Land Cover Mapping in Lake Rawa Pening Using Landsat 9 Imagery and Google Earth Engine

T. R. Fariz, S. Suhardono, Habil Sultan, D. Rahmawati, Erma Zakiy Arifah
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引用次数: 1

Abstract

Lake Rawa Pening, in Semarang Regency, is one of the super lakes of revitalization priority. Lake revitalization is an activity to restore the natural function of the lake as a water reservoir through lake dredging, cleaning of invasive alien plants, and land use planning. This makes land use and land cover information in Lake Rawa Pening useful for formulating policy strategies related to revitalization. This study will discuss land cover mapping in Lake Rawa Pening. Mapping using Landsat 9 Imagery and machine learning on Google Earth Engine (GEE). Machine Learning used in this study is CART and RF. The research result shows that the land cover map with the best accuracy is obtained from machine learning RF with an overall accuracy of around 0.78, while CART machine learning is approximately 0.76. The overall accuracy values for CART and RF are not much different because they are both decision tree-based machine learning. This research needs to be developed using cloud masking, comparing image transformations, and comparing its predecessor data, namely Landsat 8. This is useful for providing representative land cover data as the basis for the policy of revitalizing Lake Rawa Pening.
利用Landsat 9图像和Google Earth引擎绘制拉瓦湖湖的土地覆盖图
位于三宝垄县的拉瓦湖是优先恢复的超级湖泊之一。湖泊振兴是指通过疏浚湖泊、清除外来入侵植物和土地利用规划,恢复湖泊作为水库的自然功能的活动。这使得拉瓦湖的土地利用和土地覆盖信息有助于制定与振兴有关的政策战略。本研究将讨论拉瓦湖的土地覆盖制图。利用Landsat 9图像和谷歌地球引擎(GEE)上的机器学习进行制图。本研究使用的机器学习是CART和RF。研究结果表明,机器学习RF得到的土地覆被图精度最好,总体精度约为0.78,而CART机器学习得到的土地覆被图精度约为0.76。CART和RF的总体精度值没有太大区别,因为它们都是基于决策树的机器学习。本研究需要使用云掩蔽,比较图像变换,并比较其前身数据,即Landsat 8。这有助于提供具有代表性的土地覆盖数据,作为振兴拉瓦湖平湖政策的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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