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{{#mermaid:
{{#mermaid:flowchart TB
flowchart TB
   %% ====== ROOT ======
   %% ====== ROOT ======
   CBR[[Continuum Biological Registry<br/>Unified Taxonomic Framework]]
   CBR[["Continuum Biological Registry<br/>Unified Taxonomic Framework"]]


   %% ====== THREE TREES OF LIFE ======
   %% ====== THREE TREES OF LIFE ======
   CBR --> CARB_ROOT{{Carbonia<br/>Cellular / Chemical Life}}
   CBR --> CARB_ROOT{{"Carbonia<br/>Cellular / Chemical Life"}}
   CBR --> LUX_ROOT{{Luxiva<br/>Coherent Radiant / Aetheric Life}}
   CBR --> LUX_ROOT{{"Luxiva<br/>Coherent Radiant / Aetheric Life"}}
   CBR --> LITH_ROOT{{Lithoid<br/>Mineral / Crystal / Geologic Life}}
   CBR --> LITH_ROOT{{"Lithoid<br/>Mineral / Crystal / Geologic Life"}}


   %% ====== CARBONIA (Earthlike ladder) ======
   %% ====== CARBONIA (Earthlike ladder) ======
   subgraph CARB["Carbonia Tree of Life"]
   subgraph CARB["Carbonia Tree of Life"]
     direction TB
     direction TB
     CARB_ROOT --> CARB_DOM[Domain (Carbonia)]
     CARB_ROOT --> CARB_DOM["Domain (Carbonia)"]
     CARB_DOM --> CARB_K[Kingdom]
     CARB_DOM --> CARB_K["Kingdom"]
     CARB_K --> CARB_P[Phylum]
     CARB_K --> CARB_P["Phylum"]
     CARB_P --> CARB_C[Class]
     CARB_P --> CARB_C["Class"]
     CARB_C --> CARB_O[Order]
     CARB_C --> CARB_O["Order"]
     CARB_O --> CARB_F[Family]
     CARB_O --> CARB_F["Family"]
     CARB_F --> CARB_G[Genus]
     CARB_F --> CARB_G["Genus"]
     CARB_G --> CARB_S[Species]
     CARB_G --> CARB_S["Species"]


     %% Example endpoints (optional)
     %% Example endpoints (optional)
     CARB_K --> CARB_K_EX1[Animalia]
     CARB_K --> CARB_K_EX1["Animalia"]
     CARB_K --> CARB_K_EX2[Plantae]
     CARB_K --> CARB_K_EX2["Plantae"]
     CARB_K --> CARB_K_EX3[Fungi]
     CARB_K --> CARB_K_EX3["Fungi"]
   end
   end


Line 30: Line 29:
   subgraph LUX["Luxiva Tree of Life"]
   subgraph LUX["Luxiva Tree of Life"]
     direction TB
     direction TB
     LUX_ROOT --> LUX_DOM[Domain (Luxiva)]
     LUX_ROOT --> LUX_DOM["Domain (Luxiva)"]
     LUX_DOM --> LUX_K[Kingdom]
     LUX_DOM --> LUX_K["Kingdom"]
     LUX_K --> LUX_P[Phylum / Morphotype]
     LUX_K --> LUX_P["Phylum / Morphotype"]
     LUX_P --> LUX_C[Class / Coherence Class]
     LUX_P --> LUX_C["Class / Coherence Class"]
     LUX_C --> LUX_O[Order / Resonance Order]
     LUX_C --> LUX_O["Order / Resonance Order"]
     LUX_O --> LUX_F[Family / Harmonic Family]
     LUX_O --> LUX_F["Family / Harmonic Family"]
     LUX_F --> LUX_G[Genus / Pattern Lineage]
     LUX_F --> LUX_G["Genus / Pattern Lineage"]
     LUX_G --> LUX_S[Species / Stable Pattern]
     LUX_G --> LUX_S["Species / Stable Pattern"]


     %% Known kingdoms from your lore set
     %% Known kingdoms from your lore set
     LUX_K --> LUX_K_EX1[Photona (consumer-analog)]
     LUX_K --> LUX_K_EX1["Photona (consumer-analog)"]
     LUX_K --> LUX_K_EX2[Radiophyta (producer-analog)]
     LUX_K --> LUX_K_EX2["Radiophyta (producer-analog)"]
     LUX_K --> LUX_K_EX3[Resonara]
     LUX_K --> LUX_K_EX3["Resonara"]
     LUX_K --> LUX_K_EX4[Luminari]
     LUX_K --> LUX_K_EX4["Luminari"]
     LUX_K --> LUX_K_EX5[Luximycelia]
     LUX_K --> LUX_K_EX5["Luximycelia"]
   end
   end


