Scaling in Biology¶
Brown, J. H., & West, G. B. (2000). Scaling in Biology. Oxford University Press.
Cited by¶
2 citations across 2 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Allometry and Scaling Law
- This enables prediction and cross-domain transfer of design principles, as Brown and West (2000) argue across the contributions assembled in Scaling in Biology.
This sourceEdited synthesis consolidating the West–Brown–Enquist program and connecting fractal geometry to substrate-grounded explanation of metabolic, structural, and ecological scaling.
- This enables prediction and cross-domain transfer of design principles, as Brown and West (2000) argue across the contributions assembled in Scaling in Biology.
- Fractal Geometry
- The transfer in the other direction is from procedural generation in graphics to the multifractal modeling of finance: the explicit-IFS / explicit-cascade construction of synthetic data with controlled fractal properties allows risk-modelers to test their estimation procedures against synthetic series with known scaling behavior — the same recursive-rule machinery serving aesthetic and quantitative-modeling needs in different decades, with Brown and West's (2000) edited Scaling in Biology synthesizing the cross-substrate transfer arc.
This sourceEdited synthesis of allometric and fractal-network scaling across biological systems, consolidating the West-Brown-Enquist program and connecting fractal geometry to substrate-grounded explanation.
- The transfer in the other direction is from procedural generation in graphics to the multifractal modeling of finance: the explicit-IFS / explicit-cascade construction of synthetic data with controlled fractal properties allows risk-modelers to test their estimation procedures against synthetic series with known scaling behavior — the same recursive-rule machinery serving aesthetic and quantitative-modeling needs in different decades, with Brown and West's (2000) edited Scaling in Biology synthesizing the cross-substrate transfer arc.
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