For most organisms, metabolic rate does not scale linearly, but rather according to a power function: MO2 = b0 * M^b. This function estimates the scaling coefficient,
b, given MO2s from different sized individuals.
a vector of animal masses.
a vector of metabolic rates.
a string defining what kind of plot to display. "linear" for linear axes, "log" for log10-scale axes, and "none" for no plot. Default is "linear".
MO2 = b0 * M^b
b0 is species-specific normalization constant,
M is mass and
b is the scaling coefficient.
Matthew A. Birk, email@example.com
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# Simple example mass <- c(1, 10, 100, 1000, 40, 4, 400, 60, 2, 742, 266, 983) # made up values MO2 <- mass ^ 0.65 + rnorm(n = length(mass)) # make up some data calc_b(mass = mass, MO2 = MO2) # How about some mass-specific MO2s? msMO2 <- mass ^ -0.25 + rnorm(n = length(mass), sd = 0.05) calc_b(mass = mass, MO2 = msMO2) calc_b(mass = mass, MO2 = msMO2, plot = "log")
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