Sustainable Strategies of Urban Planning

Leyzerova, A V; Sharovarova, E. P.; Алехин, В. Н.

doi:10.1016/j.proeng.2016.07.299

Cited by 20 publications

(6 citation statements)

References 7 publications

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“…As a result of the growing concentration of population, production consumption, and amount of waste generated in the cities, urban systems are becoming more complex. Urban planning requires a more inclusive and sustainable approach in the cities for policymakers and urban planners to create a beautiful, healthy, and ecological environment to comply with the residents' needs [93]. Some scientists analyze CUM through urbanindustrial symbiosis [94,95] (also called industrial and urban symbiosis in some literature).…”

Section: Concept Of Circular Urban Metabolismmentioning

confidence: 99%

Seeking Circularity: Circular Urban Metabolism in the Context of Industrial Symbiosis

Feiferytė-Skirienė

Stasiškienė

2021

Sustainability

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Cities are leading in the implementation of circular economy (CE) principles and sustainable development due to the concentration of knowledge, resources and technology while remaining the highest consumers and producers of resources. CE, urban metabolism (UM) and industrial symbiosis (IS) offer a new more holistic approach based on material and energy flow analysis and materials recovery from waste by creating IS networks to support a new circular urban system (CUM) which contrast to the traditional linear extract-produce-use-dispose model of economic systems. In this paper, we present the concepts of CE, IS and CUM and how the new framework could improve cities transition to sustainability and CE, with detailed CE and IS indicators analysis. We introduce the relations between IS, CE and UM concepts, how they can be used and monitored in the CUM framework. CUM can help unite urban planners, the city’s governance and the business sector to promote collaboration across the city to improve future sustainability and circularity by closing loops.

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Section: Concept Of Circular Urban Metabolismmentioning

confidence: 99%

Seeking Circularity: Circular Urban Metabolism in the Context of Industrial Symbiosis

Feiferytė-Skirienė

Stasiškienė

2021

Sustainability

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“…Green architecture focuses on employing sustainable construction methods; reusing environmentally safe building materials; reducing energy expenditure during construction; and designing buildings to be more energy efficient in the long run. A transition to sustainable architecture approaches in urban planning is necessary to meet urgent climate goals, [39] as building codes and energy efficiency standards impact carbon emissions in urban communities. Building energy codes provide a tool for governments to mandate the construction and maintenance of low-energy buildings, reduce energy use, and cut carbon emissions [40].…”

Section: Plos Onementioning

confidence: 99%

The driving factors behind urban communities’ carbon emissions in the selected urban villages of Jakarta, Indonesia

Fatmah

2023

PLoS ONE

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As there is a high number of urban communities and residential activities like electricity uses, transportation, food consumption, garbage production, and knowledge on climate change and carbon emissions, these affect the resulting carbon emissions in the city. However, the studies learn about the association between household and human activities, socio-demographic characteristic, carbon emissions and climate change knowledge on urban communities carbon emissions at Jakarta are still rare. This study aimed to assess whether daily human behavior, demographic variables, climate change knowledge, and carbon emissions knowledge affecting carbon emissions of urban communities. A cross-sectional study design was performed via a structured questionnaire survey and a jejakkarbonku application towards 200 respondents who were living in the two selected urban villages of Jakarta, Indonesia (Jatinegara and East Cengkareng). The results revealed that the mean urban communities’ carbon emissions in the region were 4.4 tonnes CO2 eq/th. Electricity consumption in the kitchen and dining room produced the most carbon emissions (38.6%), and waste disposal activity produced the least (0.68%). Urban carbon emissions affected by employment status and income level, but not according to food consumption, garbage production, climate change and carbon emission knowledge. Climate change and carbon emissions knowledge influenced by marital and employment status. Although not significant, in theory, these two types of knowledge contribute indirectly to carbon emissions. Further research on the low carbon diet, intervention studies to increase deep awareness on the carbon emissions and climate change is needed to develop strategies reducing carbon emissions at urban communities.

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“…Mendisain pengembangan kota yang sejalan dengan kemampuan daya dukung lingkungan sesungguhnya menciptakan kota yang berkelanjutan, terhindar dari krisis lingkungan perkotaan. Desain kota yang berkelanjutan memainkan peran katalitik untuk perubahan dan peningkatan kualitas lingkungan (Leyzerova et al 2016).…”

Section: Analisis Kemampuan Lahan Aktual Untuk Produksi Panganunclassified

Land Capability of Lewoleba Urban Area for Sustainable Food and Water

Ndoen¹,

Barus²,

Kinseng³

2018

jpsl

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Sustainable land use is an important role for urban existency. Land use that exceeds its capability will damage. Land capability to provide food and water sustainably is a problem in urban development amid the growing trend of urban population. This research purpose to analyze the carring capacity of Lewoleba-capital of Lembata distric-East Nusatenggara, by assessing the land capability at sub-class level, evaluating actual land use with land capability class, analyzing actual land potential to produce food and water for the people's need. The land capability assessment was conducted by superimposing the land physical criteria. Evaluation of actual land suitability was conducted by comparing land capability class to actual land use. The ability of land to provide food and water needs was calculated by comparing it with food and water needs. The result of this research showed the land capability of Lewoleba dominated by high land capability class. Actual land use was aligned to its capability, but the land needed to food production surpass the urban land potential. The water balance was deficit. Thus Lewoleba urban area base on the land capability for food dan water production was not sustainable. So the design of Lewoleba needs to prevent potential land for agriculture in flat areas, also needs to increase the utilization of food resources in the bay of Lewoleba. The availability of water can be sufficient if the potential of rainwater can be harvested before evaporated.

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Sustainable Strategies of Urban Planning

Cited by 20 publications

References 7 publications

Seeking Circularity: Circular Urban Metabolism in the Context of Industrial Symbiosis

Seeking Circularity: Circular Urban Metabolism in the Context of Industrial Symbiosis

The driving factors behind urban communities’ carbon emissions in the selected urban villages of Jakarta, Indonesia

Land Capability of Lewoleba Urban Area for Sustainable Food and Water

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