Prolonged periods of wet soil conditions, when present during critical crop development
stages, can significantly elevate the risk of some crop diseases. Wet soils in fields of …

Abstract Information on crop phenological development stages such as emergence,
flowering, fruiting, maturing and senescence is essential for crop production surveillance …

Different techniques utilized for mapping various crops are mainly based on using training
dataset. But, due to difficulties of access to a well-represented training data, development of …

Multitemporal polarimetric synthetic aperture radar (PolSAR) has proven as a very effective
technique in agricultural monitoring and crop classification. This study presents a …

Agricultural production monitoring plays a key role in a variety of economic and
environmental practices including crop yield forecasting, identifying risk of disease and …

Abstract Knowledge of crop phenology assists in making agricultural decisions such as
appropriate irrigation and fertilization applications in order to optimize crop yield. The …

Accurate information about phenological stages is essential for canola field management
practices such as irrigation, fertilization, and harvesting. Previous studies in canola …

This paper studies the feasibility of monitoring crop growth based on a trend analysis of
three elementary radar scattering mechanisms using three consecutive years (2008–2010) …

Despite recent research on the potential of dual-(DP) and full-polarimetry (FP) Synthetic
Aperture Radar (SAR) data for crop mapping, the capability of compact polarimetry (CP) …

Synthetic aperture radar (SAR) research over the last two decades has confirmed that
microwaves are sensitive to both soils and crop characteristics. Results using multi-temporal …