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The Combined Use of Sentinel-1, Sentinel-2 and Landsat 78 Data for Estimating Heading Date of Paddy Rice

机译:Sentinel-1,Sentinel-2和Landsat 7&8数据的联合估算水稻的抽穗期

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The authors have developed monitoring system for rice growth status in the Tohoku region of Japan using satellite data. One of the important input parameters for the monitoring system is the heading date. Until now, the heading dates in the system are provided by the users on the base of field records. However, the collection of the data records is time consuming work and all users of the system cannot provide a hearing date of each field in time. For this reason, we have investigated whether the heading date can be estimated by using SAR data with NDVI of optical satellite data. In this paper, we will present the estimation method of heading date for paddy rice using the dual polarization of Sentinel 1A and 1B. The result shows potentiality to estimate the heading date of paddy rice in error range of about 6 days by combined using NDVI changes.
机译:作者利用卫星数据开发了日本东北地区水稻生长状况的监测系统。监视系统的重要输入参数之一是前进日期。到目前为止,系统中的标题日期由用户根据现场记录提供。然而,数据记录的收集是费时的工作,并且系统的所有用户不能及时提供每个领域的听证日期。因此,我们研究了是否可以通过将SAR数据与光学卫星数据的NDVI一起使用来估计航向日期。在本文中,我们将介绍使用Sentinel 1A和1B的双极化对水稻抽穗期的估算方法。结果表明,结合使用NDVI的变化,可以估算误差在大约6天之内的水稻抽穗期。

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