Research and Application of Astronomical Weather Coupling Forecast Method for Heavy Rainstorms Causing Floods in the Upper Reaches of the Yangtze River

Author: Chen Shaoping et al.
Publisher:
Publish Date: 2001-06-01
Features: This book starts with astronomical tidal forces and systematically explains the principles and operational methods of astronomical weather forecasting. The content covers the impact of astronomical tidal resonance on weather, resonance area calculations, the astronomical weather background and tidal force resonance pressure reduction prediction of flood-inducing heavy rainfall in the upper Yangtze River, as well as medium- and short-term prediction methods in astronomical weather coupling. Through an analysis and prediction verification of the 1998-2000 Three Gorges Dam flood and several major weather events in the upper Yangtze River, it introduces research findings on the objective prediction methods of astronomical weather coupling for flood-inducing heavy rainfall in the upper Yangtze River's main and tributary streams. Additionally, it elaborates on the key points and operational steps of astronomical weather prediction methods, providing an effective forecasting tool and scheme for medium- and long-term forecasting of flood-inducing heavy rainfall in the upper Yangtze River. This book serves as a reference for technical personnel in the market, medium-, and short-term weather forecasting and hydrological forecasting to study and predict severe heavy rainfall and other weather abrupt changes, as well as for university students for learning purposes.