Hyperspectral remote sensing (HRS) has emerged as a promising technique for monitoring
the spatiotemporal distribution of soil heavy metal (SHM) contamination, owing to its …

Considering the high toxicity of arsenic (As), its contamination of soil represents an alarming
environmental and public health issue. Existing soil heavy metal concentration estimation …

Heavy metal contamination in soils and vegetation poses a significant problem due to its
toxicity and persistence. Toxic effects on vegetation include not only impaired growth …

Soil moisture content (SMC) is an important factor that affects agricultural development in
arid regions. Compared with the space-borne remote sensing system, the unmanned aerial …

Soil heavy metals pollution has been becoming one of the severely environmental issues
globally. Previous studies reported laboratory-measured spectra could be used to infer soil …

The rapid and accurate determination of soil chromium (Cr) is crucial for preventing toxic
element pollution in soils and ensuring ecological security. Proximal sensing technology …

Visible and near-infrared (Vis-NIR) spectroscopy technique has been recognized as a cost-
effective, rapid, non-destructive alternative to traditional soil physicochemical analysis to …

Soil heavy metal distribution maps can provide decision-making information for pollution
control and agricultural management. However, the estimation of heavy metals is sensitive …

Mastering the spatial distribution of soil heavy metal content and evaluating the pollution
status of soil heavy metals is of great significance for ensuring agricultural production and …

Microfluidic paper-based analytical devices (μPADs) as a potentially powerful analytical
platform have recently gained significant attention for on-site monitoring of heavy metal ions …