Impact assessment of rapid development on land use changes in coastal areas; case of Kuala Langat district, Malaysia

Pourebrahim, Sharareh; Hadipour, Mehrdad; Mokhtar, Mazlin

doi:10.1007/s10668-014-9585-y

Cited by 18 publications

(14 citation statements)

References 20 publications

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“…Most studies used Maximum Likelihood Classifier (MLC) combined with post-classification change detection. With this method and moderateresolution data, Dewan and Yamaguchi (2009) studied the urban expansion of Dhaka, Bangladesh from 1975to 2003Jin-Song et al (2009) revealed newly added built-in area in Hangzhou, China, from 2001to 2003Faid and Abdulaziz (2012) explored land cover change pattern from 1998 to 2008 due to agricultural development and urban growth in Kom Ombo desert, Egypt; Hepcan et al (2013) studied the urban growth of Izmir, Turkey; Moghadam and Helbich (2013) established the relationship between the expansion of urban built-up area and the retreat of open land and cropland in Mumbai, India, from 1973Boori et al (2015) found the land cover change and corresponding population growth and decline in Samara, Russia, from 1972Russia, from to 2009Hassan et al (2016) showed that cropland, built-up areas and water bodies increased, and forest and bare land decreased in Islamabad from 1992 to 2012; Pourebrahim et al (2015) revealed land cover changes in Kuala Langat district, Malaysia, from 1988 to 2010 and predicted urban growth pattern in 2025; Morshed et al (2017) indicated that the sprawl of Dhaka City, Bangladesh, were relevant to the shrinking of natural vegetation, farmland and water body from 1989 to 2014; Fenta et al (2017) showed the relationship between the growth rate of built-up area and land cover type conversion in Mekelle, Ethiopia, from 1984 to 2014; Sandamali et al (2018) studied the urban land cover change in Kuala Langat district, Malaysia, from 1980 to 2010; Enoguanbhor et al (2019) found that the urban growth in Abuja, Nigeria, was at the cost of the reduction of vegetation area from 1987 to 2017. Besides, few studies tried new methods.…”

Section: Literature Reviewmentioning

confidence: 99%

Urban growth sustainability of Islamabad, Pakistan, over the last 3 decades: a perspective based on object-based backdating change detection

Liu

din

Jiang³

2020

GeoJournal

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Urban growth copes with problems in sustainable development. In developing countries, particularly, sustainable development of urban growth copes with severe challenges with respect to sluggish economic and social growth, population boom, environmental deterioration, unemployment, slums and so on. Time series of remote sensing data provide critical support on sustainability assessment. However, the urban spatial extend cannot be accurately extracted from land cover data. Targeting the urban growth and its sustainability in Islamabad, the capital of Pakistan, this study extracts urban area from four periods of Landsat images between 1990 and 2018 using an innovative object-based backdating change detection method and two criteria for extracting urban land from impervious surface. We prove that impervious surface cover and urban area increased 273.10% and 426.21%, respectively, over the last 3 decades. We identify five factors playing important role in urban growth: population, transportation systems, master planning, industrial and real estate development, and neighbor urban effect. In this study, we assess the socioeconomic sustainability associated with slum growth and census data, and the environmental sustainability in relation to the variations of normalized difference vegetation index (NDVI) in forest areas. We found that slums increased with the corresponding growth of urban area and population, reflecting sluggish economic increase in Islamabad. We found that the area of woodland increased 9.29%, but its NDVI decreased from 0.668 to 0.551, implying a deteriorative trend of environmental condition. Keywords Land cover Á Impervious surface Á Change detection Á Urban growth Á Islamabad Á Sustainability Y. Liu (&) Á Shaker ul din

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Section: Literature Reviewmentioning

confidence: 99%

Urban growth sustainability of Islamabad, Pakistan, over the last 3 decades: a perspective based on object-based backdating change detection

Liu

din

Jiang³

2020

GeoJournal

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“…Meanwhile, hyperspectral images are useful in discriminating various mangrove species [17]. In Malaysia mangrove ecosystems have been studied using various remote sensing data for mangrove detection/areal delineation [18][19][20][21], mangrove change detection [22][23][24][25][26][27][28][29], mangrove species classification [21,30,31], and biomass of mangrove forest [5]. Change detection of mangrove areas using satellite data has been conducted in Malaysia at a local scale.…”

