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Strategies to remove hydrological effects in continuous gravity time series
Multi-annual gravity time series offer a unique, noninvasive way to monitor mass redistributions within the Earth. However, for non-hydrological...
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Wavelet-based de-noising approach for trend analysis and coherency relation in hydrological time series (case study: Ardabil plain)
The objective of this study was to examine the impact of de-noising using the wavelet transform (WT) as a preprocessing method on the trend of...
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A Multi-Task Learning Based Runoff Forecasting Model for Multi-Scale Chaotic Hydrological Time Series
Accurately predicting runoff is crucial for managing water resources, preventing and mitigating floods, scheduling hydropower plant operations, and...
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KarstID: an R Shiny application for the analysis of karst spring discharge time series and the classification of karst system hydrological functioning
Karst spring discharge time series analyses are often used to gain preliminary insights into the hydrological functioning of a karst system. KarstID...
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A Hybrid ANFIS-GA Approach for Estimation of Hydrological Time Series
River flow modeling plays a leading role in the management of water resources and ensuring sustainability. The complex nature of hydrological systems...
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Effect of Meteorological and Hydrological Factors on the Electrical Resistivity of the Upper Layers of the Earth’s Crust: Correlation Analysis of Seasonal and Residual Components of the Time Series
AbstractThis article continues a series of publications by the authors with the results of studying the variations in electrical resistivity in four...
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Estimation of Errors in Calculated Values of Hydrological Characteristics in Case of Observation Series Inhomogeneity
AbstractThe determination of errors in the runoff probability distribution parameters when estimating them on a heterogeneous sample is considered....
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Relationships between River and Groundwater Flow in an Alluvial Plain by Time Series Analysis and Numerical Modeling
Alluvial plains represent hydrological systems where the aquifer and the associated stream network are in hydraulic communication. In many instances,...
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Reconstruction of geodetic time series with missing data and time-varying seasonal signals using Gaussian process for machine learning
Seasonal signals in satellite geodesy time series are mainly derived from a number of loading sources, such as atmospheric pressure and hydrological...
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Spatiotemporal evolution pattern and characteristics of hydrological functions of key hydrological elements in the **liao River Basin, China
The **liao River Basin is an important economic development area and ecological barrier in Northeast China. In recent years, it has experienced the...
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Innovative trend analysis for the streamflow sub-time series of the source Region of the Yangtze River
The Mann–Kendall (MK) trend test, Innovative Trend Analysis (ITA), double-ITA (D-ITA), triple-ITA (T-ITA), and Innovative Triangular Trend Analysis...
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Gap-filling missing data in time series using the correlation matrix method of multiple time series in Asadabad Plain, Iran
Groundwater resources are crucial sources of water supply, and preserving the quality of these resources is an undeniable necessity. On the other...
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Hydrological deformation of karst aquifers detected by GPS measurements, Matese massif, Italy
We used hydrological and geodetic observations to characterize the effects of hydrological forcing on the displacements observed by GPS (Global...
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Predicting rainfall in Nineveh Governorate in northern Iraq using machine learning time-series forecasting algorithm
Rainfall forecasting addresses several challenges in water resource management and socioeconomic development, despite its complexity and...
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A review of integrated surface-subsurface numerical hydrological models
Hydrological modeling, leveraging mathematical formulations to represent the hydrological cycle, is a pivotal tool in representing the spatiotemporal...
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Impact estimation of landuse/land cover changes and role of hydrological response unit in hydrological modelling in a watershed of Mahanadi river basin, India
Aim of the water balance study is to evaluate the distribution of hydrological responses towards water balance components for a watershed. The...
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Modeling trends and periodic components in geodetic time series: a unified approach
Geodetic time series are usually modeled with a deterministic approach that includes trend, annual, and semiannual periodic components having...
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Integrated hydrological study for flash flood assessment using morphometric analysis and MCDA based on hydrological indices—Al-Sail Al-Kabir, KSA
Flood susceptibility is associated with a variety of factors. A hydrologic study of Wadi Al-Sail Al-Kabir was conducted based on morphometric...
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Deciphering the relationship between meteorological and hydrological drought in Ben Tre province, Vietnam
The low-lying Vietnamese Mekong Delta (VMD) is a key agricultural production landscape increasingly threatened by anthropogenic stresses and climate...
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Improving Linear Interpolation of Missing Hydrological Data by Applying Integrated Autoregressive Models
The application of linear interpolation for handling missing hydrological data is unequivocal. On one hand, such an approach offers good...
