[x] Close ad

ECOVILLAGE

Ecovillages are intended to be socially, economically and ecologically sustainable intentional communities. Most aim for a population of 50-150 individuals because this size is considered to be the maximum social network according to findings from sociology and anthropology (Hill & Dunbar, 2002). Larger ecovillages of up to 2,000 individuals may, however, exist as networks of smaller "ecomunicipalities" or subcommunities to create an ecovillage model that allows for social networks within a broader foundation of support.

Ecovillage members are united by shared ecological, social or spiritual values (see Intentional community). An ecovillage is often composed of people who have chosen an alternative to centralized power, water and sewage systems. Many see the breakdown of traditional forms of community, wasteful consumerist lifestyles, the destruction of natural habitat, urban sprawl, factory farming, and over-reliance on fossil fuels, as trends that must be changed to avert ecological disaster. They see small-scale communities with minimal ecological impact as an alternative. However, such communities often cooperate with peer villages in networks of their own (see Global Ecovillage Network for an example). This model of collective action is similar to that of Ten Thousand Villages, which supports the fair trade of goods worldwide.

In 1991, Robert Gilman set out a definition of an ecovillage that was to become a standard. Gilman defined an ecovillage as a:

  • human-scale
  • full-featured settlement
  • in which human activities are harmlessly integrated into the natural world
  • in a way that is supportive of healthy human development, and
  • can be successfully continued into the indefinite future. [1]

Note: In recent years, Gilman has stated that he would also add the criterion that an ecovillage must have multiple centres of initiative.

The principles on which ecovillages rely can be applied to urban and rural settings, as well as to developing and developed countries. Advocates seek infrastructural independence and a sustainable lifestyle (for example, of voluntary simplicity) for inhabitants with a minimum of trade outside the local area, or ecoregion. Rural ecovillages are usually based on organic farming, permaculture and other approaches which promote ecosystem function and biodiversity. Some ecovillages integrate many of the design principles of cohousing, but with a greater ecological focus and a more "organic" process, typical of permaculture design.

An ecovillage usually relies on:

Its organization also usually depends upon some instructional capital or moral codes - a minimal civics sometimes characterized as eco-anarchism:

The term ecovillage should not be confused with micronation, a strictly legal, not infrastructural, concept.

References

See also

External links

Sustainability and energy development   Edit
Energy conversion Active solar | Anaerobic digestion | Barra system | Biomass | Blue energy | Deep lake water cooling | Distributed generation | Earth cooling tubes | Electricity generation | Energy Tower | Fuel cell | Fusion power | Geothermal power | Hydroelectricity | Hydrogen production | Mechanical biological treatment | Microgeneration | Ocean thermal energy conversion | Passive solar | Photovoltaics | Seasonal thermal store | Solar cell | Solar panel | Solar pond | Solar power | Solar power tower | Solar thermal energy | Solar tracker | Solar updraft tower | Sustainable community energy system | Tidal power | Trombe wall | Water turbine | Wave power | Wind farm | Wind power | Wind turbine
Energy development and use Energy development | Environmental concerns with electricity generation | Future energy development | Inertial fusion power plant | Hydrogen storage | Hydrogen station | Hydrogen economy | Hubbert peak | Renewable energy | Hypermodernity | Technological singularity | Air engine | Liquid nitrogen economy | Flywheel energy storage
Energy and
sustainability status
Ecological footprint | Ecosystem services | Kardashev scale | TPE | UN Human Development Index | Value of Earth | Appropriate technology | Infrastructural capital
Sustainability Autonomous building | Ecoforestry | Ecological economics | Earth sheltering | Development economics | Environmental design | Exploitation of natural resources | Green building | Green chemistry | Green computing | Green gross domestic product | Natural building | Permaculture | Self-sufficiency | Solar chimney | Straw-bale construction | Sustainability | Sustainable agriculture | Sustainable design | Sustainable development | Sustainable industries | Sustainable living | The Natural Step | Windcatcher
Sustainability management Commission on Sustainable Development | Human development theory | Maldevelopment | Rio Declaration on Environment and Development | Rocky Mountain Institute | Sim Van der Ryn | Underdevelopment | World Business Council for Sustainable Development | World Summit on Sustainable Development | Precautionary principle | Intermediate Technology Development Group
Energy and
conservation
Energy conservation | Energy-efficient landscaping | Passive house | Passive solar building design | Superinsulation | Simple living | Ecological footprint | Ecovillage | Waste | Zero energy building
Transportation Battery electric vehicle | Bicycle | Electric power-assist system | Electric vehicle | Hydrogen vehicle | Trolleybus | Public Transport Bus rapid transit | Air car | Production battery electric vehicle | Low-energy vehicle | TWIKE | utility cycling | Vegetable oil used as fuel | Biodiesel | Bioethanol | Biogas | Biomass to liquid | Pyrolysis oil Alternative fuel | Hydrogen vehicle | Alternative propulsion | Ecodriving