In order to exploit the use of remote sensing, microwave heating/drying and water stress in
the agricultural sector, it is necessary to determine the dielectric properties of plant materials …

In this work we describe the implementation of a processing chain for a fully automatic
modeling of the seismic source parameters and its slip distribution through the inversion of …

This work presents a technique to merge two Sentinel-1 image products of complementary
polarimetric information (HH/HV and VH/VV) to derive pseudo-polarimetric features, such as …

The need for technologies to monitor the wound healing under dressing materials has led us
to investigate the feasibility of using microwave and millimetre wave radiations due to their …

Background Malaria is increasing in some recently urbanized areas that historically were
considered lower risk. Understanding what drives urban transmission is hampered by …

Synthetic aperture radar (SAR) is traditionally used in the identification, map** and
analysis of petroleum slicks, regardless of their origin. On SAR images, oil slicks appear as …

In this work we describe the implementation of a processing chain for a fully automatic
modeling of the seismic source parameters and its slip distribution through the inversion of …

Natural and human-induced disturbances influence the biodiversity and functionality of
forest ecosystems. Regular, repeated assessments of canopy intactness are essential to …

Accurate estimation of forest canopy height is essential for monitoring forest ecosystems and
assessing their carbon storage potential. This study evaluates the effectiveness of different …

Interferometric Synthetic Aperture Radar (InSAR) has emerged as a potent method for
monitoring surface deformation of earth with applications ranging from monitoring sesmic …