Determining development density using the Urban Carrying Capacity Assessment System

Oh, Kyoung-Jin; Jeong, Yeun-Woo; Lee, Dongkun; Wangkey, Lee; Choi, Jaeyong

doi:10.1016/j.landurbplan.2004.06.002

Cited by 150 publications

(98 citation statements)

References 6 publications

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“…Development planning through spatial planning serves to support sustainable environment management, no wastage of space utilization and not cause deterioration in the quality of space. To achieve these criteria, developments planning have to consider the environmental carrying capacity (Oh et al, 2005).…”

Section: Environmental Carrying Capacity Based On Land Balance For Evmentioning

confidence: 99%

Environmental Carrying Capacity Based on Land Balance for Evaluation Planning of Spatial and Regional in Solok Regency, West Sumatra

2017

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Act No. 26 of 2007 on Spatial Planning stated that the central and the local government should establish Spatial and Regional Planning (RTRW) by considering environmental carrying capacity. The environmental carrying capacity based RTRW will ensure the balance between the use of natural resources and the prevention of negative impacts on the environment. The objective of this study was to evaluate the implementation of RTRW at Solok Regency Year 2012-2031 which has been established in 2013. Evaluation was conducted by calculating land carrying capacity method to determine land supply and land demand. The results showed that the land use planned as stated in the RTRW increase the land supply in supporting bio-product production to meet the needs of the population, with surplus conditions amounted to 101,005.79 hectares. The future predictions indicated that the carrying capacity of planned land could met the needs of the population bio-product until the year 2121. The evaluation of the spatial pattern plan showed that there was a need to increase the area of housing and settlements in accordance with the rate of population increase and determine the extents area for the development of the livestock sector to improve its yield.

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Section: Environmental Carrying Capacity Based On Land Balance For Evmentioning

confidence: 99%

Environmental Carrying Capacity Based on Land Balance for Evaluation Planning of Spatial and Regional in Solok Regency, West Sumatra

2017

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“…Innymi słowy, jest to pewna skala rozwoju społecz-no-gospodarczego, która umożliwia utrzymanie istniejącego systemu naturalnego (Rees, Wackernagel, 1996;Tole, 2004;Oh, Jeong, Lee, Lee, Choi, 2005). Zastosowanie wskaźników demograficznych w planowaniu przestrzennym ma na celu przede wszystkim ochronę przed nadmiernym rozwojem terenów inwestycyjnych pod zabudowę mieszkaniową (Kowalewski i in., 2014).…”

Section: Chłonność (Pojemność) Demograficznaunclassified

Population absorptive capacity as a category used in the process of sustainable spatial planning in a commune

Idczak

Mrozik

2017

Studia I Prace WNEiZ

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1 StreszczenieProces planowania przestrzennego w gminach powinien odbywać się z pełnym poszanowaniem zasady rozwoju zrównoważonego. Na obszarach będących pod silnym odziaływaniem procesu suburbanizacji proces ten często przyjmuje charakter spontaniczny i prowadzi do decyzji, które skutkują nadpodażą gruntów przeznaczonych na inwestycje w stosunku do racjonalnych potrzeb. Analizując przykład planowania przestrzennego w gminie Dopiewo z wykorzystaniem demograficznych wskaźników oceny zagospodarowania przestrzeni, potwierdzono powyższe twierdzenie i wykazano, że planowanie przestrzenne w niedostatecznym stopniu uwzględnia zasady rozwoju zrównoważonego i trwałego.Słowa kluczowe: chłonność demograficzna, rozbieżność demograficzna, planowanie przestrzenne, suburbanizacja, rozwój zrównoważony, gmina Dopiewo.

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“…1). To sum it up, the urban carrying capacity concept is defined as the level of human activities that can be sustained by the environment without causing degradation or irreversible damage [3]. …”

Section: A Environmental Carrying Capacitymentioning

confidence: 99%

A Development Density Allocation Model based on Environmental Carrying Capacity

Lee¹,

Oh²

2012

IJESD

Self Cite

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Abstract-This study developed a development density allocation model for sustainable urban development based on environmental carrying capacity theory and ubiquitous technology. The environmental standard of NO 2 was used as the indicator to calculate the largest development density because it is a crucial air pollutant source in Korea. The process of allocating development densities consisted of 3 steps; trajectory analysis, air pollutants dispersion analysis, and development densities allocation. First, trajectory analysis was applied to pre-development conditions such as emission volume and locations. The additional pollutants emission volume caused by new urban development was inputted to employ the air pollutants dispersion model. Secondly, the air pollutants dispersion model was used to identify concentrations of air pollutants dispersed by the additional pollutants. Comparing air pollutant concentrations with environmental standards, the suitable population density of the development area was calculated. Finally, population density was allocated based on the results of the pollutants dispersion analysis. The results of the development density allocation model can be useful for preparing density and land-use maps in planning processes. IndexTerms-Environmental carrying capacity, development density, ubiquitous technology.

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Determining development density using the Urban Carrying Capacity Assessment System

Cited by 150 publications

References 6 publications

Environmental Carrying Capacity Based on Land Balance for Evaluation Planning of Spatial and Regional in Solok Regency, West Sumatra

Environmental Carrying Capacity Based on Land Balance for Evaluation Planning of Spatial and Regional in Solok Regency, West Sumatra

Population absorptive capacity as a category used in the process of sustainable spatial planning in a commune

A Development Density Allocation Model based on Environmental Carrying Capacity

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