Abstract The Southern Ocean accounts for∼ 30% of the ocean's CO2 sink, partly due to its
biological pump that transfers surface‐produced organic carbon to deeper waters. To …

Climate affects the characteristics of the Southern Ocean ecosystem, including bio-optical
properties. Remote sensing is a suitable approach for monitoring a rapidly changing …

Studying the biogeochemistry of the Southern Ocean using remote sensing relies on
accurate interpretation of ocean colour through bio-optical and biogeochemical …

Oceanic phytoplankton productivity, which regulates atmospheric CO 2, is crucial for
unraveling the complexities of the global carbon cycle. Despite its substantial contribution to …

Abstract Knowledge of Southern Ocean carbon cycling is limited by a paucity of
phytoplankton primary productivity (PP) and spectral absorption data in this globally …

Bio-optical properties, which play a crucial role in the understanding of the radiation budget
of optical active substances (OAS), phytoplankton community, biological pump, and …

To examine the spatial pattern and controlling factors of the primary productivity (PP) of
phytoplankton in the eastern Indian Ocean (EIO), deck-incubation carbon fixation (a 14C …

Abstract The Southern Ocean (SO) is a vital ecoregion that plays a crucial role in modulation
of the global carbon cycle and changing climate. Light absorption properties of clear waters …

Surface bio-optical constituents (Chl-a, light-absorption coefficient of phytoplankton (a ph
(443)), detritus (ad (443)), coloured dissolved organic matter (a CDOM (443))), and …

Precise evaluation of in-situ bio-optical variables is crucial to better understand the
biogeochemical facets of every ocean. Despite its global ecological importance, such …