Enquist et al. raise several points that they claim cast doubt on our findings and interpretation regarding whole-plant relations of respiration, R, with plant mass, M, and total plant nitrogen content, N. We agree with Enquist et al. that R does not scale isometrically with M across all plants. However, their assertion that we claim that isometric scaling (R M , with = 1) is universal in plants of all sizes is incorrect - in fact, we conclude the opposite, noting that there is isometric scaling within individual experiments, non-isometric scaling of respiration versus mass across all data pooled, and no common relation across all data
1. A theoretical explanation for the long-known empirical observation of 3/4-power scaling of organi...
Scaling relations among plant traits are both cause and consequence of processes at organ-to-ecosyst...
Metabolic rate, heart rate, lifespan, and many other physiological properties vary with body mass in...
The scaling of respiratory metabolism to body size in animals is considered to be a fundamental law ...
We show that the criticism of Makarieva et al. of our work on metabolic scaling in living organisms ...
<div><p>Metabolic scaling theory (MST) is an attempt to link physiological processes of individual o...
To model plant growth, ecologists have integrated metabolism into allometric equations, most notorio...
Metabolic scaling theory (MST) is an attempt to link physiological processes of individual organisms...
Using a database of 2510 measurements from 287 species, we assessed whether general relationships ex...
The West-Brown-Enquist (WBE) metabolic scaling theory posits that many organismal features scale pre...
The debate about the value of the allometric scaling exponent (b) relating metabolic rate to body ma...
Using a database of 2510 measurements from 287 species, we assessed whether general relationships ex...
Belowground organisms often display a shift in their mass-abundance scaling relationships due to env...
Estimation of the impacts of atmospheric nitrogen (N) deposition on ecosystems and biodiversity is a...
More than 5,000 measurements from 1,943 plant species were used to explore the scaling relationships...
1. A theoretical explanation for the long-known empirical observation of 3/4-power scaling of organi...
Scaling relations among plant traits are both cause and consequence of processes at organ-to-ecosyst...
Metabolic rate, heart rate, lifespan, and many other physiological properties vary with body mass in...
The scaling of respiratory metabolism to body size in animals is considered to be a fundamental law ...
We show that the criticism of Makarieva et al. of our work on metabolic scaling in living organisms ...
<div><p>Metabolic scaling theory (MST) is an attempt to link physiological processes of individual o...
To model plant growth, ecologists have integrated metabolism into allometric equations, most notorio...
Metabolic scaling theory (MST) is an attempt to link physiological processes of individual organisms...
Using a database of 2510 measurements from 287 species, we assessed whether general relationships ex...
The West-Brown-Enquist (WBE) metabolic scaling theory posits that many organismal features scale pre...
The debate about the value of the allometric scaling exponent (b) relating metabolic rate to body ma...
Using a database of 2510 measurements from 287 species, we assessed whether general relationships ex...
Belowground organisms often display a shift in their mass-abundance scaling relationships due to env...
Estimation of the impacts of atmospheric nitrogen (N) deposition on ecosystems and biodiversity is a...
More than 5,000 measurements from 1,943 plant species were used to explore the scaling relationships...
1. A theoretical explanation for the long-known empirical observation of 3/4-power scaling of organi...
Scaling relations among plant traits are both cause and consequence of processes at organ-to-ecosyst...
Metabolic rate, heart rate, lifespan, and many other physiological properties vary with body mass in...