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"Urban planning refers to the process of development of the land and infrastructure of a place. It also includes development of transportation, distribution networks, communications, public welfare, and urban design, etc. It integrates the elements of civil engineering and urban architecture to help in the growth and development of the cities. This book includes some of the vital pieces of work being conducted across the world, on various topics related to urban planning. The aim of the book is to present researches that have transformed this discipline and aided its advancement. It is a vital tool for all researching and studying this field. -- from publisher's website."

"Penelitian ini bertujuan untuk mengembangkan indeks dan kerangka kerja kota cerdas berbasis lingkungan secara komprehensif dengan kerangka kerja Driver-Pressure-State-Impact-Response (DPSIR) untuk mengukur kinerja kota Jakarta untuk menjadi kota cerdas berkelanjutan. Penulis memasukkan indikator ekologi dan data perubahan lahan dalam deret waktu spasial (spatiotemporal) dan variabel persepsi perilaku masyarakat sebagai kebaruan dari penelitian sebelumnya, sehingga hasilnya dapat digunakan sebagai suatu kerangka evaluasi kinerja kota-kota di dunia dan dapat dikembangkan untuk penelitian lebih lanjut. Metode penelitian menggunakan metode bobot entropi dan metode Partial Least Square-Structural Equation Modeling (PLS-SEM). Hasilnya dengan pengolahan data sekunder dan data primer persepsi sosial, ditemukan 7 (tujuh) indikator ekologi yaitu kecepatan angin, suhu, curah hujan, konsentrasi rata-rata tahunan Indeks Standar Pencemar Udara (ISPU), kelembaban, pH tanah, dan data perubahan lahan secara spatiotemporal melalui Indeks Vegetasi yang terbukti sangat berpengaruh untuk menilai kondisi ekologi lingkungan perkotaan, khususnya di kota Jakarta dengan kerangka kerja DPSIR. Kesimpulan dari penelitian ini, Jakarta sebagai sebuah kota saat ini mempunyai masalah kebutuhan air bersih, pengelolaan limbah air dan sampah, kebutuhan listrik, kebutuhan ruang terbuka hijau, dan kualitas udara seiring dengan pertumbuhan penduduknya sampai 10,61 juta jiwa pada akhir tahun 2021 dan menghasilkan pengembangan sebuah kerangka kerja untuk mendeteksi, dan mengerti keadaan sebuah kota dengan melakukan evaluasi secara komprehensif keadaan dan kinerja lingkungan sebuah kota cerdas berkelanjutan.

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This study aims to develop a comprehensive index and framework for a smart city based on the environment with the Driver-Pressure-State-Impact-Response (DPSIR) framework to measure the performance of the city of Jakarta to become a smart sustainable city. The author incorporates ecological indicators and land change data in a spatial time series (spatiotemporal) and variables of perceptions of people's behaviour as a novelty from previous research, so that the results can be used as a framework for evaluating the performance of cities in the world and can be developed for further research. The research method uses the entropy weight method and the Partial Least Square-Structural Equation Modeling (PLS-SEM) method. As a result, by processing secondary data and primary data on social perception, 7 (seven) ecological indicators were found, namely wind speed, temperature, rainfall, annual average concentration of the Standard Air Pollutant Index (ISPU), humidity, soil pH, and land change data on an annual basis. spatiotemporal through the Vegetation Index which is proven to be very influential for assessing the ecological conditions of the urban environment, especially in the city of Jakarta with the DPSIR framework. The conclusion from this study, Jakarta as a city currently has problems with the need for clean water, wastewater and waste management, electricity demand, green open space requirements, and air quality as its population grows to 10.61 million people by the end of 2021 and resulting in the development of a framework for detecting and understanding the state of a city by comprehensively evaluating the state and environmental performance of a sustainable smart city. "

"Contents :Setting the context for evaluating sustainable development -- Time and sustainability -- Approaches to evaluation -- Indicators and measures -- Assessment methods -- A proposed framework for evaluating sustainable development -- The framework as a structuring tool : case studies -- Towards management systems and protocols -- Education and research."

"This volume presents new information and strategies for managing the energy crisis from the perspective of growing economies. It includes numerous case studies that illustrate the particular challenges encountered by developing countries."

"Communicates sound, up-to-date ecological principles to the urban design community to help improve the ecological function of designed and built landscapes Identifies novel environmental research directions needed to support basic urban ecology as well as sustainable and resilient urban design Articulates new criteria for assessing good ecological urban design while engaging the design imagination Contributions by leading voices in the design and ecological communities The contributors to this volume propose strategies of urgent and vital importance that aim to make today's urban environments more resilient. Resilience, the ability of complex systems to adapt to changing conditions, is a key frontier in ecological research and is especially relevant in creative urban design, as urban areas exemplify complex systems. With something approaching half of the world's population now residing in coastal urban zones, many of which are vulnerable both to floods originating inland and rising sea levels, making urban areas more robust in the face of environmental threats must be a policy ambition of the highest priority. The complexity of urban areas results from their spatial heterogeneity, their intertwined material and energy fluxes, and the integration of social and natural processes. All of these features can be altered by intentional planning and design. The complex, integrated suite of urban structures and processes together affect the adaptive resilience of urban systems, but also presupposes that planners can intervene in positive ways. As examples accumulate of linkage between sustainability and building/​landscape design, such as the Shanghai Chemical Industrial Park and Toronto's Lower Don River area, this book unites the ideas, data, and insights of ecologists and related scientists with those of urban designers. It aims to integrate a formerly atomized dialog to help both disciplines promote urban resilience."