Riobamba, Ecuador, 9 August 2016—Just a week before the Third United Nations Conference on Housing and Human Settlements, Habitat III kicks off in Quito, a landmark meeting will be held in Riobamba city, setting the stage for sustainable construction.
Environmentally sustainable cities, SDG implementation, New Urban Agenda under spotlight in Hanoi
09 March 2016, Hanoi – At the recent 7th High Level Seminar on Environmentally Sustainable Cities in Vietnam, UN-Habitat promoted the issues of sustainable urbanisation, city planning, resilient city development and youth advocacy, in the context of the mobilisation of cities and stakeholders towards Habitat III, the UN conference on sustainable urban development taking place in October this year.
More than 400 participants converge in Quito to debate sustainable construction
Quito 28 April 2015-- More than 400 participants recently converged in Quito, Ecuador for the first International Forum on Sustainable Cities and Buildings that addressed various topics around sustainable construction. The event was organized by the Secretariat of Territory, Habitat and Housing and the Secretariat of Environment of the Metropolitan District of Quito (MDQ), in cooperation with the Ecuadorian Green Building Council (CEES).
Green Building Materials Fact Sheet: Bamboo
Bamboo has long been used as a traditional building material, and is achieving increasing popularity due to its potential for environmental sustainability. As a construction material, bamboo has similar properties as timber and often uses analogous techniques of structural framing, though the suitability of bamboo for construction is largely dependent on the species.
Green Building Materials Fact Sheet: Concrete
Concrete is the most used man-made material in the world with twice as much concrete used in construction than wood, steel, plastic and aluminum combined. Although concrete has acquired a negative image due to environmental impacts that occur at various stages of its production, sustainable use of concrete is possible by using alternative stablizers and construction techniques and restricting usage to certain building parts.