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Vegetation Composition Mapping Using OBIAon High Spatial resolution Image (Case Study:HutanTidar,Magelang)

机译:使用OBIA在高空间分辨率图像上进行植被成分映射(案例研究:HutanTidar,Magelang)

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As time goes by, remote sensing developments have same way with development of technology especially in sensor and plane. This also extend on remote sensing application such as vegetation object. Diversity of vegetation make vegetation object very interesting to be studied.Development of data ability on remote sensing who can record object very detail make remote sensing possible to give information more detail about forest resources such as vegetation composition. Vegetation interpretation and classification have some of method, one of method are commonly use is pixel based classification. The problems for this method on high spatial resolutionimage are salt and paper who appear in result of classification because information fromhigh resolution image pixel value is sub-pixel from variation of vegetation composition. Vegetation compositionvariation was not represented at pixel level but rather at the level of the area or cluster of pixels. This research aimed for mapping the vegetation composition using OBIA method (Object based image analysis) on high resolution image Worldview-2 as alternative from pixel based classification method. OBIA has advantages than pixel based classification because OBIA not just use per-pixel value but also uses color aspect, shape, scale and more of that, depend on software so it can cover the weakness of pixel based classification. Cases study for this research on Hutan Tidar Magelang which are tropical forest with have vegetation composition heterogen enough so it's considered to represent the condition of Indonesia forest. The result of this research provides understanding about accuracy OBIA to composition vegetation mapping on heterogen forest.
机译:随着时间的流逝,遥感技术的发展与技术的发展有着相同的方式,特别是在传感器和飞机领域。这也扩展到了诸如植被物体之类的遥感应用中。植被的多样性使人们对植被的研究变得非常有趣。遥感数据能力的发展使人们能够非常详细地记录物体,这使得遥感技术能够提供有关森林资源(例如植被组成)的更多信息。植被的解释和分类有一些方法,一种常用的方法是基于像素的分类。由于来自高分辨率图像像素值的信息是来自植被组成变化的亚像素,因此该方法在高空间分辨率图像上的问题是盐和纸张,它们会在分类结果中出现。植被组成的变化不代表像素水平,而是代表像素区域或簇的水平。这项研究旨在使用OBIA方法(基于对象的图像分析)在高分辨率图像Worldview-2上绘制植被组成,以替代基于像素的分类方法。 OBIA比基于像素的分类具有优势,因为OBIA不仅使用每个像素的值,而且还使用颜色方面,形状,比例等等,并且依赖于软件,因此它可以弥补基于像素的分类的缺点。该研究的案例研究是在Hutan Tidar Magelang上,这是一种热带森林,具有足够的植被组成异质性,因此被认为可以代表印度尼西亚森林的状况。这项研究的结果提供了对异质林组成植被测绘的精度OBIA的理解。

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