Peter
Vetsch’s Organic Houses
They look like caves which become
integrated into the natural decor, they are "troglodyte" houses.
Their architecture is really very specific. Peter Vetsch built the first ones
at the end of the 70s, but they are always very appreciated in Switzerland.
In these houses, the ground plays the role
of an electric blanket which protects effectively from the cold, from the rain
and from the wind.
It offers a
natural protection against the negative influences of the environment and the
unwanted emissions.
Respect the
natural site, be thrifty in energy and in raw materials: they are three rules
of bases of the house Green.
They look like caves which become
integrated into the natural decor, they are "troglodyte" houses.
Their architecture is really very specific. Peter Vetsch built the first ones
at the end of the 70s, but they are always very appreciated in Switzerland.
In these houses, the ground plays the role
of an electric blanket which protects effectively from the cold, from the rain
and from the wind.
It offers a
natural protection against the negative influences of the environment and the
unwanted emissions.
Respect the
natural site, be thrifty in energy and in raw materials: they are three rules
of bases of the house Green.
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One of the
major ecological advantages of the organic house is its pleasant climate. The
particular method of construction of the organic houses leads to well-balanced
climatic conditions: the freshness in summer and the protection against the
cold in winter.
Another
advantage is the pleasant humidity of the air about 50 %, completely contrary
to rooms overheated in winter in the conventional houses. Furthermore, the
density of the air of the organic houses represents an ideal condition for a
comfortable and controlled aeration.
The organic
houses become integrated perfectly into the landscape. Their roofs covered by
the ground base themselves in the surroundings in a natural way and protect
effectively the landscape.
The green roofs restore a part of the
landscape and so contribute to the contribution of oxygen and nitrogen in the
ecosystem. Contrary to the conventional constructions, be integrated into the
rough terrain and submit itself to the natural landscape.
As the roof is covered with ground, the
plantation of useful plants is possible. This vegetable cover gets back the
biggest part of rainy waters.
This restraint of water relieves the stream of too big quantities of
water.
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