Ecological Building
From Wikipedia, the free encyclopedia
Ecological Building is both a design process and the structure that is a result of such a design process.
The Ecological Building design process is a modern architecture variant of Permaculture design.
An Ecological Building is a structure that is designed to create and sustain mutually beneficial relationships with all of the elements of its local ecology. A building's local ecology, or environment, is made up of particular physical and biological elements and their interactions.
The abiotic, or physical elements are defined by the local geology and the local climate. The local geology is defined by the soil type, substrata, local land use, and water patterns of the site and its surroundings. The local climate is made up of the weather patterns, wind patterns, solar patterns, and pollution patterns for the site and its surroundings.
The biotic or living elements are all of the local species - including human communities -that interact with the site.
This concept is distinctly different from Green building, or sustainable architecture where the goal is to "minimize the negative environmental impact of buildings"[1]. Ecological building is a positive design goal that sets out to increase beneficial interactions, whereas Green building is a negative design outlook that seeks only the reduction of negative interactions. Inherent in Green building is the assumption that any human interaction with a site is unavoidably negative, and that mitigating these negative impacts is the best that is possible. With Ecological Building, the designer acknowledges that humans can play an integral, beneficial role in improving and sustaining the health and vitality of their local ecology.
[edit] Examples
"The idea is to use design to link the currently isolated and divided parts of life (architecture, landscapes, interiors, eating, urinating, moving your bowels, showering, enjoying nature/community) to maximize resource regeneration and fun while minimizing effort - in a beautiful way.
An example: link up your roof to a water catchment system, link that to a simple sand filtration system with a little UV filter, link that to your kitchen faucet, link the drain in your sink to a wood-chip basin filter to take out & compost the oils & vegetable bits & biodegradable soap, link the bottom of the basin to a hose that leads to your fruit tree guilds, link their fruit & veggies to your stomach & your kitchen (starts loop again), link your stomach to a dry composting toilet, link the 6 month-to-1 year old finished humanure compost to your fruit tree guild (starts loop again).
This doesn’t even include the plethora of links that actually comprise the whole interconnectedness of a site. It would take volumes of text to just add the local flora & fauna that will also be munching on your fruits & veggies and making their home in your yard and enriching your life with song, color, movement, and wonder."[2]
[edit] See Also
[edit] References
- ^ sustainable architecture Wikipedia August 21, 2007
- ^ Post.Domesticated's comment in response to the article http://www.inhabitat.com/2008/04/15/andrew-maynards-suburb-eating-robot/ Accessed 5-13-2008