Climate change has been partially mitigated by an increasing net land carbon sink in the
terrestrial biosphere; understanding the processes that drive this sink is thus essential for …

Fossil fuel combustion, land use change and other human activities have increased the
atmospheric carbon dioxide (CO2) abundance by about 50% since the beginning of the …

Accurate accounting of emissions and removals of CO 2 is critical for the planning and
verification of emission reduction targets in support of the Paris Agreement. Here, we …

The version 10 (v10) Atmospheric Carbon Observations from Space (ACOS) Level 2 Full
Physics (L2FP) retrieval algorithm has been applied to multi-year records of observations …

Accurate evaluation of terrestrial carbon balance is essential for designing climate change
mitigation policies, and capabilities of remote sensing techniques in monitoring carbon …

In a recently published Article, Wang et al. 1 argue that newly available in situ carbon
dioxide (CO2) measurements in China lead to a large upward revision of the Chinese land …

Global and regional sources and sinks of carbon across the earth's surface have been
studied extensively using atmospheric carbon dioxide (CO 2) observations and atmospheric …

A global gridded Net Ecosystem Exchange (NEE) of CO 2 dataset is vital in global and
regional carbon cycle studies. Top-down atmospheric inversion is one of the major methods …

Abstract Knowledge of surface pressure is essential for calculating column-averaged dry-air
mole fractions of trace gases, such as CO 2 (X CO 2). In the NASA Orbiting Carbon …

The Australian continent contributes substantially to the year-to-year variability of the global
terrestrial carbon dioxide (CO2) sink. However, the scarcity of in situ observations in remote …