In this paper, the wavelet transform methods were briefly introduced, and present
researches and applications of them in hydrology were summarized and reviewed from six …

Ecohydrological systems may be characterized as nonlinear, complex, open dissipative
systems. Such systems consist of many coupled processes, and the couplings change …

Compared with other factors influencing vegetation patterns, such as light and temperature,
precipitation has relatively large variability, especially on the Qinghai–Tibet Plateau (QTP) …

Information theory metrics are applied to ascertain the spatial and temporal variability of
daily precipitation over the continental United States. Entropy is computed of the daily …

Understanding the spatiotemporal variability of rainfall is vital for water resources planning
and management, flood and drought mitigation, and erosion control, among others. Despite …

Precipitation regionalization deals with an investigation of the seasonality and its temporal
variability and is useful for a wide variety of applications in hydro-meteorology. The d …

Closing the gap between theoretical reservoir operation and the real-world implementation
remains a challenge in contemporary reservoir operations. Past research has focused on …

Understanding precipitation on a regional basis is an important component of water
resources planning and management. The present study outlines a methodology based on …

Artificial neural networks (ANNs) have proved to be an efficient alternative to traditional
methods for hydrological modeling. One of the most important steps in the ANN …

Abstract The Qinghai-Tibet Plateau (QTP) plays a crucial role in regulating the climate and
hydrology over Asia, and studies indicate that the QTP tends to be warm and humid as a …