Long-Term Photochemical and Microbial Alterations Lead to the Compositional Convergence of Algal and Terrestrial Dissolved Organic Matter

Lakes are expected to become more active in processing dissolved organic matter (DOM), but the fate of DOM with different origins remains poorly constrained. We conducted long-term incubation experiments (∼1 year) with sole light, sole microbial, and combined light and microbial treatments using DOM...

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Bibliographic Details
Main Author:	ShiLin An (19838253) (author)
Other Authors:	YingXun Du (13135521) (author), XiuLin Huang (19838256) (author), YueHan Lu (841382) (author), ZhenDu Mao (19838259) (author), LiMei Shi (19838262) (author), James B. Cotner (2068942) (author), Peng Xing (4742343) (author), YunLin Zhang (19838265) (author)
Published:	2024
Subjects:	Microbiology Physiology Biotechnology Evolutionary Biology Ecology Immunology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified specific compositions along prolonged environmental transformations rich alicyclic molecules microbial processes played microbial alterations lead greater bacterial cooperation domt converged toward dom molecular composition sole microbial similar composition microbial treatment greater role dom molecules bacterial community various sources transforming domt terrestrial sources term photochemical sole light occurrence patterns mechanisms underlying domt compared dom ), cram enrichment cram ). compositional convergence complex dom combined light bacteria showed bacteria interactions 16s rrna
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Long-Term Photochemical and Microbial Alterations Lead to the Compositional Convergence of Algal and Terrestrial Dissolved Organic Matter

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