Recent instrument developments have made it possible to measure the strain tensor caused
by injecting or pumping fluid from aquifers or reservoirs, but the full value of these data is …

Under the dual impact of climate change and accelerated urbanization, urban flood
disasters are frequent, resulting in severe losses, and there has been widespread concern …

ABSTRACT A case study examining ensemble forecasts of semi‐arid seasonal precipitation
is presented. The focus is on computing an appropriate correlation between large‐scale …

This paper introduces for the first time the concept of Bayesian model averaging (BMA) with
multiple prior structures, for rainfall‐runoff modeling applications. The original BMA model …

High-resolution flood monitoring can be achieved relying on multi-temporal analysis of
remote sensing SAR data, through the implementation of semi-automated systems …

Infiltration excess overland flow is the dominant mechanism for runoff generation in many
dryland watersheds. Event-based rainfall-runoff models therefore partition precipitation into …

This paper examines the performance of a semi‐distributed hydrology model (ie, Soil and
Water Assessment Tool [SWAT]) using Sequential Uncertainty FI tting (SUFI‐2), generalized …

Although hydrological models play an essential role in managing water resources,
quantifying different sources of uncertainties is a challenging task. In this study, the …

This paper examines the frequency, distribution tails, and peak-over-threshold (POT) of
extreme floods through analysis that centers on the October 2015 flooding in North Carolina …

The evaporation loss is a key component that affects managing the water resources of arid
and semi-arid regions, where the resources are not uniformly distributed. Due to the climate …