并讨论了“检测”三次方时间序列模式的一些特性，揭示了当代气候的演化和突变的一些数学机制。
Finally, some mathematical mechanisms about climatic evolution and climatic catastrophe are discovered by studying the features of a censcored cubic time series model.
信息分维及其变化有望成为时间序列变化趋势和气候层次的诊断指标。
The informative fractal dimension and its moving change may become a practical analytical index for the change of flood series and the climatic levels.
由于干旱地区气候干燥、降水稀少、蒸发强烈，使得水文过程呈现出非常复杂的变化过程，水文时间序列表现出高度的非线性和不确定性。
In this region, dry climate, rare rain and strong evaporation make hydrological process show very complex change process, hydrological time series present highly nonlinear and uncertainty.
应用推荐