Identifying the impact of climate change and human activities on rainfall-runoff relationship
in the Three-River Headwaters (TRH) region is essential for water source conservation …

Understanding water level fluctuation patterns in the Great Lakes is one of the pillars for
designing adaptive management practices that can mitigate the impacts of extreme water …

The paper discusses changes in the hydrological regime of high mountain Lake Morskie
Oko located in the Tatra Mountains, in the Tatra Mountains National Park, a UNESCO …

In the study presented, different hybrid model approaches are proposed for reservoir inflow
modeling from the meteorological data (monthly precipitation, one-month-ahead …

Understanding and forecasting water level fluctuations in Lake Michigan-Huron is important
for a variety of water resource management operations such as flood control, local water …

This study develops configurational entropy theory (CET) for monthly streamflow forecasting.
The theory is comprised of three main parts:(1) determination of spectral density (2) …

In this study, we compared the frequency and timing of drought and wetness indices of
annual mean water levels in the North American Great Lakes as they relate to …

This paper develops and applies the minimum relative entropy (MRE) theory with spectral
power as a random variable for streamflow forecasting. The MRE theory consists of (1) …

This article aims to evaluate and illustrate the state of water quantity in the Great Lakes–St.
Lawrence River basin in the past, present, and future. Historical water levels in the Great …

Dynamic changes in hydroclimatic variables (HC) and their effects on fluctuations of water-
level (WL) are an important issue in order to properly manage available water resources …