Synthetic aperture radar (SAR) is an effective and important technique in monitoring crop
and other agricultural targets because its quality does not depend on weather conditions …

Surface soil moisture (SM) retrieval over agricultural areas from polarimetric synthetic
aperture radar (PolSAR) has long been restricted by vegetation attenuation, simplified …

Soil moisture is an important variable in agricultural and hydrological applications. Sentinel-
1 (A/B) satellite provides high-resolution (∼ 10 m) synthetic aperture radar data, and its high …

Crop type inventory and within season estimates at moderate (< 30 m) resolution have been
elusive in many regions due to the lack of temporal frequency, clouds, and restrictive data …

This paper presents a novel method of multi-temporal land cover classification based on the
polarization signature (PS). Additionally, the temporal change of the scattering mechanism …

This study proposes a two-component (surface and volume) C-band polarimetric
decomposition to retrieve soil moisture over agricultural fields covered by different crop …

Increasing studies have been conducted to investigate the potential of polarimetric synthetic
aperture radar (SAR) in crop growth monitoring due to the capability of penetrating the …

Crop identification and classification are of great significance to agricultural land use
management. The physically constrained general model-based decomposition (PCGMD) …

In this study, a general three-component polarimetric SAR interferometry (PolInSAR) target
decomposition framework is proposed by modifying the existing generalized surface, double …

Coherent imaging systems such as synthetic aperture radar (SAR) are subject to speckle,
the reduction of which is an active area of study. Methods based on deep convolutional …