This article sets forth a practical methodology for uncertainty quantification of physical state
estimates derived from remote sensing observing systems. Remote sensing instruments …

Remote sensing of atmospheric carbon dioxide (CO2) carried out by NASA's Orbiting
Carbon Observatory-2 (OCO-2) satellite mission and the related uncertainty quantification …

Estimates of atmospheric carbon dioxide concentration from satellites now span multiple
years and are providing information on key processes in the carbon cycle. Methodology for …

The steadily increasing amount of atmospheric carbon dioxide () is affecting the global
climate system and threatening the long-term sustainability of Earth's ecosystem. In order to …

In the context of Gaussian process regression with functional inputs, it is common to treat the
input as a vector. The parameter space becomes prohibitively complex as the number of …

The joint retrieval of surface reflectances and atmospheric parameters in visible/short-wave
infrared (VSWIR) imaging spectroscopy is a computationally challenging high-dimensional …

Remote sensing of atmospheric carbon dioxide (CO 2) carried out by NASA's Orbiting
Carbon Observatory-2 (OCO-2) satellite mission and the related Uncertainty Quantification …

The number density profiles of elements N and O in the altitude range of 120–250 km are
retrieved by simulation based on X-ray occultation. Based on the parameters of the NICER …

Computational catalysis, in contrast to experimental catalysis, uses approximations such as
density functional theory (DFT) to compute properties of reaction intermediates. But DFT …