Line 50: Line 49:
   subgraph LITH["Lithoid Tree of Life"]
   subgraph LITH["Lithoid Tree of Life"]
     direction TB
     direction TB
     LITH_ROOT --> LITH_DOM[Domain (Lithoid)]
     LITH_ROOT --> LITH_DOM["Domain (Lithoid)"]
     LITH_DOM --> LITH_T[Trunk / Stratum]
     LITH_DOM --> LITH_T["Trunk / Stratum"]
     LITH_T --> LITH_C[Clade / Crystal Line]
     LITH_T --> LITH_C["Clade / Crystal Line"]
     LITH_C --> LITH_F[Formation]
     LITH_C --> LITH_F["Formation"]
     LITH_F --> LITH_S[Strain / Pattern]
     LITH_F --> LITH_S["Strain / Pattern"]
     LITH_S --> LITH_I[Individual Node]
     LITH_S --> LITH_I["Individual Node"]


     %% Example endpoints (optional)
     %% Example endpoints (optional)
     LITH_T --> LITH_T_EX1[Basaltic Strata]
     LITH_T --> LITH_T_EX1["Basaltic Strata"]
     LITH_T --> LITH_T_EX2[Crystalline Strata]
     LITH_T --> LITH_T_EX2["Crystalline Strata"]
     LITH_T --> LITH_T_EX3[Metallic Strata]
     LITH_T --> LITH_T_EX3["Metallic Strata"]
   end
   end


Line 71: Line 70:
   class CARB_ROOT,LUX_ROOT,LITH_ROOT tree;
   class CARB_ROOT,LUX_ROOT,LITH_ROOT tree;
   class CARB_K_EX1,CARB_K_EX2,CARB_K_EX3,LUX_K_EX1,LUX_K_EX2,LUX_K_EX3,LUX_K_EX4,LUX_K_EX5,LITH_T_EX1,LITH_T_EX2,LITH_T_EX3 leaf;
   class CARB_K_EX1,CARB_K_EX2,CARB_K_EX3,LUX_K_EX1,LUX_K_EX2,LUX_K_EX3,LUX_K_EX4,LUX_K_EX5,LITH_T_EX1,LITH_T_EX2,LITH_T_EX3 leaf;
}}
}}
{{Concept
{{Concept

Revision as of 16:56, 23 December 2025


A taxon (plural: taxa) is a formally recognized unit of biological classification used across the Continuum Universes. In Continuum science, a taxon may describe organisms that share ancestry, structure, biosignature, behavior, or coherent patterning—even when those organisms are not carbon-based or do not fit traditional cellular biology.

The Continuum Biological Registry (CBR) defines, maintains, and revises official taxa, and assigns a Universal Registry Code to stabilize references across worlds, languages, and timeline variations.

Definition

In simple terms: a taxon is a named “bucket” that groups lifeforms by meaningful biological similarity.

In the Continuum, “similarity” can mean different things depending on the domain:

  • In Carbonia, similarity may be based on anatomy, reproduction, genetics, and ecological role.
  • In Luxiva, similarity may be based on coherence stability, resonance patterns, feeding mode (e.g., radiotrophy vs. photophagy), and reproduction through harmonic processes.

Because not all universes share the same physics, a taxon is treated as a scientific model—useful, revisable, and never sacred.

Taxonomic ranks

The CBR uses rank systems that resemble classical biology where appropriate, but allows rank substitutions when needed.

Common ranks (where applicable) include:

  • Domain (or substrate-domain equivalent)
  • Kingdom
  • Phylum
  • Class
  • Order
  • Family
  • Genus
  • Species

Some domains use parallel or custom ranks when “species” boundaries are fuzzy (e.g., swarm entities, modular organisms, or beings that reproduce by pattern-copying).

Cross-domain taxonomy

Continuum taxonomy exists because “Earth taxonomy everywhere” breaks immediately in the presence of non-carbon life.

Examples:

  • Animalia is a Carbonian kingdom of cellular, chemical organisms.
  • Photona is a Luxivan kingdom filling the analogous ecological niche (motile consumers) but built from coherent radiant structures rather than cells.
  • Radiophyta is a Luxivan producer-analog comparable in role to Plantae but powered by radiance and aether flux rather than chemistry alone.

The CBR attempts to keep analogies useful without pretending the systems are identical.

Universal Registry Codes

Most official taxon records include a Universal Registry Code (URC). These codes exist to prevent ambiguity when:

  • the same name evolves in multiple worlds,
  • translations collide,
  • or a timeline revision causes older names to resurface.

URC formats vary, but commonly encode the domain and rank (for example, Luxiva Kingdom entries often use a pattern like LX-K-…).

How taxon pages are written

On Continuum wikis and registries, a taxon page typically contains:

  • an infobox listing classification and registry fields
  • a lead defining the taxon’s role and distinguishing traits
  • sections covering structure, reproduction, ecology, and known morphotypes
  • crosslinks to related taxa and domains

Many pages use the template Template:Tl to standardize presentation and fields across the archive.

See also

References

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