CAJ | 학술논문

为对黄泥庄流域水资源进行评价与规划，探讨VIC大尺度分布式水文模型在中小尺度流域上的适用性，采用VIC模型对黄泥庄流域的径流进行模拟，结果表明：VIC模型在黄泥庄流域具有较好的适用性，说明VIC大尺度水文模型在中小尺度流域具有一定适用性；月径流模拟的Nash－Sutcliffe效率系数均在0．80以上，相对误差大部分在0．10以内，满足该流域水资源评价与规划的要求；模拟过程中部分较大洪峰，VIC模型的径流模拟效果稍显欠佳，参数率定结果的不确定性也给模拟结果带来一定误差，需进一步研究改进。
위대황니장류역수자원진행평개여규화，탐토VIC대척도분포식수문모형재중소척도류역상적괄용성，채용VIC모형대황니장류역적경류진행모의，결과표명：VIC모형재황니장류역구유교호적괄용성，설명VIC대척도수문모형재중소척도류역구유일정괄용성；월경류모의적Nash－Sutcliffe효솔계수균재0．80이상，상대오차대부분재0．10이내，만족해류역수자원평개여규화적요구；모의과정중부분교대홍봉，VIC모형적경류모의효과초현흠가，삼수솔정결과적불학정성야급모의결과대래일정오차，수진일보연구개진。
This research was aimed to contribute to water resources evaluation and planning in Huangnizhuang River basin. Furthermore,it was aimed to explore the applicability of VIC macroscale distributed hydrological model in mesoscale or smaller-scale basins. The applicability of VIC model in runoff simulation in Huangnizhuang River basin was studied. The result shows that the VIC model performs well in Huangnizhuang River basin;the VIC model can be used in mesoscale watershed. The Nash-Sutcliffe efficiency of monthly runoff simulation is all above 0. 80. The relative errors of monthly runoff simulation are almost within 0. 10. It can meet the requirements of water resources evaluation and planning in Huang-nizhuang River basin. However,VIC model is not good enough to simulate some large peaks. In addition,the uncertainty of calibration algorithm results can cause some errors in runoff simulation. Thus,more study and improvement should be carried out.