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. 2013 Dec 31;8(12):e84526. doi: 10.1371/journal.pone.0084526

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This is an open-access article distributed under the terms of the Creative Commons Public Domain declaration, which stipulates that, once placed in the public domain, this work may be freely reproduced, distributed, transmitted, modified, built upon, or otherwise used by anyone for any lawful purpose.

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Top panel (a and b) shows growth under the base model scenarios for 2005 and 2010 (W = 2.5 g, Temp = average temperature in upper 30 m, = 1.0, = prey energy density, = 3.92 kJ⋅g⁻¹; = 5.29 kJ⋅g⁻¹). Middle panel (c and d) shows changes in predicted growth when temperature is increased by 1 standard deviation (SD). Predicted growth could not be estimated at one station in 2005 (c) in the inner domain under increased temperatures because the water temperature in the upper 30 m was greater than 15°C (T_cm = 15°C in the model). Lower panel (e and f) shows changes in predicted growth when prey energy density is increased by 1 SD. Spatial plots of predicted growth when parameters are decreased by 1 SD are not shown, but can be visualized by subtracting the anomalies (lower two panels) from the base scenario plots (top panel).

Inline graphic — Top panel (a and b) shows growth under the base model scenarios for 2005 and 2010 (W = 2.5 g, Temp = average temperature in upper 30 m, = 1.0, = prey energy density, = 3.92 kJ⋅g⁻¹; = 5.29 kJ⋅g⁻¹). Middle panel (c and d) shows changes in predicted growth when temperature is increased by 1 standard deviation (SD). Predicted growth could not be estimated at one station in 2005 (c) in the inner domain under increased temperatures because the water temperature in the upper 30 m was greater than 15°C (T_cm = 15°C in the model). Lower panel (e and f) shows changes in predicted growth when prey energy density is increased by 1 SD. Spatial plots of predicted growth when parameters are decreased by 1 SD are not shown, but can be visualized by subtracting the anomalies (lower two panels) from the base scenario plots (top panel).