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- W1966754098 abstract "Metabolism fuels all biological activities, and thus understanding its variation is fundamentally important. Much of this variation is related to body size, which is commonly believed to follow a 3/4-power scaling law. However, during ontogeny, many kinds of animals and plants show marked shifts in metabolic scaling that deviate from 3/4-power scaling predicted by general models. Here, we show that in diverse aquatic invertebrates, ontogenetic shifts in the scaling of routine metabolic rate from near isometry ( b R = scaling exponent approx. 1) to negative allometry ( b R < 1), or the reverse, are associated with significant changes in body shape (indexed by b L = the scaling exponent of the relationship between body mass and body length). The observed inverse correlations between b R and b L are predicted by metabolic scaling theory that emphasizes resource/waste fluxes across external body surfaces, but contradict theory that emphasizes resource transport through internal networks. Geometric estimates of the scaling of surface area (SA) with body mass ( b A ) further show that ontogenetic shifts in b R and b A are positively correlated. These results support new metabolic scaling theory based on SA influences that may be applied to ontogenetic shifts in b R shown by many kinds of animals and plants." @default.
- W1966754098 created "2016-06-24" @default.
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- W1966754098 date "2015-03-07" @default.
- W1966754098 modified "2023-10-17" @default.
- W1966754098 title "Shape shifting predicts ontogenetic changes in metabolic scaling in diverse aquatic invertebrates" @default.
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- W1966754098 doi "https://doi.org/10.1098/rspb.2014.2302" @default.
- W1966754098 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4344145" @default.
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