The strength of partially saturated sand is critical for addressing engineering challenges
such as beach trafficability or coastal erosion. Mapping strength remotely would allow for …

Surface moisture plays a key role in limiting the aeolian transport on sandy beaches.
However, the existing measurement techniques cannot adequately characterize the spatial …

This study introduced a detection method for magnesite and associated gangue minerals,
including dolomite, calcite, and talc, based on mineralogical, chemical, and hyperspectral …

This article examined the spectral interference by heavy metal on the spectral signal of
moisture content of heavy metal contaminated soils. Soil samples were collected from an …

The Dunhuang murals, a significant part of Chinese heritage, have suffered deterioration
primarily due to environmental and chemical factors, notably salt damage. This study …

This study developed an efficient method using hyperspectral camera for detecting diesel
content in soils with spectral indices. Over 70 days of the experiment, clean soils were …

This paper investigated the spectral characteristics of heavy metal contaminated soils of a
hydrothermal ore deposit developed in carbonate host rock associated with heavy metal …

A framework for estimating moisture content from satellite-based multispectral imagery of
sandy beaches was tested under various site conditions and sensors. It utilizes the …

We analyzed heavy metal contamination, mineral composition, and spectral characteristics
of white aluminum precipitates from an acid mine drainage in Taebaek, South Korea. We …

This paper illustrates a spectroscopic analysis of heavy metal concentration in mine soils
with the consideration of mineral assemblages originated by weathering and mineralization …