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基于多时相环境星数据的甘蔗收割过程遥感监测
引用本文:马尚杰,裴志远,汪庆发,郭 琳,梁自力,滕冬建.基于多时相环境星数据的甘蔗收割过程遥感监测[J].农业工程学报,2011,27(3):215-219.
作者姓名:马尚杰  裴志远  汪庆发  郭 琳  梁自力  滕冬建
作者单位:1. 农业部规划设计研究院,北京,100125
2. 广西壮族自治区农业资源区划办公室,南宁,530022
基金项目:国防科学技术工业委员会HJ-1卫星数据应用研究专题(2009A02A0100)
摘    要:广西是中国最大的蔗糖产地,种蔗面积和蔗糖产量均占全国的约60%.及时、准确地监测广西甘蔗种植和收割信息,对于甘蔗生产具有重要的意义.该文采用多时相HJ-1 A、B星CCD图像开展广西扶绥县甘蔗种植和收割信息提取及面积估算示范研究.选取从2009年11月5日到2010年2月19日共四个时相CCD图像,逐时相提取甘蔗信息,...

关 键 词:HJ-1A、B星CCD图像  多时相  甘蔗收割过程  遥感
收稿时间:8/2/2010 12:00:00 AM
修稿时间:2010/12/7 0:00:00

Research of sugarcane harvest process monitoring with multi-temporal HJ-1 satellite data
Ma Shangjie,Pei Zhiyuan,Wang Qingf,Guo Lin,Liang Zili and Teng Dongjian.Research of sugarcane harvest process monitoring with multi-temporal HJ-1 satellite data[J].Transactions of the Chinese Society of Agricultural Engineering,2011,27(3):215-219.
Authors:Ma Shangjie  Pei Zhiyuan  Wang Qingf  Guo Lin  Liang Zili and Teng Dongjian
Abstract:Guangxi Autonomous Region is the largest sugar production area in China, whose sugarcane planting area and sugar production account for about 60% of the country. Timely and accurately monitoring sugarcane planting and harvesting information is of great significance for sugarcane production. The multi-temporal HJ-1 A, B satellite CCD data were used to extract the sugarcane planting and harvesting information and area in Fusui county, Guangxi Autonomous Region. In this paper, We chose four temporal images from Nov.5th, 2009 to Feb 19th, 2010 and extracted the sugarcane information in each image, then overlaid the adjacent temporal sugarcane information and got the harvest area during the period. The research showed that: 1) The spatial resolution, waveband, radiation resolution of HJ-1 A, B satellite CCD data can meet the requirement of extracting main crop growth information and calculation area in complex land cover area at county scale and above; 2) The multi-temporal HJ-1 A, B satellite CCD data can be applied to monitoring the sugarcane harvest process and survey and statistic of agricultural resources which need high-temporal remote sense data.
Keywords:HJ-1 A  B satellite CCD data  multi-temporal  sugarcane harvest process  remote sensing  
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