Seasonal and interannual variability of carbon cycle in South China Sea: A three-dimensional physical-biogeochemical modeling study
Abstract The South China Sea (SCS) exhibits strong variations on seasonal to interannual
time scale, and the changing Southeast Asian Monsoon has direct impacts on the nutrients
and phytoplankton dynamics, as well as the carbon cycle. A Pacific basin-wide physical-
biogeochemical model has been developed and used to investigate the physical variations,
ecosystem responses, and carbon cycle consequences. The Pacific basin-wide circulation
model, based on the Regional Ocean Model Systems (ROMS) with a 50-km spatial …
time scale, and the changing Southeast Asian Monsoon has direct impacts on the nutrients
and phytoplankton dynamics, as well as the carbon cycle. A Pacific basin-wide physical-
biogeochemical model has been developed and used to investigate the physical variations,
ecosystem responses, and carbon cycle consequences. The Pacific basin-wide circulation
model, based on the Regional Ocean Model Systems (ROMS) with a 50-km spatial …
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