Remote sensing (RS)-based models play an important role in estimating and monitoring
terrestrial ecosystem gross primary productivity (GPP). Several RS-based GPP models have …

Gross primary productivity (GPP) is a vital variable of the global carbon cycle, but the
quantification of global GPP is subject to significant uncertainty due to the lack of direct …

The sensitivity of photosynthesis to environmental changes is essential for understanding
carbon cycle responses to global climate change and for the development of modeling …

The ecosystem gross primary productivity (GPP) is crucial to land-atmosphere carbon
exchanges, and changes in global GPP as well as its influencing factors have been well …

Accurate estimation of mountain vegetation gross primary productivity (GPP) at fine spatial
resolutions offers opportunities to better understand mountain ecosystems' feedback to the …

Accurate monitoring of the spatiotemporal variations in the gross primary productivity (GPP)
in coastal wetlands is essential for blue carbon quantification. However, the currently …

Moso bamboo (Phyllostachys edulis) is widely distributed in subtropical regions, especially
in China. However, the capacity of Moso bamboo forests to sequester carbon remains poorly …

The Arctic is undergoing rapid changes in climate, altering the status and functioning of high-
latitude soils and permafrost. The vast majority of studies on Arctic soils and permafrost are …

Ecosystem health assessment is an important method for obtaining information on
ecosystem conditions, and it plays a vital role in preserving and enhancing ecosystem …

Crop productivity is largely dependent on canopy photosynthesis, which is difficult to
measure at farming sites. Therefore, real-time estimation of the canopy photosynthetic rate …