黑龙江农业科学
黑龍江農業科學
흑룡강농업과학
HEILONGJINAG AGRICULTURAL SCIENCE
2015年
7期
141-147
,共7页
陆忠军%刘克宝%刘述彬%刘艳霞%张冬梅
陸忠軍%劉剋寶%劉述彬%劉豔霞%張鼕梅
륙충군%류극보%류술빈%류염하%장동매
中高分辨率卫星数据%种植面积%多尺度系数
中高分辨率衛星數據%種植麵積%多呎度繫數
중고분변솔위성수거%충식면적%다척도계수
high and moderate resolution satellite data%crop acreage%multi-scale coefficient
随着遥感技术的快速发展,应用遥感影像特别是中高分辨率卫星影像进行农业工作成为遥感技术和农业工程发展的必然趋势,利用2011年RapidEye数据模拟中高分辨率卫星数据进行农作物种植面积提取精度提高技术研究,选取黑龙江省肇东市为研究区域,通过对中高分辨率卫星农作物提取结果进行系数扣除,对比分析三种扣除系数对肇东市水稻、玉米和大豆提高精度的效果,达到提高农作物提取精度的效果。结果表明:在种植结构相对单一区,利用地面样方扣除系数,精度提高显著;在复杂种植结构种植区,利用多尺度扣除系数精度提高显著。
隨著遙感技術的快速髮展,應用遙感影像特彆是中高分辨率衛星影像進行農業工作成為遙感技術和農業工程髮展的必然趨勢,利用2011年RapidEye數據模擬中高分辨率衛星數據進行農作物種植麵積提取精度提高技術研究,選取黑龍江省肇東市為研究區域,通過對中高分辨率衛星農作物提取結果進行繫數釦除,對比分析三種釦除繫數對肇東市水稻、玉米和大豆提高精度的效果,達到提高農作物提取精度的效果。結果錶明:在種植結構相對單一區,利用地麵樣方釦除繫數,精度提高顯著;在複雜種植結構種植區,利用多呎度釦除繫數精度提高顯著。
수착요감기술적쾌속발전,응용요감영상특별시중고분변솔위성영상진행농업공작성위요감기술화농업공정발전적필연추세,이용2011년RapidEye수거모의중고분변솔위성수거진행농작물충식면적제취정도제고기술연구,선취흑룡강성조동시위연구구역,통과대중고분변솔위성농작물제취결과진행계수구제,대비분석삼충구제계수대조동시수도、옥미화대두제고정도적효과,체도제고농작물제취정도적효과。결과표명:재충식결구상대단일구,이용지면양방구제계수,정도제고현저;재복잡충식결구충식구,이용다척도구제계수정도제고현저。
With the rapid development of remote sensing technology ,the application of remote sensing images , especially high and moderate spatial resolution satellite images in agriculture became the inevitable trend of re‐mote sensing technology and the development of agricultural engineering .Trough 2011 RapidEye data to simu‐late high and moderate resolution satellite data ,researches improving the extraction accuracy of crop planting acreage .Taking Zhaodong City ,Heilongjiang Province as the study area .Through the coefficient deduction of the high resolution satellite crop extraction ,it improves the accuracy of crop extraction .The coefficient deduc‐tion used two kinds of sampling methods ,and three methods of coefficient deduction were put forward ,finally , three methods of coefficient deduction of Zhaodong rice ,corns and soybeans to improve the accuracy was ana‐lyzed .The results showed that :in the area of which planting structure was relatively simple ,using the ground sample deduction coefficient ,accuracy was improved significantly ;in the area of which planting structure was complex ,the use of multi‐scale deduction coefficient accuracy was improved significantly .