Fig. 3: Contribution of heterotrophy (Het., in rose) and methanotrophy (Met., in green) to the whole water column microbial carbon consumption (volume weighted rates) during summer in each studied lake. | Nature Communications

Fig. 3: Contribution of heterotrophy (Het., in rose) and methanotrophy (Met., in green) to the whole water column microbial carbon consumption (volume weighted rates) during summer in each studied lake.

From: The role of methanotrophy in the microbial carbon metabolism of temperate lakes

Fig. 3: Contribution of heterotrophy (Het., in rose) and methanotrophy (Met., in green) to the whole water column microbial carbon consumption (volume weighted rates) during summer in each studied lake.

Each dot represents the fraction of C consumed by heterotrophy or methanotrophy calculated using a profile taken at a different sampling date (Triton: n = 6, en Coeur: n =  5, Morency: n = 6, Croche: n = 16, Cromwell: n = 4, Geai: n = 13). Boxplots show median, first and third quartiles (hinges), and 1.5 x interquartile range (whiskers). Lakes are plotted in order of increasing proportion of water column volume with CH4:O2 molar ratio > 0.6.

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