Hyperspectral imaging technology has evolved for over thirty years and is widely used for
geologic map**, environmental monitoring, vegetation analysis, atmospheric …

Abstract The 2017 Arctic Boreal Vulnerability Experiment Airborne Campaign (AAC) was
one of the largest, most complex airborne science experiments conducted by NASA's Earth …

Anthropogenic methane emissions originate from a large number of relatively small point
sources. The planned GHGSat satellite fleet aims to quantify emissions from individual point …

Methane is a greenhouse gas emitted by a range of natural and anthropogenic sources.
Atmospheric methane has been measured continuously from space since 2003, and new …

The matched filter (MF) method is widely used for hyperspectral imaging spectrometers to
detect and quantify methane point sources due to its high computational efficiency …

Methane (CH4) impacts climate as the second strongest anthropogenic greenhouse gas
and air quality by influencing tropospheric ozone levels. Space-based observations have …

We present a new method for atmospheric correction of remote Visible Shortwave Infrared
(VSWIR) imaging spectroscopy. Our approach fits a combined model of atmospheric …

Methane is the second most important greenhouse gas contributor to climate change; at the
same time its reduction has been denoted as one of the fastest pathways to preventing …

In this study, we proposed an automated lithological map** approach by using spectral
enhancement techniques and Machine Learning Algorithms (MLAs) using Airborne Visible …

Accurate reporting of point source emissions of CO 2 is fundamental to addressing climate
change. Currently, bottom-up verification methods based on inventory statistics face …