Identification of Paddy Planted Area Using ALOS PALSAR Data

R. Shofiyati, Ishak Hanafiah Ismullah, D. Hakim
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引用次数: 2

Abstract

Agricultural land has a strategic function as the primary food provider for the people of Indonesia. Various methods of agricultural production estimation, particularly food crops, provide different information. It can be a source of error in decision making. Satellite data, provides information periodically, wide coverage area, can be used as a source of information on the condition of agricultural lands and even remote areas. The advantages of SAR data that does not depend on sunlight and can penetrate of clouds and fog can fill the lack of optical data. ALOS PALSAR data has been used for analysis and ALOS AVNIR-2 is for checking of land cover visually, with acquisition date on 10 May 2007. Sampling of each rice crop growth period used several of rice field conditions in each period, on one scene data. Results showed a possibility to use soil moisture conditions derived from ALOS PALSAR for estimating rice planting area. On a scatter diagram between backscatter of ALOS PALSAR and near infrared of ALOS AVNIR-2 showed a specific pattern for each growing period of paddy. The results of the analysis produce distribution maps of the rice planting area Subang area, West Java Province. However, validation of the method used remains to be done. Remote sensing results of this study are expected to provide better information and can contribute in the planning of higher quality agricultural land.
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利用ALOS PALSAR数据识别水稻种植面积
农业用地作为印尼人民的主要食物提供者具有战略作用。各种农业生产估计方法,特别是粮食作物,提供了不同的信息。它可能是决策错误的来源。卫星数据定期提供资料,覆盖地区广,可作为农用地甚至偏远地区情况的资料来源。SAR数据不依赖于太阳光,能穿透云雾等优点,填补了光学数据的不足。ALOS PALSAR数据用于分析,ALOS AVNIR-2数据用于目视检查土地覆盖,数据采集日期为2007年5月10日。每个水稻作物生长期的抽样使用了每个时期的几个稻田条件,对一个场景数据。结果表明,利用ALOS PALSAR获取的土壤水分条件估算水稻种植面积是可行的。在ALOS PALSAR背向散射与ALOS AVNIR-2近红外散射的散点图上,显示出水稻各生育期的特定规律。分析结果绘制了西爪哇省苏邦地区水稻种植区分布图。然而,所使用的方法的验证仍有待完成。本研究的遥感结果有望提供更好的信息,并有助于规划更高质量的农业用地。
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