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Aims Plant growth forms can influence carbon cycling, particularly in carbon-rich ecosystems like northern peatlands; however, mechanistic evidence of this relationship is limited. Our aim was to determine if northern peatland plant growth forms alter belowground dissolved carbon chemistry and enhance carbon release through stimulated microbial metabolism. Methods We used replicated, peat monoliths...
Background and Aims Future climate conditions (warmer, wetter) are expected to change aboveground plant communities with linked belowground alterations (e.g. porewater chemistry) that can influence carbon dynamics. The aims of this study were 1) to determine if porewater phenolic compound concentrations reflect the changing aboveground plant community and 2) to elucidate if changes in phenolic compounds...
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