Spatial temporal clustering for hotspot using kulldorff scan statistic method (KSS): A case in Riau Province

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The forest fires in Indonesia occurs frequently in the dry season. Almost all the causes of forest fires are caused by the human activity itself. The impact of forest fires is the loss of biodiversity, pollution hazard and harm the economy of surrounding communities. To prevent fires required the method, one of them with spatial temporal clustering. Spatial temporal clustering formed grouping data so that the results of these groupings can be used as initial information on fire prevention. To analyze the fires, used hotspot data as early indicator of fire spot. Hotspot data consists of spatial and temporal dimensions can be processed using the Spatial Temporal Clustering with Kulldorff Scan Statistic (KSS). The result of this research is to the effectiveness of KSS method to cluster spatial hotspot in a case within Riau Province and produces two types of clusters, most cluster and secondary cluster. This cluster can be used as an early fire warning information. © Published under licence by IOP Publishing Ltd. View source
Year

2017

Publisher

Institute of Physics Publishing

Volume

54

DOI

http://dx.doi.org/10.1088/1755-1315/54/1/012056

Language

Keyword(s)

Biodiversity, Biohazards, Deforestation, Environmental engineering, Fire hazards, Fireproofing, Food supply, Forestry, Early indicators, Human activities, Initial information, Pollution hazards, Scan statistics, Spatial temporals, Temporal dimensions, Warning informations, Fires

Classification
Form: Conference Proceedings
Geographical Area: Indonesia

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