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Environmental Design

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Environmental design refers to taking environmental concerns into consideration when designing plans, programs, policies, buildings, or products. Environmental Design has been defined this way: "We live in the world by design. Creating the everyday environment in which we live involves complex systems of cultural meaning, visual communication and the use of tools, technology and materials. As a field of study, Environmental Design encompasses the built, natural, and human environments and focuses on fashioning physical and social interventions informed by human behaviour and environmental processes. Design asks us to find answers to the most fundamental of human questions: how should we live in the world and what should inform our actions? This complex endeavour requires an interdisciplinary approach."

"Environmental design" in the old-fashioned sense has to do with developing physical, spatial environments, whether interior or exterior, to meet one or more esthetic or day-to-day functional needs, or to create a specific sort of experience - the focus being the human-designed environment. As this is a field with a very lengthy history, it can be said to include such specialties as architects, acoustical scientists, landscape architects, urban planning, interior designers, lighting designers, and exhibit designers. In many communities and situations, historic preservation can be added to this list. Another recent addition to this general area might be "disability access" for all manner of construction projects.

From the middle of the twentieth century if not before, thinkers like Buckminster Fuller have acted as catalysts for a broadening and deepening of the concerns of environmental designers. Nowadays, energy-efficiency, appropriate technology, organic horticulture or organic agriculture, land restoration, community design, and ecologically sustainable energy and waste systems are recognized considerations or options and may each find application. Examples of the environmental design process include use of roadway noise computer models in design of noise barriers and use of roadway air dispersion models in analyzing and designing urban highways. Designers consciously working within this more recent framework of philosophy and practice seek a blending of nature and technology, regarding ecology as the basis for design. Some believe that strategies of conservation, stewardship, and regeneration can be applied at all levels of scale from the individual building to the community, with benefit to the human individual and local and planetary ecosystems.

In terms of its larger scope, environmental design obviously has implications for the industrial design of many sorts of products — innovative automobiles, wind-electricity generators, solar-electric equipment, and very many other kinds of equipment could serve as examples.

Environmental designers in this newer sense may be architects, engineers, environmental scientists, landscape designers, urban planners, waste-management experts, and so on.

See also

Crime Prevention Through Environmental Design

Energy-efficient Buildings & Design:

Energy Usage (Commercial, Residential, Societal):

Waste Treatment Innovation:

Urban Ecology

Land Use

External links

See also

Sustainability and energy development   [Edit]
Energy production Active solar | Anaerobic digestion | Biomass | Blue energy | Deep lake water cooling | Distributed generation | Electricity generation | Energy tower | Fuel cell | Fusion power | Geothermal power | Hydroelectricity | Mechanical biological treatment | Ocean thermal energy conversion | Passive solar | Seasonal thermal store | Solar cell | Solar panel | Solar pond | Solar power | Solar power tower | Solar thermal energy | Solar tracker | Solar updraft tower | 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 economy | Hubbert peak | Renewable energy | Hypermodernity | Technological singularity
Energy and
sustainability status
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 gross domestic product | Natural building | Permaculture | Self-sufficiency | 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 | Superinsulation | Voluntary simplicity | Ecological footprint | Ecovillage | Waste | Zero energy building
Transportation Battery electric vehicle > Electric vehicle | Hydrogen car | Trolleybus
Communication Wireless Mesh

 


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