Findings reveal the previously overlooked ecological role of H-DOM in bacteria-DOM interactions, and suggest that integrating this component into the carbon cycling framework will facilitate a more comprehensive understanding of carbon transformation across land-ocean aquatic ecosystems.
Zhen-Li Guo, Hua-Long Hong, Guang-Long Zhang et al.· Water Research· 0 citations
Three decades of observational and modelling data are synthesized revealing sustained and widespread herbicide discharge into global coastal oceans, with productive enclosed and semienclosed seas exhibiting 4.9-fold higher concentrations than open coastal waters.
Sarvalingam Barathkumar, Shailesh Nair, Shan-Li Mou et al.· Environmental Science and Te...· 0 citations
Macroalgae, the dominant primary producers of Earth’s most productive coastal vegetated ecosystems and a vital component driving ocean carbon sequestration, produce ∼5 to 80% of their net primary productivity as dissolved organic carbon (DOC). However, the global extent, fate, and contribution of this macroalgae-derive...
Xiu-Ting Feng, Shailesh Nair, K. Hancke et al.· Science Advances· 0 citations
The findings substantiate the direct microbial contribution to the long-lived oceanic carbon reservoir through the rapid diversification of RDOM isomers, a mechanism that contributes to sustaining the complexity and long-term persistence of the planetary-scale carbon reservoir.
Ruan-Hong Cai, O. Lechtenfeld, A. J. Tanentzap et al.· Proceedings of the National...· 2 citations
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