1) ASTER imagery data
ASTER遥感影像
2) ASTER
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ASTER影像
1.
Comparison between K-L Transform and NDBI Method on Extracting the Space Information of City Land Use from ASTER Image;
K-L变换与NDBI指数法提取ASTER影像城市用地信息的比较
2.
Comparison between Color Normalized and HSV Sharpening Methods in Extracting Urban Vegetation Information from ASTER Image
基于Brovey融合与HSV锐化的ASTER影像绿地信息提取分析
3.
Twenty nine karst drainages are chosen for analysis of the five factors which affect the growth of geomorphologic type,and the choice is based on the TM image,CBERS image and DEM data which are extracted by use of RS and GIS techniques and from the ASTER image of Guizhou Province.
根据贵州省ASTER影像,利用RS和GIS技术提取DEM数据;以DEM数据、TM影像和CBERS影像为基础,选取29个喀斯特流域,分析影响地貌类型发育的5个因素,并提取24个指标;借助Spss和Matlab软件进行数据处理和多元回归分析,提出不同喀斯特流域地貌类型识别的数学模型,并通过方差分析和样区检验,得出很好的识别效果。
3) ASTER images
ASTER影像
1.
Monitoring and analyzing of land use change in Fuzhou City based on TM and ASTER images;
基于TM和ASTER影像的福州市土地利用变化分析
4) ASTER image
ASTER影像
1.
The application of ASTER image in remote sensing interpretation for karst rock desertification——With a special reference to Weng an County of Guizhou;
ASTER影像在喀斯特石漠化遥感解译中的应用——以贵州省瓮安县为例
2.
DEM and surface river system of 32 typical karst basins are extracted according to the ASTER image showed by the isolated peak and peak forest as well as other landforms in karst basin.
根据喀斯特流域孤峰和峰林在ASTER影像上表现为色调深浅不一的"桔皮状"和"花生壳状"图形,河流和湖泊色调较深,湿地和干谷色调相对较浅等影像特征,对贵州省内32个典型的喀斯特流域进行数字高程和地表水系提取。
3.
This paper takes HuaDu district of Guangzhou City which lies in the subtropical region as an experimental area,and using ASTER image to check this model.
本文以广州市花都区为实验区,利用ASTER高光谱影像对此方法进行验证性分析,实验结果表明:用该方法提取ASTER影像的植被覆盖度具有较好的可行性。
5) remote sensing images
遥感影像
1.
Dynamic monitoring of land use space-time changes based on remote sensing images comprehension model——taking Longkou city for example;
基于遥感影像理解模型的土地利用时空变化监测——以龙口市为例
2.
The methods of ATM location selection based on GIS and remote sensing images;
基于GIS与遥感影像的银行ATM机网点选址方法研究
3.
Improvement of the OPTA algorithm and its application in remote sensing images thinning;
改进的OPTA算法在遥感影像细化中的应用
6) remote sensing image
遥感影像
1.
New discovery in study of remote sensing image characteristics at sandstone-type uranium deposits in China and its important significance;
中国砂岩型铀矿区遥感影像特征研究的新发现及其重要意义
2.
Study on multi-step classification of remote sensing image based on LBV transformation;
基于LBV变换的遥感影像多步骤分类法研究
3.
Web-based releasing and implementation of remote sensing image data of Xiaogan city;
孝感市遥感影像数据的Web发布与实现
补充资料：紫菀(tatarian aster)
| 紫菀(tatarian aster) 菊科紫菀属的栽培种，学名Aster tataricus L.f.，多年生草本植物。别名小辫子。以根和根茎入药。中国主产河北省安国县及安徽省亳县。 株高40-150cm。根茎短，表面紫红色或灰红色，密生多数须根。茎直立，粗壮，通常不分枝。基生叶丛生，有长柄，叶片椭圆状匙形；茎生叶互生，无柄，叶片长椭圆形或披针形。头状花序多数，伞房状排列；边缘为舌状花，雌性，蓝紫色；管状花两性，黄色，瘦果扁平，冠毛宿存。花期8月至9月，果期9月至10月。 喜温暖湿润气候，耐寒，怕干旱。生于山地、河边草地。除盐碱地和砂土地外均可种植，以肥沃的砂质壤土的产量较高。用根状茎繁殖。秋栽于10月至11月，随挖随栽。选粗壮节密、紫赤鲜嫩、无病虫感染的根状茎，剪成7-10cm小段，每段有2-3个芽眼。按行距30cm开7-8cm浅沟，按株距15cm每埯摆放2-3根，盖土轻压。每公顷需用根状茎150-225kg。 病虫害有斑枯病Septoria tatarica，根腐病病菌是由鲁氏小菌核菌Sclerotium rolfsii Sacc.、茄病丝核菌Rhizoctonia solani和一种腐霉Pythium sp.为害所致。还有紫菀黑斑病Alternaria alternata、紫菀红粉病Trichothecium roseum；银纹夜蛾、地老虎、蛴螬等。每公顷产6000-6750kg。 根含紫菀皂甙(Astersaponin)、紫菀酮(Shionone)。味辛、苦，性温。有润肺下气，祛痰止咳功能。用于咳嗽气逆、咯痰不爽和痰中带血。常用于治疗支气管炎、咳喘、肺结核等症。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条