The remote sensing community has identified data fusion as one of the key challenging
topics of the 21st century. The subject of image fusion in two-dimensional (2D) space has …

We present a new methodology for rapid flood mapping exploiting Sentinel-1 synthetic
aperture radar data. In particular, we propose the usage of ground range detected (GRD) …

For many years, spectral remote sensing has been essential for research on the Earth's
surface. The data from a single satellite sensor is sometimes insufficient to fulfil the …

Although accurate 3-D reservoir bathymetry is a key input for multiple applications (such as
global hydrological models, local water resources related studies, and others), such …

A digital elevation model (DEM) is crucial for hydraulic/hydrodynamic simulation of urban
pluvial flooding. To reduce the simulation error caused by the low resolution and poor …

This paper deals with the retrieval of agricultural crop height from space by using
multipolarization Synthetic Aperture Radar (SAR) images. Coherent and incoherent crop …

The mismatch between natural water availability and demand in dryland regions is
overcome by reservoirs of different sizes with the purpose of storing water. The increase in …

We evaluate different techniques that rebuild reservoir bathymetry by combining multi-
satellite imagery of surface water elevation and extent. Digital elevation models (DEMs) are …

Lake bathymetry, which provides crucial information for water resource management, has
been widely used in hydrological, ecological, and geomorphological studies. Restricted by …

Drought‐affected regions often contain high densities of small reservoirs, usually informally
built, as drought‐coping mechanism. These structures influence socio‐hydrological …