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

Carbon dioxide (CO 2) is one of the most important greenhouse gases in the atmosphere,
and carbon satellites play a vital role in monitoring its concentration. However, a single …

Abstract The Orbiting Carbon Observatory 2/3 (OCO-2/3) employs a full-physics inversion
algorithm and estimates the column-averaged dry air mole fraction of carbon dioxide (XCO …

The multisource satellite observation data have been widely used in carbon cycle research
owing to their long-term and large-scale characteristics. However, the sparse sampling …

High spatial resolution XCO 2 data is key to investigating the mechanisms of carbon sources
and sinks. However, current carbon satellites have a narrow swath and uneven observation …

Carbon dioxide (CO 2) serves as a crucial greenhouse gas that traps heat and regulates the
Earth's temperature. High spatiotemporal resolution CO 2 estimation can provide valuable …

Accurate estimation of carbon removal by terrestrial ecosystems and oceans is crucial to the
success of global carbon mitigation initiatives. The emergence of multi-source CO2 …