Considering the significant role of global methane emissions in the Earth's radiative budget,
global or regionally persistent increasing trends in its emission are of great concern …

We developed a high-resolution surface flux inversion system based on the global Eulerian–
Lagrangian coupled tracer transport model composed of the National Institute for …

We employed a global high-resolution inverse model to optimize the CH4 emission using
Greenhouse gas Observing Satellite (GOSAT) and surface observation data for a period …

Abstract The Bei**g–Tian**–Hebei (BTH) region is one of the most heavily polluted regions
in China, with both high PM 2.5 concentrations and a high population density. A quantitative …

We present a global distribution of surface methane (CH 4) emission estimates for 2000–
2012 derived using the CarbonTracker Europe-CH 4 (CTE-CH 4) data assimilation system …

We have analyzed near-global stratospheric data (and mesospheric data as well for H 2 O)
in terms of absolute abundances, variability, and trends for O 3, H 2 O, HCl, N 2 O, and HNO …

We present a global 0.1°× 0.1° high-resolution inverse model, NIES-TM-FLEXPART-VAR
(NTFVAR), and a methane emission evaluation using the Greenhouse Gas Observing …

The uncertainty in the atmospheric transport and dispersion modeling (ATM), used in
support of the Comprehensive Nuclear–Test–Ban Treaty (CTBT) monitoring and verification …

In Asia, much effort is put into reducing methane (CH 4) emissions due to the region's
contribution to the recent rapid global atmospheric CH 4 concentration growth. Accurate …

Atmospheric inversion approaches are expected to play a critical role in future observation-
based monitoring systems for surface greenhouse gas (GHG) fluxes. In the past decade, the …