Abstract

This paper aims to establish a methodology for urban land use planning and management that provides an insight into the hierarchy of priorities between a large number of activities for planning actions, thus contributing to the concept of energy-efficient housing. This methodology includes three aspects of sustainable development: Economic, ecologic, and social, which serve as an overall criterion within which urban planners could make assessments of planned activities. The assessments are the core of the methodology—every aspect is assessed by concerning its costs, consequences on the urban environment, and the effects on the citizens’ quality of life. Ten experts were involved to prove the methodology’s effectiveness. As a result, a hierarchy between the activities is created, which would help an urban planner prioritize and order further activities. The applicability of the hierarchy was tested through a simulation of a reconstruction process of a collective housing area in New Belgrade, Serbia, from the view-point of land use and accessibility. This methodology contributes to the creation of the prioritized groups of activities, and a finalized hierarchy of the activities, while its application is seen in the process of making urban plans, and defining recommendations for its implementation.

Highlights

  • Contemporary urban planning is under a strong influence of the sustainable development platform

  • An analysis of land use was conducted on selected examples of housing communities in European cities that were built following the idea of sustainable development

  • We have focused on sustainable development and its three aspects, as important determinants for further methodology development

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Summary

Introduction

Contemporary urban planning is under a strong influence of the sustainable development platform This implies the involvement of economic, ecological, and social aspects in planning processes and management of urban space and urban land [1,2]. It is recommended that all aspects should be treated while initially analyzing urban space, while the hierarchy of the aspects (which could be different for different situations in the city) should be established in further elaborated urban strategies [3]. All this adds to the complexity of an already compounded situation within urban planning and management. In the period from 2005–2009, a great number of countries have adopted and ratified several international documents regarding energy efficiency, taking over the responsibility to reduce energy consumption within targeted values in a certain timeframe (2020–2030) [6,7,8]

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