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29篇 您的检索式:作者名="Schmullius"
    题名 作者 年代 出处 被引量
1Envisat ASAR的区域森林——非森林制图显示文摘Envisat卫星ASAR传感器的双极化数据对区域森林监测十分有效。通过分别采用SRTM DEM和Landsat TM图像对地形起伏区域和平坦区域的SAR图像进行地理编码,发展了一种SAR图像自动预处理方法。基于冬季单时相ASAR数据的HH(水平发射,水平接收)、HV(水平发射,垂直接收)极化比值和HV极化图像,提出了一种面向对象的森林-非森林分类方法。将之应用于中国东北森林/非森林制图,分类总体精度、森林用户精度和生产者精度分别为83.7%,85.6%和75.7%。结果表明,本文提出的方法十分适合区域森林-非森林制图的业务化运行。凌飞龙 李增元 陈尔学 黄燕平 田昕 SCHMULLIUS Christina LEITERER Reik REICHE Johannes SANTORO Maurizio 2012遥感学报2012,16,5:6
2Some challenges in global land cover mapping: An assessment of agreement and accuracy in existing 1 km datasets显示文摘M. Herold P. Mayaux C.E. Woodcock A. Baccini C. Schmullius 2007Remote Sensing of Environment2007,,5:2
3基于ERS-1/2和Envisat ASAR数据的大区域森林制图研究显示文摘分别利用1995—2000年的ERS-1/2串行数据和2005年的Envisat ASAR数据对我国东北林区进行森林制图研究。针对ERS-1/2数据相干模型,采用一种不依靠地面实况数据而是基于MODIS植被连续覆盖产品进行训练的方法,从而实现进行大区域森林蓄积量分级制图的目的。分级制图包括0~20、>20~50、>50~80和>80m3/hm24个蓄积量等级。基于Envisat ASAR数据,采用面向对象的分类方法,进行自动化森林和非森林分类处理。基于2005年Landsat TM-5分类结果的交叉验证表明:这2种传感器SAR数据均可用于大区域森林制图。2期森林制图结果为进一步的森林变化分析以及制图更新研究提供支持。田昕 李增元 陈尔学 凌飞龙 Oliver Cartus Maurizio Santoro Christiane Schmullius 2013北京林业大学学报2013,35,1:1
4Large area forest stem volume mapping in the boreal zone usingsynergy of ERS-1/2 tandem coherence and MODIS vegetation continuous fields 显示文摘CARTUS O SANTORO M SCHMULLIUS C 2011Remote Sensing of Environment2011,115,3:1
5Indicators of Northern Eurasia's land-cover change trends from SPOT-VEG ETATION time-series analysis 1998-2005 显示文摘HUTI'OCJ C HEROLD M SCHMULLIUS C 2007International Journal of Remote Sensing2007,28,18:1
6Influence of surface topography on ICESat/GLAS forest height estimation and waveform shape显示文摘Hilbert C Schmullius C 2012Remote Sensing2012,4,8:1
7Monitoring Siberian forecast and agriculture with the ERS-1 wind scatterometer显示文摘SCHMULLIUS C C 1997IEEE Trans Geosci Remote Sens1997,35,:1
8Comparative assessment of CORINE2000 and GLC2000: Spatial analysis of land cover data for Europe显示文摘K. Neumann M. Herold A. Hartley C. Schmullius 2007International Journal of Applied Earth Observations and Geoinformation2007,,4:1
9Indica- tors of Northern Eurasia's land-cover change trends from SPOT-VEGETATION time-series analysis 1998 -- 2005 显示文摘HUETTICH C HEROLD M SCHMULLIUS C 2007International Journal of Remote Sensing2007,28,18:1
10Influence of surface topography onICESat/GLAS forest height estimation and waveform shape显示文摘Hilbert C Schmullius C 2012Remote Sensing2012,4,8:1
11Forest mapping using ENVISAT and ERS SAR data in Northeast of China显示文摘LI Z PANG Y SCHMULLIUS C 2005IEEE Trans Geosci Remote Sensing2005,8,:1
12Indicators of Northern Eurasia's Land-Cover Change Trends from SPOT-VEG ETATION Time-Series Analysis 1998 - 2005 显示文摘Huttich C Herald M Schmullius C 2007Internatimlal Jnumal of Remote Sensing2007,28,:1
13Some challenges in global land cover mapping: An assessment of agreement and accuracy in existing 1 km datasets显示文摘M. Herold P. Mayaux C.E. Woodcock A. Baccini C. Schmullius 2007Remote Sensing of Environment2007,,5:1
14Indicators of Northern Eurasia's land-cover change trends from SPOT-VEG ETAT1ON time-series analysis 1998 - 2005 显示文摘Htittich C Herold M Schmullius C 2007International Journal of Re- mote Sensing2007,28,:1
15Operational Large-area Forest Monitoring in Siberia Using ALOS PALSAR Summer Intensities and Winter Coherence显示文摘Thiel C J Thiel C Schmullius C C 2009IEEE Transactions on Geoscietace and Remote Sensing2009,47,12:1
16Indicators of Northern Eurasia’s land-cover change trends from SPOT-VEGETATION time-series analysis 1998-2005显示文摘C. Huttich M. Herold C. Schmullius V. Egorov S. A. Bartalev 2007International Journal of Remote Sensing2007,,18:1
17Large Area For est Stem Volume Mapping in the Boreal Zone Using Synergy of ERS-1/2 Tandem Coherence and MODIS Vegetation Continuous Fields显示文摘Cartus O Santoro M Schmullius C C 2011Remote Sensing of Environment2011,115,3:1
18Indicators of northern Eurasia′s land-cover change trends from SPOT-VEGETATION time-series analysis 1998-2005显示文摘HTTICH C HEROLD M SCHMULLIUS C 2007International Journal of Remote Sensing2007,28,18:1
19Influence of Surface Topography on ICE-Sat/GLAS Forest Height Estimation and Waveform Shape显示文摘HILBERT C SCHMULLIUS C 2012Remote Sensing2012,4,8:1
20Global biomass mapping for an improved understanding of the CO2 balance-the Earth observation mission Carbon-3D显示文摘HESE S LUCHT W SCHMULLIUS C 2005Remote Sensing of Environment2005,94,:1
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