CHN.BIO — China Bio Directory Index (Almost-Code Canonical) — v0.1

TITLE (WP): CHN.BIO — China Bio Directory Index (Almost-Code Canonical)

CIVOS.VERSION-CONTRACT (LOCK)

  • CivOS.VERSION = v1.0
  • CivOS.MODE = almost-code-canonical
  • CivOS.STATUS = canonical
  • CivOS.SCOPE = BioOS (Country Index)
  • CivOS.COMPAT = additive-only
  • CivOS.DOES_NOT_REPLACE = Place×Lane×Zoom×Role×Type×ID
  • CivOS.PLACE = CHN.Z5
  • CivOS.RELATED = WORLD.BIO (canonical)

CHN.BIO.PURPOSE (LOCK)

  • CHN.BIO = country-level BioOS index that binds Taxon-Nodes to CHN PlaceID (Z5), grouped by habitat bins + interaction verbs, without attempting full species coverage.

CHN.BIO.PLACE ANCHOR (LOCK)

  • PLACE.ID = CHN.Z5
  • PLACE.NAME = China
  • PLACE.TYPE = country
  • PLACE.ALIASES = {PRC, People's Republic of China, Zhongguo}

CHN.BIO.SCOPE RULES (v0.1, keep clean)

  • Rule.1 = CHN.BIO is an index, not an encyclopedia
  • Rule.2 = Only exemplar nodes per HAB and ER (teach the lattice)
  • Rule.3 = Every BIO.NODE binds to CHN.Z5 via native_to|introduced_to|migratory_through
  • Rule.4 = Interactions use whitelist verbs only
  • Rule.5 = BP is sensor-defined; keep sensors coarse at v0.1

CHN.BIO.HABITAT DIRECTORY (HAB → exemplar nodes)

HAB=FOR (forest / mountain forests)

BIO.NODE (exemplar: predator)

  • BIO.ID = BIO.TAXON::species::panthera_tigris
  • BIO.LCCS = LCCS.TAX=panthera_tigris.RANK=species.ER=PRD.HAB=FOR.BP=BP1
  • BIO.NAME = Tiger
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = preys_on -> BIO.TAXON::species::<prey_placeholder>
  • SENS = {pop_trend=down, range_trend=shrink, habitat_integrity=low, threat_pressure=high}
  • NOTES = exemplar forest predator; refine to sub-places in v0.2

BIO.NODE (exemplar: ecosystem engineer)

  • BIO.ID = BIO.TAXON::species::<bamboo_specialist_placeholder>
  • BIO.LCCS = LCCS.TAX=<bamboo_specialist_placeholder>.RANK=species.ER=ENG.HAB=FOR.BP=BP2
  • BIO.NAME = <bamboo/forest ecosystem engineer exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = depends_on -> BIO.TAXON::genus::<bamboo_genus_placeholder>
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder; swap to a chosen species in v0.2

BIO.NODE (exemplar: plant genus)

  • BIO.ID = BIO.TAXON::genus::<bamboo_genus_placeholder>
  • BIO.LCCS = LCCS.TAX=<bamboo_genus_placeholder>.RANK=genus.ER=ENG.HAB=FOR.BP=BP3
  • BIO.NAME = <bamboo genus exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = engineers_habitat_for -> BIO.ER.DEC
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=high, threat_pressure=low}
  • NOTES = habitat engineer proxy (forest structure + food webs)

HAB=GRA (grassland / steppe)

BIO.NODE (exemplar: herbivore)

  • BIO.ID = BIO.TAXON::species::<steppe_herbivore_placeholder>
  • BIO.LCCS = LCCS.TAX=<steppe_herbivore_placeholder>.RANK=species.ER=HRB.HAB=GRA.BP=BP2
  • BIO.NAME = <steppe herbivore exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = competes_with -> BIO.TAXON::species::<herbivore_placeholder_2>
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder; choose one representative in v0.2

BIO.NODE (decomposer backbone)

  • BIO.ID = BIO.TAXON::kingdom::fungi
  • BIO.LCCS = LCCS.TAX=fungi.RANK=kingdom.ER=DEC.HAB=GRA.BP=BP3
  • BIO.NAME = Fungi (decomposer backbone)
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = depends_on -> dead_organic_matter
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=high, threat_pressure=low}
  • NOTES = decomposer template for grassland nutrient cycling

HAB=RIV (freshwater / rivers / lakes)

BIO.NODE (exemplar: ecosystem engineer / keystone)

  • BIO.ID = BIO.TAXON::species::<freshwater_engineer_placeholder>
  • BIO.LCCS = LCCS.TAX=<freshwater_engineer_placeholder>.RANK=species.ER=ENG.HAB=RIV.BP=BP2
  • BIO.NAME = <freshwater habitat engineer exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = engineers_habitat_for -> BIO.ER.DEC
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder; binds into water/food/ecosystem stability

BIO.NODE (exemplar: parasite/vector bridge placeholder)

