Application of Fieldspec in Soil Salinization

This study distinguishes natural emeralds from synthetic ones by analyzing their UV-visible-NIR spectral features. Key findings reveal distinct Fe-related and water absorption peaks in natural emeralds, enabling accurate identification.

This article investigates using a Field Spectroradiometer to identify chlorophyll concentration in rice leaves. The study highlights the effectiveness of hyperspectral technology for assessing chlorophyll levels in rice leaves using field-based spectral data.

This post introduces the application of field spectrometry technology in predicting and monitoring water pollution. By examining the relationship between water body reflectance spectra and water quality indicators, it demonstrates how spectral technology can be used for large-scale water quality monitoring and dynamic tracking of water pollution development.

This post explores the importance of real-time measurement of moisture content in forest litter using infrared spectroscopy. It discusses how different moisture levels influence the infrared absorption spectrum of vegetation and explains how spectral data can be used to build predictive models for forest fire prevention.