Scale issues in hydrological modelling

Scale issues in hydrological modelling
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发表时间:
1995
期刊:
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影响因子:
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通讯作者:
J. Kalma;M. Sivapalan
J. Kalma;M. Sivapalan
中科院分区:
其他
文献类型:
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作者:
J. Kalma;M. Sivapalan

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部分目录:调查代表性基本区域概念:一种基于野外数据的方法(R. Woods等)。洪水分位数标度指数区域变化的物理解释(V. Gupta & D. Dawdy)。基于数字高程数据的滑坡深度和浅层滑坡过程模型(W. Dietrich, et .)。利用有限的实地测量预测流域尺度的土壤水分状况(J. Kalma, et .)。利用卫星数据估算地表参数[H. Xinmei,等]。全球大气水平衡和大型河流流域径流(T. Oki, et .)。气候模式模拟非均匀植被:确定次生植被何时变得重要(A. Pitman)。索引。
Partial table of contents: Investigating the Representative Elementary Area Concept: An Approach Based on Field Data (R. Woods, et al.). Physical Interpretations of Regional Variations in the Scaling Exponents of Flood Quantiles (V. Gupta & D. Dawdy). A Process-Based Model for Colluvial Soil Depth and Shallow Landsliding Using Digital Elevation Data (W. Dietrich, et al.). Predicting Catchment-Scale Soil Moisture Status with Limited Field Measurements (J. Kalma, et al.). Estimation of Land Surface Parameters Using Satellite Data (H. Xinmei, et al.). Global Atmospheric Water Balance and Runoff from Large River Basins (T. Oki, et al.). Simulating Heterogeneous Vegetation in Climate Models: Identifying When Secondary Vegetation Becomes Important (A. Pitman). Index.