Towards democracy in spatial planning through spatial information built by communities: The investigation of spatial information built by citizens from participatory mapping to volunteered geographic information in Indonesia
Abstract:Abstract. Recently, crowd-sourced information is used to produce and improve collective knowledge and community capacity building. Triggered by broadening and expanding access to the Internet and cellular telephones, the utilisation of crowd-sourcing for policy advocacy, egovernment and e-participation has increased globally [1]. Crowd-sourced information can conceivably support government's or general social initiatives to inform, counsel, and cooperate, by engaging subjects and empowering decentralisation an… Show more
“…Citizen-led initiatives, such as participatory GIS (PGIS), facilitate community self-organization and independence, both of which differ significantly in their objectives, outcomes and modalities of participation from governmental and institution-led forms of PPGIS [11,34,47]. Distinct from PGIS and PPGIS, volunteered geographic information (VGI) typically refers to cartographic forms of citizen science in such varied contexts as crowdsourcing national geospatial data, environmental monitoring (both active and passive), and disaster management [48][49][50]. This paper focuses on webbased geoparticipation projects initiated by local government agencies in urban planning.…”
Web-based participatory mapping technologies are being increasingly harnessed by local governments to crowdsource local knowledge and engage the public in urban planning policies as a means of increasing the transparency and legitimacy of planning processes and decisions. We refer to these technologies as “geoparticipation”. Current innovations are outpacing research into the use of geoparticipation in participatory planning practices. To address this knowledge gap, this paper investigates the objectives of web-based geoparticipation and uses empirical evidence from online survey responses related to 25 urban planning projects in nine countries across three continents (Europe, North America, and Australia). The survey adopts the objectives of the Spectrum for Public Participation that range from information empowerment, with each category specifying promises about how public input is expected to influence decision-making (IAP2, 2018). Our findings show that geoparticipation can leverage a ‘middle-ground’ of citizen participation by facilitating involvement alongside consultation and/or collaboration. This paper constitutes a pilot study as a step toward more robust and replicable empirical studies for cross-country comparisons. Empowerment (or citizen control) is not yet a normative goal or outcome for web-based geoparticipation. Our evidence also suggests that information is pursued alongside other objectives for citizen participation, and therefore functions not as a “low-hanging fruit” as portrayed in the literature, but rather as a core component of higher intensities of participation.
“…Citizen-led initiatives, such as participatory GIS (PGIS), facilitate community self-organization and independence, both of which differ significantly in their objectives, outcomes and modalities of participation from governmental and institution-led forms of PPGIS [11,34,47]. Distinct from PGIS and PPGIS, volunteered geographic information (VGI) typically refers to cartographic forms of citizen science in such varied contexts as crowdsourcing national geospatial data, environmental monitoring (both active and passive), and disaster management [48][49][50]. This paper focuses on webbased geoparticipation projects initiated by local government agencies in urban planning.…”
Web-based participatory mapping technologies are being increasingly harnessed by local governments to crowdsource local knowledge and engage the public in urban planning policies as a means of increasing the transparency and legitimacy of planning processes and decisions. We refer to these technologies as “geoparticipation”. Current innovations are outpacing research into the use of geoparticipation in participatory planning practices. To address this knowledge gap, this paper investigates the objectives of web-based geoparticipation and uses empirical evidence from online survey responses related to 25 urban planning projects in nine countries across three continents (Europe, North America, and Australia). The survey adopts the objectives of the Spectrum for Public Participation that range from information empowerment, with each category specifying promises about how public input is expected to influence decision-making (IAP2, 2018). Our findings show that geoparticipation can leverage a ‘middle-ground’ of citizen participation by facilitating involvement alongside consultation and/or collaboration. This paper constitutes a pilot study as a step toward more robust and replicable empirical studies for cross-country comparisons. Empowerment (or citizen control) is not yet a normative goal or outcome for web-based geoparticipation. Our evidence also suggests that information is pursued alongside other objectives for citizen participation, and therefore functions not as a “low-hanging fruit” as portrayed in the literature, but rather as a core component of higher intensities of participation.
