上卡普亚斯河流域热带降雨测量任务(trmm)数据的验证

Stefanus Barlian Soeryamassoeka, R. W. Triweko, D. Yudianto
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引用次数: 2

摘要

降雨是一个难以测量的参数,因为它有很大的时空变化。降雨预报存在数据可用性差、数据不完整、站点分布少、观测者少、人工录入等问题。为了解决这些问题,可以使用降雨卫星,因为它具有高时空分辨率,覆盖范围广,近实时和快速可达性。本研究在西加里曼丹Kapuas河上游流域进行,以确定TRMM卫星衍生的降雨量与地面测量值的比较,以及使用它来补充地面测量降雨量的可能性。对卡普亚斯河流域11个子流域的TRMM数据进行了统计分析和校正因子开发,验证和校正了TRMM数据。验证表明TRMM与测量数据高度相关。验证结果表明,在邻近测量站的次盆地,TRMM与实测数据具有较高的相关性,RMSE最低(r= 0.76-0.8, RMSE 0.84 - 0.92)。分析结果还表明,修正后的TRMM资料对11次降雨的误差有所减小
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VALIDATION OF TROPICAL RAINFALL MEASURING MISSION (TRMM) DATA IN THE UPPER KAPUAS RIVER BASIN
Rainfall is a difficult parameter to measure, due to large spatial and temporal variations. Lack of data availability, data incompletely, less spreading of station, less observer, and manual data entry are other problems for rainfall predicting.  To encourage these problems rainfall satellite can be used, because it has high temporal and spatial resolution, widely coverage, near real-time and fast accessibility. This research was conducted in the upper Kapuas River  Basin, West Kalimantan, to determine how TRMM satellite-derived rainfall compares with ground-measured values and the possibility of using it to complement ground-measured rainfall. The statistical analyses and correction factor development for TRMM data are conducted to validate and correct the TRMM data on eleven sub basin in Kapuas River basin. Validation showed high correlation between TRMM and gauge data. Validation shows a high correlation and lowest RMSE between TRMM and gauge data in the sub basin adjacent to the gauge station (r= 0.76-0.8, RMSE 0,84-0,92). The results of the analysis also show that after correction, the corrected TRMM data errors were reduced for the eleven rainfall
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