The interferometric synthetic aperture radar temporal decorrelation model is a powerful tool
for describing surface changes over time. Recently, this model has been used in several …

Magnetic resonance imaging (MRI) is the mainstay of diagnostic imaging, a versatile
instrument for clinical science and the subject of intense research interest. Advancing …

This work presents an automatic procedure to quantify dune dynamics on isolated barchan
dunes exploiting Synthetic Aperture RADAR satellite data. We use C-band datasets …

Aeolian dune movement poses a threat to critical infrastructure, urban areas, water
resources as well as agriculture. This threat is expected to increase in the coming years due …

Subterahertz frequencies between 100 and 300 GHz remain an untapped portion of the
frequency spectrum for many radar-and radiometer-based remote sensing applications. This …

In order to conduct real-time quantitative monitoring of dust storms, Ka-band millimeter wave
radar (MMWR) was utilized for the consecutive detection of dust storms over the Taklimakan …

The TanDEM-X mission is served by two X-band synthetic aperture radar (SAR) satellites,
which fly in close orbit formation acting as a large and flexible single-pass radar …

As to study the scattering characteristics of millimeter wave by sand particles, the integrated
detection on dust storms over the Taklimakan Desert was the first time to conduct with the Ka …

The fine particles produced during the desertification process provide a rich material source
for sand and dust activities. Accurately locating the desertified areas is a prerequisite for …

This paper examines recently acquired polarimetric data of dry sand with a smooth air/sand
interface at millimeter-wave (MMW) frequencies. The data characterize volume scattering …