Fig. 4: Exceedance probabilities under varying temperature, log TN, log area, log chlorophyll a, log DOC, log depth and pH. | Nature Water

Fig. 4: Exceedance probabilities under varying temperature, log TN, log area, log chlorophyll a, log DOC, log depth and pH.

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

Fig. 4: Exceedance probabilities under varying temperature, log TN, log area, log chlorophyll a, log DOC, log depth and pH.

For easier visual interpretation the plots are grouped into selected exceedance probability bins, although exceedance probabilities are continuous. ag, For a given microcystin threshold on the vertical axis the colours represent the exceedance probability as a function of temperature (a), TN (b), area (c), chlorophyll a (d), DOC (e), depth (f) and pH (g). In each panel the other (log-transformed) environmental variables are held at their median (pH of 8.27, log chlorophyll a of 2.23, log TN of 6.53, temperature of 24.4 °C, log DOC of 1.77, log depth of 1.57 and log area of 3.55).

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