Fig. 5: High in-lake TN concentrations amplify the effect of warming on the probability of exceeding microcystin water quality guidelines. | Nature Water

Fig. 5: High in-lake TN concentrations amplify the effect of warming on the probability of exceeding microcystin water quality guidelines.

From: Geographic redistribution of microcystin hotspots in response to climate warming

Fig. 5: High in-lake TN concentrations amplify the effect of warming on the probability of exceeding microcystin water quality guidelines.

a, The absolute change in exceedance probabilities for microcystin being above the detection limit (occurrence) and other selected thresholds when changing temperatures under different in-lake nitrogen concentrations. All variables (other than temperature and log TN) are kept at their respective medians. b, The absolute change in exceedance probabilities when changing TN concentrations under different temperature conditions. All variables (other than temperature and TN concentration) are kept at their respective medians.

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