Global nitrous oxide (N 2 O) emissions merit scrutiny, because N 2 O is the third most
important greenhouse gas for global warming and the predominant ozone-depleting …

The increase in atmospheric methane (CH 4) level directly contributes to approximately one-
fifth of global mean temperature rise since preindustrial era, only next to CO 2. Global …

Emissions from fossil fuel exploitation are a leading contributor to global anthropogenic
methane emissions, but are highly uncertain. The lack of reliable estimates hinders …

Over the last century, many peatlands in northern Europe have been drained for forestry.
Forest management with different harvesting regimes has a significant impact on soil water …

In the framework of the RECCAP2 initiative, we present the greenhouse gas (GHG) and
carbon (C) budget of Europe. For the decade of the 2010s, we present a bottom‐up (BU) …

Monitoring the spatial distribution and trends in surface greenhouse gas (GHG) fluxes, as
well as flux attribution to natural and anthropogenic processes, is essential to track progress …

Atmospheric inverse modeling is the process of estimating emissions from atmospheric
observations by minimizing a cost function, which includes a term describing the difference …

We present the first application of the ICOsahedral Nonhydrostatic model with Aerosols and
Reactive Trace gases (ICON-ART) in inverse modeling in inverse modeling of greenhouse …

We assess China's overall anthropogenic N 2 O emissions via the official guidebook
published by Chinese government. Results show that China's overall anthropogenic N 2 O …

Abstract Herein, the Co-MMT (Co 3 O 4-montmorillonite) catalysts were prepared by
coordination-deposition (Co (0.015)-MMT-2 (CD)) and deposition-precipitation method (Co …