or parks are not enough when it is on the scale of cities. A significant structure is needed which forms a landscape by itself, and whereon nature can live beside humankind: coexistence.
  
Frameworks like PEEN and Nature 2000 advocate for an action to stop the fragmentation of natural areas. These areas must re-connect again to enlarge habitats and stronger biodiversity.
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Other scientists came up with two frameworks: PEEN and Nature 2000. These frames aim for an enlargement of habitats to stronger biodiversity and providing a better coexistence.
Measured from 1700, in the Netherlands, there is only 15% left of its original biodiversity. It seems like this country has already experienced a mini mass extinction. Mini, because the state is small, approx. 41.5km2. However, compared to other scales, Europe holds only 40% of its original biodiversity, and globally there is 70% left. So, there is all reason to put effort into preventing more species from becoming extinct. Unfortunately, still, the extinction risk continues to increase.
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In the Netherlands, measured from 1700, only 15% of its original biodiversity is left. It suggests that a mini mass extinction already occurred in the world. ('Mini,' because the state is small, approx. 41.5km2.) This percentage compared to other scales, Europe holds only 40% of its original biodiversity, and globally there is 70% left. It might be that the mass extinction already started, so comply some scientists. Other researchers say that the extinction risk continues to increase too. So, there is all reason to put effort into preventing more species from becoming extinct.
  
Dutch ecology scientists advocate for a recovery of the aquatic low-dynamic ecosystems because only a few of it is left. In line with, the frameworks, and the idea of building large-scale architecture, this case might be compelling for designing that kind of architecture.
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Dutch ecology scientists advocate for the recovery of aquatic low-dynamic ecosystems in order to restore some of the past biodiversity. The opportunities stretch along a wide range of rivers and flooding plains across the Netherlands. This case fits precisely the ideas of the frameworks and the suggested development to create a large-scale kind of architecture. The context is favorable, and, therefore, will be used as case study.
These ecosystems are spread along many rivers and flooding plains. The scale is large, and what the Dutch scientists advocate for is related to the ideal of stronger biodiversity. So, the context is favorable, and, therefore, will be used as case study.
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Sources are cited in working papers.
 
Sources are cited in working papers.

Revision as of 09:55, 16 January 2018


Floris van Buren

In current times humankind devours more and more space. Its population continues to grow, and so do their cities. This form of human thinking of continual growth is not sustainable. Scientists say that in short time a catastrophe will occur, something that will hit everyone on the globe: the Anthropocene Mass Extinction. Within hundred years species have to adapt ten thousand times faster than average. If true, many species will become extinct, and many people who depend on nature's services such as natural soil formation and fresh water for agriculture will have difficulty to survive.

Today's human thinking has to alter a different direction. With increasing human populations and no stop, there must come a new kind of architecture that incorporates nature which let nature's space increase instead of decrease. Green roofs or parks are not enough when it is on the scale of cities. A significant structure is needed which forms a landscape by itself, and whereon nature can live beside humankind: coexistence.

Other scientists came up with two frameworks: PEEN and Nature 2000. These frames aim for an enlargement of habitats to stronger biodiversity and providing a better coexistence. In the Netherlands, measured from 1700, only 15% of its original biodiversity is left. It suggests that a mini mass extinction already occurred in the world. ('Mini,' because the state is small, approx. 41.5km2.) This percentage compared to other scales, Europe holds only 40% of its original biodiversity, and globally there is 70% left. It might be that the mass extinction already started, so comply some scientists. Other researchers say that the extinction risk continues to increase too. So, there is all reason to put effort into preventing more species from becoming extinct.

Dutch ecology scientists advocate for the recovery of aquatic low-dynamic ecosystems in order to restore some of the past biodiversity. The opportunities stretch along a wide range of rivers and flooding plains across the Netherlands. This case fits precisely the ideas of the frameworks and the suggested development to create a large-scale kind of architecture. The context is favorable, and, therefore, will be used as case study.

Sources are cited in working papers.


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