One of the critical global environmental problems is human and ecological exposure to
hazardous wastes from agricultural, industrial, military and mining activities. These wastes …

In this article, we overview the application of spectral remote sensing data collected by multi-
, and hyperspectral instruments in the visible-near infrared (VNIR), short-wave infrared …

Recent studies have shown that the presence of anomalous concentrations of gases in the
root zone can cause changes in leaf or canopy reflectance. Changes in vegetation patterns …

Seepage from hydrocarbon reservoirs can cause a number of chemical and/or mineralogical
changes in overlying rocks and soils. These surface changes can be detected by remote …

Long-term microseepage of hydrocarbons creates a reducing environment in the near-
surface soil and sediment cover inducing an array of diagenetic alterations such as …

This paper assesses the capability of hyperspectral remote sensing to detect hydrocarbon
leakages in pipelines using vegetation status as an indicator of contamination. A field …

Anomalous concentrations of natural gas in the soil may be sourced from leaking
underground gas pipelines or from natural microseepages. Due to the explosive nature of …

The mineralogy of oil and gas reservoirs can be altered through the effects of hydrocarbon
seepage. Mapping this mineral alteration is thus a potential tool for hydrocarbon exploration …

Remote-sensing data are highly useful for the oil and gas industry. Remote sensing has
proven to be an integral tool for downstream and upstream oil and gas operations through …

This work shows a downscaling approach for environmental changes study using multi-and
hyper-spectral remote sensing data. The study area, located in the south-east of Mt …