SOME INFLUENCES OF STAND CHARACTERISTICS ON THE SURFACE ELEVATION OF FOREST TERRAIN DERIVED FROM C-BAND INTERFEROMETRIC SAR DATA

机译：站位特征对C波段干涉SAR数据推论的森林地形表面升高的某些影响

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Terrain height information was derived over a forest test area in eastern Ontario with the Canada Centre for Remote Sensing airborne CV-580 InSAR mapping radar. Height differences between open areas and nearby forest stands, and among adjacent forest stands were determined from the interferometric data sampled on a 5 m spacing. These were compared with field measurements of height differences. Height difference correspondence was erratic, but in some cases was good. Stand density had a strong influence, with open stands producing variable elevations but generally reflecting average elevations deep into the canopy. There was no discernible trend of offset due to species.

机译：地形高度信息是通过加拿大遥感空中CV-580 Insar Mapping Radar的加拿大安大略省东安大略省的森林测试区。开放区域和附近的林台之间的高度差异，以及在5米间距上采样的干涉数据确定相邻的森林站点。将这些与高度差异的现场测量进行了比较。高度差异对应是不稳定的，但在某些情况下很好。立体密度有很大的影响力，开放的展台产生可变海拔，但通常反映进入树冠的平均海拔。由于物种，没有偏移的偏移趋势。

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《International airborne remote sensing conference amd exhibition;Canadian symposium on remote sensing》|1999年|214-223|共10页
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D. Leckie; D. Hill; L. Gray; K. Mattar; F. Montgomery;
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中图分类遥感技术;航空遥控、遥测设备，遥感设备;
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1. Error analysis and correction for extracting the forest height from airborne C-band interferometric SAR and national elevation datasets [J] . SHENGLI HUANG, R. L. CRABTREE, A. K. SWANSON, International journal of remote sensing . 2010,第9a10期

机译：从机载C波段干涉SAR和国家海拔数据集提取森林高度的误差分析和校正
2. Synergistic Fusion of Interferometric and Speckle-Tracking Methods for Deriving Surface Velocity From Interferometric SAR Data [J] . Liu H., Zhao Z., Jezek K. C. IEEE Geoscience and Remote Sensing Letters . 2007,第期

机译：干涉法和斑点跟踪方法的协同融合，可从干涉法SAR数据推导出表面速度
3. C-band repeat-pass interferometric SAR observations of the forest [J] . Askne J.I.H., Dammert P.B.G. IEEE Transactions on Geoscience and Remote Sensing . 1997,第1期

机译：森林的C波段重复通过干涉SAR观测
4. Some influences of stand characteristics on the surface elevation of forest terrain derived from C-band interferometric SAR data [C] . D. Leckie, D. Hill, L. Gray, International airborne remote sensing conference amd exhibition . 1999

机译：基于C波段干涉SAR数据的林地地形表面升高的几点影响
5. Assessing the Uncertainties of Radar and LiDar Derived Digital Elevation Information over Static and Dynamic Terrain [D] . Gonzalez, Daniela Iribe. 2020

机译：评估雷达和激光雷达的不确定性，通过静态和动态地形评估了数字高度信息
6. A Wetness Index Using Terrain-Corrected Surface Temperature and Normalized Difference Vegetation Index Derived from Standard MODIS Products: An Evaluation of Its Use in a Humid Forest-Dominated Region of Eastern Canada [O] . Quazi K. Hassan, Charles P.-A. Bourque, Fan-Rui Meng, 2007

机译：使用地形校正的表面温度和标准MODIS产品衍生的归一化植被指数得出的湿度指数：在加拿大东部湿润森林为主地区的使用评估
7. Spotlight SAR interferometry for terrain elevation mapping and interferometric change detection [O] . Eichel, P.H., Ghiglia, D.C., Jakowatz, C.V. Jr. 1996

机译：聚光saR干涉测量法用于地形高程测绘和干涉变化检测
8. Spotlight SAR interferometry for terrain elevation mapping and interferometric change detection [R] . Eichel, P. H. , Ghiglia, D. C. , Jakowatz, C. V. 1996

机译：聚光saR干涉测量法用于地形高程测绘和干涉变化检测

SOME INFLUENCES OF STAND CHARACTERISTICS ON THE SURFACE ELEVATION OF FOREST TERRAIN DERIVED FROM C-BAND INTERFEROMETRIC SAR DATA

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