BIOB32H3 Lecture Notes - Lecture 5: Scientific Reports, Genome Size, Vehicle Emissions Control

• School: UTSC
• Department: Biological Sciences
• Course: BIOB32H3
• Professor: jason brown

Document Summary

Ballesteros et al. (2018) scientific reports 8: 1448. Harrison (2017) trends in ecol and evol 32: 653. Overview scaling coefficient scaling exponent b x2 = ax1 positive allometric scaling a > 0; Overview scaling coefficient b x2 = ax1 positive allometric scaling a > 0; > 1 scaling exponent log(x2) = blog(x1) + log(a) isometric scaling a > 0; b = 1 negative allometric scaling a> 0; 0 < b < 1 log(x2) log(a) => if we have a slope for a log linear transformation of an allometric relationship, we can determine the type of relationship by looking at its slope bc that"s the scaling component. Every process that occurs is dissipative t e a e. Fre e e n ergy k r o w r o s i s e h t n y s o i b r o f e l b a l i a v a.