Verification of Applicability of ERS Data to River Basin Geomorphology and Runoff Analysis

ERS数据对流域地貌和径流分析的适用性验证

• 批准号: 04302044
• 负责人: TAKARA Kaoru
• 金额: $ 6.72万
• 依托单位: KYOTO UNIVERSITY (1994)Gifu University (1992-1993)
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Co-operative Research (A)
• 财政年份: 1992
• 资助国家: 日本
• 起止时间: 1992 至 1994
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-04302044/
• 关键词: Remote sensing; Synthetic aperture radar; Optical sensor; ERS-1; JERS-1; Land cover classification; River basin geomorphology; Rainfall-runoff; 河川地形; 流出解析; 分布型流出モデル; 欧州リモートセンシング衛星; 地球資源衛星

1) Use of synthetic aperture radar (SAR) (Takara, Shiiba, Koike, and Terakawa). Shiiba and Takara investigated the characteristics of SAR data of JERS-1 and ERS-1 for various kinds of land cover, the possibility of discriminating water areas from others, and the possibility of estimating aerodynamic roughness. Koike found out the linesr relationships between the distortion of SAR images, elevation of the observatories, and the distance from the satelite. The use of this relationship can correct distortion in the SAR images. Koike also investigated the ground surface characteristics on the Tibetan Plateau by using three SAR images as well as Landsat image and a topographic map. Koike and Terakawa investigated the observation characteristics of X-, C-, and L-band microwave scatterometer.2) Use of optical sensor (OPS) (Takara). Takara compared the classification accuracy of four remotely sensed images with various spatial resolutions acquired by the airborne MSS,SPOT-HRV,JERS-OPS,Landsat-TM.3) Use of other remotely sensed images (Shimizu, Sawamoto, and Nadaoka). Shimizu proposed fuzzy classification and investigated applicability of neural network. Nadaoka constructed a general monitoring system, which uses Landsat data, for red clay runoff in the Okinawa island. Sawamoto constructed a distributed snowmelt runoff model, which uses NOAA-AVHRR.4) Basin topography and rainfall-runoff analyzes (Nagami, Yamada, and Fujita). Nogami established a 25-m DEM in the Uono River basin developed an algorithm and codes for topographic analysis based on the DEM.Yamada developed a short-term prediction method for spatially distributed rainfall by using radar raingage data. Fujita investigated probabilistic characteristics of sub-catchment areas and channel lengths by using mathematical models and numerical rainfall-runoff simulations.

1)使用合成孔径雷达(SAR)(Takara、Shiiba、Koike和Terakawa)。Shiiba和Takara研究了JERS-1和ERS-1对各种土地覆盖的合成孔径雷达数据的特征，区分水域和其他区域的可能性，以及估计空气动力粗糙度的可能性。小池发现了合成孔径雷达图像的失真、观测站的高度和到卫星的距离之间的线性关系。利用这种关系可以纠正合成孔径雷达图像中的失真。小池还利用三幅合成孔径雷达图像以及陆地卫星图像和地形图研究了青藏高原的地表特征。小池和寺川研究了X波段、C波段和L波段微波散射计的观测特性。2)使用光学传感器(OPS)(Takara)。Takara将四幅遥感图像的分类精度与机载MSS、SPOT-HRV、JERS-OPS、Landsat-TM获得的不同空间分辨率进行了比较。3)使用其他遥感图像(清水、泽本和中冈)。清水提出了模糊分类，并对神经网络的适用性进行了研究。Nadaoka构建了一个通用的监测系统，该系统使用陆地卫星的数据，对冲绳岛的红粘土径流进行监测。Sawamoto构建了一个分布式融雪径流模型，该模型使用了NOAA-AVHRR.4)盆地地形和降雨径流分析(Nagami，Yamada和Fujita)。野上在乌诺河流域建立了25米的数字高程模型，开发了基于数字高程模型的地形分析算法和程序。山田利用雷达雨量数据开发了空间分布降雨的短期预报方法。藤田利用数学模型和降雨-径流数值模拟研究了次集水区和河道长度的概率特征。

项目成果

Takara K.: "Accuracy assessment of catchemnt surface classification based on remotely sensed imageries with various spatial resolutions" First ADEOS Symposium/Workshop. 4 (1995)

Takara K.：“基于各种空间分辨率的遥感图像的流域表面分类的准确性评估”第一届 ADEOS 研讨会/研讨会。

Shimizu E.: "Fuzzy classification of remotely sensed images" Journal of the Japan Society of Photo-gramtry and Remote Sensing. 31. 37-44 (1992)

Shimizu E.：“遥感图像的模糊分类”日本摄影测量与遥感学会杂志。

Koike, T.and others: "Monitoring surface wetness, roughness and snow on Tibetan Plateau on microwave satellite remote sensing" The First PRC-JAPAN Workshop on the Asian Monsoon Mechanism. 9-12 (1994)

小池、T.等：“利用微波卫星遥感监测青藏高原地表湿度、粗糙度和积雪”首届中日亚洲季风机制研讨会。

Koike,T.: "Monitoring ground surface condition on Tibetan Plateau by using satellite remote sonsing" Bulletin of Glacier Research. 12. 95-104 (1994)

Koike,T.：“利用卫星遥感监测青藏高原地表状况”冰川研究公报。

Koike, T.and others: "Monitoring ground surface condition on Tibetan Plateau by using satellite remote sensing" Bull.of Glacier Research. 12. 95-104 (1994)

小池，T.等：“利用卫星遥感监测青藏高原地表状况”冰川研究公报。