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Analysis of Land Cover Changes and Landscape Fragmentation in Batanghari Regency, Jambi Province

机译:占碑省八打雁里摄政区土地覆盖变化与景观破碎化分析

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Multi-temporal satelite imagery and digital change detection technique help in understanding land use-cover change (LUCC). The record of land use-cover changes provide the direction and can be used as guidelines to identify issues, problems, and guidelines for landscape planning. This study was conducted in Batanghari, Jambi Province. The purposes of this study are to analyze the characteristics of pattern of land cover changes with long temporal scale (1988 - 2014), to analyze driving factors of land use changes, and to analyze land fragmentation. LUCC maps (1988, 1994, 2004, & 2014) were derived from remote sensing satellite images using supervised classification method (maximum likelihood) in ERDAS 9.3 Software, to define driving factors used regression binary logistic analysis in IDRISI Selva Software. Largest patch index (LPI) was also used to assess the fragmentation or dominance of LUCC type. The results showed Logit Y= -0.14 – 0.0800 X 1 – 0.07360 X 2 + 0.02468 X 3 + 0.44584 X 4 – 0.02382 X 5 + 0.02769 X 6 . The highest land fragmentation occur in Mersam, Marosebo Ulu, and Tembesi.
机译:多时相卫星影像和数字变化检测技术有助于理解土地利用-覆盖变化(LUCC)。土地用途覆盖变化的记录提供了方向,并且可以用作识别问题,问题的指南和景观规划的指南。这项研究是在占碑省八打雁里进行的。本研究的目的是分析长期尺度(1988-2014年)土地覆盖变化格局的特征,分析土地利用变化的驱动因素,并分析土地分割。使用ERDAS 9.3软件中的监督分类方法(最大似然)从遥感卫星图像中提取LUCC地图(1988、1994、2004和2014),以使用IDRISI Selva软件中的回归二进制逻辑分析来定义驱动因素。最大补丁指数(LPI)也用于评估LUCC类型的片段化或优势。结果显示Logit Y = -0.14 – 0.0800 X 1 – 0.07360 X 2 + 0.02468 X 3 + 0.44584 X 4 – 0.02382 X 5 + 0.02769 X 6。最高的土地破碎化发生在Mersam,Marosebo Ulu和Tembesi。

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