Evolving Hierarchical Systems¶
Salthe, S. N. (1985). Evolving Hierarchical Systems: Their Structure and Representation. Columbia University Press.
Cited by¶
4 citations across 4 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Decomposition
- Biology & chemistry: Decomposition reactions (breaking down compounds), metabolic pathways (sequential decomposition), anatomical levels (organism → organ → tissue → cell → molecule), phylogenetic decomposition—a hierarchical organization Salthe (1985) developed as the canonical structure of evolving biological systems.
This sourceBasic Triadic System for hierarchical analysis (focal level plus the level above as constraint and below as initiating cause).
- Biology & chemistry: Decomposition reactions (breaking down compounds), metabolic pathways (sequential decomposition), anatomical levels (organism → organ → tissue → cell → molecule), phylogenetic decomposition—a hierarchical organization Salthe (1985) developed as the canonical structure of evolving biological systems.
- Hierarchical Decomposability
- Salthe (1985) develops exactly this counterfactual logic in his treatment of the triadic constraint structure (focal level, level above as boundary, level below as initiating cause) by which hierarchical analysis is licensed.
This sourceDevelops the Basic Triadic System for hierarchical analysis: analysis at a focal level requires accounting for the level above (as contextual/boundary constraint) and the level below (as enabling/initiating cause); this triadic structure licenses level-at-a-time reasoning in evolving complex systems.
- Salthe (1985) develops exactly this counterfactual logic in his treatment of the triadic constraint structure (focal level, level above as boundary, level below as initiating cause) by which hierarchical analysis is licensed.
- Hierarchy
- Pattee's Hierarchy Theory and Salthe's Evolving Hierarchical Systems
This sourceDevelops the Basic Triadic System for hierarchical analysis: analysis at a focal level requires accounting for the level above (as contextual/boundary constraint) and the level below (as enabling/initiating cause); this triadic structure licenses level-at-a-time reasoning in evolving complex systems.
- Pattee's Hierarchy Theory and Salthe's Evolving Hierarchical Systems
- Top-Down Perspectives
- Salthe's 1985 Evolving Hierarchical Systems
This sourceDevelops the Basic Triadic System for hierarchical analysis: analysis at a focal level requires accounting for the level above (as contextual/boundary constraint) and the level below (as enabling/initiating cause); this triadic structure licenses level-at-a-time reasoning in evolving complex systems.
- Salthe's 1985 Evolving Hierarchical Systems
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