URBAN REGENERATION WITH CARBON ECONOMY

In Turkey, approximately 6.5 million dwelling units are deemed to be under disaster risks and it has become a government policy to rebuild this building stock. In order to fulfill the financial dimension of this urban regeneration attempt, the Ministry of Environment and Urbanization has developed a...

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Veröffentlicht in:WIT Transactions on Ecology and the Environment 2017-01, Vol.223, p.125
Hauptverfasser: YALAZI, BÜLENT, TUĞÇE SÖNMEZ SANER, MANAP, AYŞE ŞEYMA, Sayin, Evren, ONAT, ÇAĞATAY MUŞTA
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container_start_page 125
container_title WIT Transactions on Ecology and the Environment
container_volume 223
creator YALAZI, BÜLENT
TUĞÇE SÖNMEZ SANER
MANAP, AYŞE ŞEYMA
Sayin, Evren
ONAT, ÇAĞATAY MUŞTA
description In Turkey, approximately 6.5 million dwelling units are deemed to be under disaster risks and it has become a government policy to rebuild this building stock. In order to fulfill the financial dimension of this urban regeneration attempt, the Ministry of Environment and Urbanization has developed a planning standard called “Sustainably Performed Urban Regeneration” SuPerUrban to mobilize the economies of sustainable living styles. Compared with the classical urban planning approaches, the environment friendly planning and urban design standard has focused on reducing the carbon footprint of the redevelopment and to create a new urban lifestyle in terms of the use of land, energy, water, natural resources and transportation. SuPerUrban reduces living costs of the households and local government expenditures and provide efficiencies that can be measured with the reduced percentage of the overall carbon footprint. Eventually, while being urban friendly it provides the means for the households to finance their share of the cost of regeneration with their reduced daily expenditures. In order to facilitate the model, carbon footprint calculation tool is developed to assist the project owners at both the neighborhood and building levels. Certain technology alternatives are provided to choose and compare the savings and reductions easily from the web. A pilot project is also developed using the standard and the tool in Eskişehir, Turkey. The technologies to be used in the project are intended to be produced in the area in order to provide jobs and create a green economy.
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In order to facilitate the model, carbon footprint calculation tool is developed to assist the project owners at both the neighborhood and building levels. Certain technology alternatives are provided to choose and compare the savings and reductions easily from the web. A pilot project is also developed using the standard and the tool in Eskişehir, Turkey. 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subjects Carbon
Carbon footprint
Design standards
Environmental accounting
Environmental economics
Environmental impact
Expenditures
Government policy
Green economy
Households
Local government
Natural resources
Neighborhoods
Public policy
Redevelopment
Transportation
Urban areas
Urban planning
Urban regeneration
Urban renewal
Urbanization
title URBAN REGENERATION WITH CARBON ECONOMY
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