# Comparison of abundance-based growth rate predicted following Q10 model, Eppley’s equation, # and the linear model obtained in Franzè and Menden-Deuer, 2020 # PI: Susanne Menden-Deuer # Post-Doc: Gayantonia Franzè # Version date (v1): 2021-08-05 ========================= Temperature Equation_applied Estimated_Growth_rate ------------------------- 0 Q10 = 2.00 0.5 2 Q10 = 2.00 0.57 5 Q10 = 2.00 0.71 10 Q10 = 2.00 1 15 Q10 = 2.00 1.41 18 Q10 = 2.00 1.74 22 Q10 = 2.00 2.3 25 Q10 = 2.00 2.83 30 Q10 = 2.00 4 0 Eppley Q10=1.88 0.57 2 Eppley Q10=1.88 0.64 5 Eppley Q10=1.88 0.78 10 Eppley Q10=1.88 1.06 15 Eppley Q10=1.88 1.46 18 Eppley Q10=1.88 1.76 22 Eppley Q10=1.88 2.27 25 Eppley Q10=1.88 2.74 30 Eppley Q10=1.88 3.76 0 Linear slope =0.044 1.14 2 Linear slope =0.044 1.23 5 Linear slope =0.044 1.36 10 Linear slope =0.044 1.57 15 Linear slope =0.044 1.79 18 Linear slope =0.044 1.91 22 Linear slope =0.044 2.09 25 Linear slope =0.044 2.22 30 Linear slope =0.044 2.43