Section: Introductionmentioning

confidence: 99%

Satellite Images for Monitoring Mangrove Cover Changes in a Fast Growing Economic Region in Southern Peninsular Malaysia

et al. 2015

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Effective monitoring is necessary to conserve mangroves from further loss in Malaysia. In this context, remote sensing is capable of providing information on mangrove status and changes over a large spatial extent and in a continuous manner. In this study we used Landsat satellite images to analyze the changes over a period of 25 years of mangrove areas in Iskandar Malaysia (IM), the fastest growing national special economic region located in southern Johor, Malaysia. We tested the use of two widely used digital classification techniques to classify mangrove areas. The Maximum Likelihood Classification (MLC) technique provided significantly higher user, producer and overall accuracies and less "salt and pepper effects" compared to the Support Vector Machine (SVM) technique. The classified satellite images using the MLC technique showed that IM lost 6740 ha of mangrove areas from 1989 to 2014. Nevertheless, a gain of 710 ha of OPEN ACCESSRemote Sens. 2015, 7 14361 mangroves was observed in this region, resulting in a net loss of 6030 ha or 33%. The loss of about 241 ha per year of mangroves was associated with a steady increase in urban land use (1225 ha per year) from 1989 until 2014. Action is necessary to protect the existing mangrove cover from further loss. Gazetting of the remaining mangrove sites as protected areas or forest reserves and introducing tourism activities in mangrove areas can ensure the continued survival of mangroves in IM.

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“…Guna tanah merujuk kepada penggunaan, pengurusan serta transformasi manusia terhadap tanah berdasarkan ciri-ciri fizikal dan ekologi serta keperluan manusia termasuk keperluan asas, pembangunan sosioekonomi rekreasi dan sebagainya (Bajocco et al, 2012;Pijanowski & Robinson, 2011;Pourebrahim et al, 2015;Zhao et al, 2017). Sistem guna tanah merupakan sebuah sistem yang kompleks dan dinamik namun boleh dikawal (Pei & Pan, 2010) berpandukan pengurusan yang tertentu.…”

Section: Kajian Literaturunclassified

Analisis perubahan guna tanah Negeri Sembilan melalui aplikasi Sistem Maklumat Geografi (GIS)

Ahmad

Mustafa

2019

GEOGRAFIA

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AbstrakPerubahan guna tanah sesuatu kawasan yang menuntut eksploitasi terhadap alam sekitar telah menimbulkan pelbagai isu berkaitan dengan guna tanah seperti kawasan hutan telah digantikan dengan kawasan perbandaran dan kawasan pertanian. Tujuan kajian ini dijalankan adalah untuk mengkaji pola perubahan guna tanah di Negeri Sembilan daripada perspektif ruang dan masa antara tahun 1961 dan 2014, serta mengkaji faktor pendorong perubahan guna tanah yang berlaku. Data guna tanah yang digunakan dalam kajian ini ialah peta guna tanah Negeri Sembilan tahun 1961 dan 2014 serta data sekunder lain. Guna tanah di kawasan kajian telah dibahagikan kepada empat jenis iaitu guna tanah bandar, guna tanah pertanian, guna tanah hutan dan guna tanah lain-lain. Hasil analisis menggunakan ArcGIS 9.3 telah menunjukkan perubahan yang ketara dalam setiap jenis guna tanah. Proses analisis tindanan peta dilakukan bagi mengetahui perubahan keluasan yang berlaku pada setiap jenis guna tanah. Guna tanah pertanian mengalami perubahan paling tinggi dari tahun 1961 sehingga 2014, manakala guna tanah perbandaran mengalami perubahan paling rendah. Guna tanah hutan pula telah mengalami pengurangan dari tahun 1961 sehingga 2014. Perubahan guna tanah berlaku disebabkan oleh beberapa faktor iaitu penambahbaikan polisi melalui Akta Perancangan Bandar dan Desa 1976, pertambahan populasi penduduk, jaringan pengangkutan, ekonomi dan konurbasi bandar Kuala Lumpur. Kajian ini dilihat dapat membantu dalam proses pembuatan keputusan bagi mengawal perubahan dan perancangan guna tanah yang berlaku dalam cara yang lebih sistematik dan memastikan kemampanan alam sekitar pada masa akan datang.

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Impact assessment of rapid development on land use changes in coastal areas; case of Kuala Langat district, Malaysia

Cited by 18 publications

References 20 publications

Urban growth sustainability of Islamabad, Pakistan, over the last 3 decades: a perspective based on object-based backdating change detection

Urban growth sustainability of Islamabad, Pakistan, over the last 3 decades: a perspective based on object-based backdating change detection

Satellite Images for Monitoring Mangrove Cover Changes in a Fast Growing Economic Region in Southern Peninsular Malaysia

Analisis perubahan guna tanah Negeri Sembilan melalui aplikasi Sistem Maklumat Geografi (GIS)

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