Flood simulation with two-dimensional hydrodynamic models is subject to different sources
of uncertainties in model configuration, boundary conditions, and model parametrization …

Flood is one of the most catastrophic natural disasters in the United States, particularly in the
Southeast states where hurricanes and tropical storms are most prevalent, causing billions …

Operational cloud seeding programs have been increasingly deployed in several countries
to augment natural rainfall amounts, particularly over water-scarce and arid regions …

In recent decades, geophysical and remote sensing monitoring techniques have advanced
to the point where they can be utilized. It is possible to investigate the spatiotemporal mass …

Accurate and timely monitoring of precipitation remains a challenge, particularly in hyper-
arid regions such as the United Arab Emirates (UAE). The aim of this study is to improve the …

A better understanding of the spatiotemporal distribution of water resources is crucial for the
sustainable development of hyper-arid regions. Here, we focus on the Arabian Peninsula …

Abstract Several single‐year‐long (2017) simulations with different configurations of the
Weather Research and Forecasting (WRF) model over the United Arab Emirates (UAE) and …

The coupled atmospheric-hydrologic systems help achieve deeper understanding on the
interactions between the atmospheric and land-surface processes, improve the spatial and …

One year of ground-based night-time Raman lidar observations has been analysed under
the Optimization of Aerosol Seeding In rain enhancement Strategies (OASIS) project, in …

Observational and reanalysis datasets reveal a northward shift of the convective regions
over northern Africa in summer and an eastward shift in winter in the last four decades, with …