“…Hambatan yang muncul dalam penanggulangan bencana tsunami adalah pemanfaatan ruang pesisir yang tidak sebagaimana mestinya, seperti contoh wilayah pembangunan break water yang digunakan untuk pariwisata (Subagiyo, Kurniawan, dan Yudono 2017). Untuk menghindari dampak negatif dari pemanfaatan wilayah pesisir tersebut dapat diminimalisir terjadinya konflik antar kepentingan dan perlu diadakan penataan yang bertujuan untuk mengakomodasi kepentingan masyarakat dengan memperhatikan potensi, daya dukung, dan kearifan lokal di wilayah pesisir (Yudono 2017). Pengurangan resiko bencana pesisir dapat dilakukan melalui banyak cara, menentukan jalur evakuasi, maupun menyusun wilayah penanggulangan bencana perlu dilakukan untuk meminimalisir kerusakan yang terjadi (Asyari et al 2021).…”
Tsunami merupakan bencana yang jarang terjadi namun cukup memberikan kerusakan yang parah terhadap daerah pesisir yang terkena dampaknya. Banyaknya korban jiwa dan juga harta benda disebabkan oleh kurangnya kesiapan masyarakat dalam menghadapi bencana tsunami, sehingga perlu adanya studi tentang ketahanan wilayah pesisir dalam menghadapi bencana tsunami. Langkah awal untuk membangun ketahanan bencana tsunami adalah mengidentifikasi karakteristik ancaman, kerentanan dan resiko bencana tsunami. Sistem Informasi Geografis (SIG) digunakan dalam memetakan kerentanan suatu daerah terhadap bencana tsunami, dengan parameter kerentanan antara lain kemiringan lahan, tingkat elevasi daratan, penggunaan lahan dan jarak dari garis pantai, dan diolah dengan metode Weighted Overlay Analysist. Hasil dari identifikasi variabel kerentanan tsunami menunjukkan bahwa nilai kemiringan lahan antara 2- 6% tergolong rentan, elevasi daratan antara 5 – 10 meter tergolong rentan, penggunaan lahan yang didominasi pertanian tergolong rentan, dan jarak dari garis pantai yang memiliki kerentanan sangat besar apabila semakin dekat dengan pantai. Hasil pengolahan data dengan Weighted Overlay Analysist dari beberapa parameter kerentanan menunjukkan bahwa sebagian besar daerah di Kabupaten Cilacap memiliki kerentanan tsunami dalam kategori Cukup Rentan hingga Rentan, sehingga perlu adanya tindakan penyadaran masyarakat akan bahaya tsunami, penetapan jalur evakuasi tsunami, serta upaya relokasi, adaptasi, dan proteksi di wilayah pesisir.
“…Social jealousy in society is caused by indications of misuse and mismanagement of social assistance, so the Community's role is essential in supporting government transparency in terms of the management of social aid [2], [3], [4], [5], [21], [22]. Therefore, a community-based system model is needed that can contribute comparative information to the government in evaluating government policies on the distribution of social assistance that has been running [4], [6], [7], [23], [24]. The comparison information is in the form of pictures of houses and other parameters that become a reference for beneficiaries.…”
The government's role in providing social assistance to reduce poverty has been going very well. However, in practice, there are obstacles to collecting and verifying data on prospective beneficiaries, so fast, precise, and accurate information is needed through the participation of the Community or Community to provide information regarding potential beneficiaries—social assistance. This study's goal is to create and develop a model of the Volunteered Geographic Information (VGI) system involving the participation of the Community to determine the effectiveness of the distribution of social assistance by the government and to support the role of a transparent government or good government. This research method is descriptive research with quantitative and qualitative descriptive approaches. This system also refers to the design, development, and stages of the VGI system process suitable for a crowd or community-based approach. The expected result is a VGI-based geographic information system: First: Collect and observe data on social assistance recipients in Aceh Tengah district, Aceh Province. Second: Designing and implementing a VGI-based geographic information system. Third: System testing through two stages: system functional and non-functional testing. The final results of this research are a web-based VGI Social Assistance system model and, for volunteers, the Android-based VGI Social Assistance application.
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