Human Settlements Review - Parliamentary Monitoring Group
Human Settlements Review - Parliamentary Monitoring Group
Human Settlements Review - Parliamentary Monitoring Group
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<strong>Human</strong> <strong>Settlements</strong> <strong>Review</strong>, Volume 1, Number 1, 2010<br />
Universities were involved in developing, for<br />
example, an alternative binder product CP40<br />
(see ECOsur, 2010b). Village technologies<br />
were developed in Cuba to enable inhabitants<br />
to produce building components such as<br />
bricks, window and doorframes, roof tiles,<br />
and sewer pipes, all made from concrete.<br />
The transfer of certain technologies has, for<br />
example, resulted in the manufacturing of<br />
micro-concrete roof tiles are in Namibia.<br />
The building of shelter, according to Wines<br />
(2000:9), consumes one-sixth of the world’s<br />
fresh water supply, one-quarter of its wood<br />
harvest, and two-fifth of its fossil fuels<br />
and manufacturing materials. Sustainable<br />
architecture or green architecture, attempts<br />
to advance three purposes: 1. to advance<br />
the purely selfish motive of survival by a<br />
cooperation with nature, 2. to build shelter<br />
in concert with ecological principles as part<br />
of this objective, and 3. “to address the<br />
deeper philosophical conflicts surrounding<br />
the issue of whether we really deserve the<br />
luxury of this existence, given our appalling<br />
track record of environmental abuse” (Wines<br />
2000:20). The challenge is to reach the point<br />
where green architecture is indistinguishable<br />
from good architecture (Jones 1998:9).<br />
Brenda and Robert Vale pioneered energyefficient<br />
architecture in the 1970s and wrote<br />
Green Architecture. They were “not so much<br />
concerned with what a building looked like as<br />
with what it did to the environment” (Madge<br />
1993:160). They also discussed the viability<br />
of Western patterns of consumerism and the<br />
need to ‘green’ city planning.<br />
nurtures their health, satisfaction, productivity,<br />
and spirit. It requires the careful application of<br />
the acknowledged strategies of sustainable<br />
architecture: non-toxic construction, the use of<br />
durable, natural, resource efficient materials,<br />
reliance on the sun for day lighting, thermal<br />
and electric power, and recycling of wastes<br />
into nutrients (ARC Design <strong>Group</strong>, 2000).<br />
Green building or architecture considers<br />
solar passive or earth sheltered design,<br />
solar hot water heating and cooling systems,<br />
photovoltaic systems, and energy efficient<br />
appliances.<br />
Kibert and Schultmann (No date:1) argue<br />
that the “green building movement espouses<br />
that the built environment should be created<br />
using ‘ecological’ principles, yet there is little<br />
evidence that there is any real understanding<br />
of ecology or ecological principles on the part of<br />
the various actors in the building process”. The<br />
authors stress that a deeper understanding of<br />
ecology and ecological concepts is needed<br />
to create a truly effective green building<br />
movement. According to Bringezu (Kibert<br />
& Schultmann (No date:4); Wallbaum &<br />
Buerkin (2003:54)), the Wuppertal Institute in<br />
Germany suggests an alternative set of rules<br />
for the industrial systems to follow ecological<br />
principles, labeled the Golden Rules of Eco-<br />
Design:<br />
1. Potential impacts on the environment<br />
should be considered on a life cycle<br />
basis or from cradle-to-grave,<br />
2. The intensity of use of processes,<br />
products and services should be<br />
maximized,<br />
A green building serves the needs of the people<br />
who inhabit it, which means it supports and<br />
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