Accurate and reliable water resources planning and management to ensure sustainable use
of watershed resources cannot be achieved without precise and reliable models …

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 …

Drought is a major area of interest within the field of water resources management,
agriculture, energy resources and community health. Recently researchers have examined …

It is now well recognized that large scale atmospheric and oceanic circulations fluctuations
have a strong impact on the global hydrological cycle. Because of the complexity of the …

During the past decades much progress has been made in the development of computer
based methods for parameter and predictive uncertainty estimation of hydrologic models …

Assessment of trends and variability of atmospheric particles can help set the target for
pollution reduction, robust air-pollution and climate change policy decision-making, and …

Bivariate wavelet coherency is a measure of correlation between two variables in the
location–scale (spatial data) or time–frequency (time series) domain. It is particularly suited …

The scale-specific and localized bivariate relationships in geosciences can be revealed
using bivariate wavelet coherence. The objective of this study was to develop a multiple …

The role of reservoirs in water resource management is becoming crucial for flood control
and drought mitigation in any basin because of the frequent occurrence of extreme weather …

Management of hydropower plants strongly influences streamflow dynamics and hence the
interaction between surface water and groundwater. As dam operations cause variations in …