Unmanned aerial vehicles (UAV) has been increasingly applied to crop growth monitoring
due to their advantages, such as their rapid and repetitive capture ability, high resolution …

The presence of surface water on the canopy affects radar backscatter. However, its
influence on the relationship between radar backscatter and crop biophysical parameters …

Timely and accurate determination of the maturity status during the soybean harvest period
is crucial for devising strategic harvesting plans, significantly enhancing the intelligent …

The precise and rapid estimation of leaf area index (LAI) is crucial for quantitative ecological
monitoring and assessment, as it serves as an important ecological indicator of plant growth …

Catch crops are intermediate crops sown between two main crop cycles. Their adoption into
the cropping system has increased considerably in the last years due to its numerous …

Currently, hyperspectral remote sensing technology used for vegetation monitoring mainly
uses empirical and semi-empirical statistical methods to calculate heavy metal content …

This study addresses the question of how to evaluate the growth stage of food crops, for
instance, paddy (Oryza sativa) and maize (Zea mays), from two different sensors in selected …

A reliable estimation and monitoring of tree canopy cover or shade distribution is essential
for a sustainable cocoa production via agroforestry systems. Remote sensing (RS) data offer …

Paddy crop mapping is essential for agricultural monitoring, ensuring food security, and
enhancing resource allocation. This study observes the Cauvery Delta Zone (CDZ) …

The study was focused on assessing the condition of pearl millet crop in critical growth
stages using both polarimetric Radarsat-2 and dual-polarized Sentinel-1 datasets. The …