以生态为基础的城市形态保护:控制双城增长模式的融合

Syed Lakhte Hyder, Luo Feng, Zil-e Huma
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摘要

本文从当代视角分析了双城背景下两种不同城市形态的融合及其保护。尽管伊斯兰堡和拉瓦尔品第作为巴基斯坦的孪生城市高度相互依存和紧密联系,但它们的城市形态编织着相反的地貌,由于城市群的进程,这很容易合并。这两个城市都被希腊建筑师C.A Doxiadis概念化为“动态大都市”,这是基于几何学的决定因素,但由于治理问题而恶化。保护的方法论方法概述了保护未来可控增长和人类生活质量的标准,这是不可能通过老城的静态形式实现的。因此,采用的方法通过分析现有文献、地图、照片、案例研究和问卷调查,在微观(社区尺度)和宏观(城市尺度)两个尺度上考察伊斯兰堡,以找出偏离原始Ekistics变量(如模数和动态)的原因。这项研究认为,保护不仅从理论角度来看是重要的,而且因为伊斯兰堡是第一个大规模应用ekistics的城市,被设计为“未来之城”。本研究确定了阻碍城市发展的几个挑战,如快速城市化、住房供需缺口、土地价格难以承受、地理要素不平衡和混合使用较少。通过对模量的几何对数尺度的修正和对动力学的新维度提出了解决方案。最后,如果没有在合适的时间提出保护方法,不仅会对物理形态产生不利影响,而且会影响人类住区科学的敏感性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONSERVATION OF EKISTICS-BASED URBAN FORM: CONTROLLING AMALGAMATION OF TWIN CITY GROWTH PATTERN
This paper analyzes the amalgamation of two different urban forms in the context of twin cities and their conservation according to the contemporary approaches. Despite high interdependence and close connectedness of Islamabad and Rawalpindi as its twin city in Pakistan, their urban forms weave inverse physiognomies, which is vulnerable to amalgamate due to the conurbations process. Both city were conceptualized as “Dyna-metropolis” by Greek architect C.A Doxiadis based on ekistics determinant but deteriorated due to governance issues. The methodological approach for conservation outlines the criteria that protect the future controlled growth and quality to human life, which is not possible through a static form of the old city. Therefore, the adopted method examined Islamabad on two scales like micro (neighborhood-scale) and macro (city-scale) through analysing existing literatures, maps, photographs, case studies and questionnaires to identify the causes of diversion from original Ekistics variables such as modulus and dynapolis. This study argues that conservation is significant not only from the theoretical perspective but also because Islamabad is the first large-scale application of ekistics, designed as ‘city of future’. This study identified several challenges hindering urban development such as rapid urbanization, demand and supply gap of housing, Unaffordable land value, imbalance of ekistics elements and less mix use. The solutions are proposed through the revision of the ekistics logarithm scale for modulus and a new dimension to dynapolis. Finally, if the conservation method is not proposed at the right time, it will not only produce adverse effects on the physical morphology but also affects sensitivity to the science of human settlement.
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