  • BIO.ID = BIO.TAXON::species::<freshwater_vector_placeholder>
  • BIO.LCCS = LCCS.TAX=<freshwater_vector_placeholder>.RANK=species.ER=PAR.HAB=RIV.BP=BP2
  • BIO.NAME = <freshwater vector/parasite exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = infects -> BIO.TAXON::species::<host_placeholder>
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = keep as placeholder; detail in HLT-bridge v0.2

HAB=MAR (marine / coastal)

BIO.NODE (exemplar: predator)

  • BIO.ID = BIO.TAXON::species::<marine_predator_placeholder>
  • BIO.LCCS = LCCS.TAX=<marine_predator_placeholder>.RANK=species.ER=PRD.HAB=MAR.BP=BP2
  • BIO.NAME = <marine predator exemplar>
  • BINDS.PLACE = {native_to|migratory_through}: CHN.Z5
  • BINDS.INTERACT = preys_on -> BIO.TAXON::species::<marine_prey_placeholder>
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder exemplar; refine later

BIO.NODE (exemplar: reef/coastal engineer placeholder)

  • BIO.ID = BIO.TAXON::species::<coastal_engineer_placeholder>
  • BIO.LCCS = LCCS.TAX=<coastal_engineer_placeholder>.RANK=species.ER=ENG.HAB=REEF.BP=BP2
  • BIO.NAME = <coastal habitat engineer exemplar>
  • BINDS.PLACE = {native_to}: CHN.Z5
  • BINDS.INTERACT = engineers_habitat_for -> BIO.ER.DEC
  • SENS = {pop_trend=unknown, range_trend=unknown, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder for coastal systems

HAB=URB (urban)

BIO.NODE (exemplar: pollinator)

  • BIO.ID = BIO.TAXON::species::apis_mellifera
  • BIO.LCCS = LCCS.TAX=apis_mellifera.RANK=species.ER=POL.HAB=URB.BP=BP2
  • BIO.NAME = Western honey bee
  • BINDS.PLACE = {introduced_to|native_to}: CHN.Z5
  • BINDS.INTERACT = pollinates -> BIO.TAXON::genus::<urban_flowering_plant_placeholder>
  • SENS = {pop_trend=unknown, range_trend=flat, habitat_integrity=med, threat_pressure=med}
  • NOTES = urban pollination exemplar; bridge to FOOD lane below

BIO.NODE (exemplar: introduced/invasive placeholder)

  • BIO.ID = BIO.TAXON::species::<introduced_species_placeholder>
  • BIO.LCCS = LCCS.TAX=<introduced_species_placeholder>.RANK=species.ER=PAR.HAB=URB.BP=BP2
  • BIO.NAME = <introduced/invasive exemplar>
  • BINDS.PLACE = {introduced_to}: CHN.Z5
  • BINDS.INTERACT = competes_with -> BIO.TAXON::species::<native_species_placeholder>
  • SENS = {pop_trend=unknown, range_trend=expand, habitat_integrity=med, threat_pressure=med}
  • NOTES = placeholder for SEC/biosecurity bridge (introduced_to implies regulation load)

CHN.BIO.INTERACTION INDEX (verb → examples)

preys_on

  • BIO.TAXON::species::panthera_tigris preys_on BIO.TAXON::species::<prey_placeholder>
  • BIO.TAXON::species::<marine_predator_placeholder> preys_on BIO.TAXON::species::<marine_prey_placeholder>

pollinates

  • BIO.TAXON::species::apis_mellifera pollinates BIO.TAXON::genus::<urban_flowering_plant_placeholder>

engineers_habitat_for

  • BIO.TAXON::genus::<bamboo_genus_placeholder> engineers_habitat_for BIO.ER.DEC
  • BIO.TAXON::species::<freshwater_engineer_placeholder> engineers_habitat_for BIO.ER.DEC

infects

  • BIO.TAXON::species::<freshwater_vector_placeholder> infects BIO.TAXON::species::<host_placeholder>

competes_with

  • BIO.TAXON::species::<introduced_species_placeholder> competes_with BIO.TAXON::species::<native_species_placeholder>

CHN.BIO → CIVOS LANE BRIDGES (make BioOS “part of the civilisation atlas”)

FOOD lane bridge (pollination + habitat integrity → food stability)

BIO→CIV.BRIDGE

  • BIO.ER.POL BINDS.CIVLANE = FOOD
  • BIO.HAB.FOR BINDS.CIVLANE = FOOD
  • BIO.HAB.RIV BINDS.CIVLANE = FOOD
  • NOTES = food pipelines depend on pollination + water habitats

HLT lane bridge (infects/hosts)

BIO→CIV.BRIDGE

  • BIO.INTERACT.infects BINDS.CIVLANE = HLT
  • BIO.INTERACT.hosts BINDS.CIVLANE = HLT
  • NOTES = keep detailed vector/pathogen nodes for v0.2

SEC lane bridge (introduced_to)

BIO→CIV.BRIDGE

  • BINDS.PLACE.introduced_to BINDS.CIVLANE = SEC
  • NOTES = introduced_to implies surveillance + controls (biosecurity load)

TRN lane bridge (movement of organisms)

BIO→CIV.BRIDGE

  • BINDS.PLACE.migratory_through BINDS.CIVLANE = TRN
  • NOTES = organism movement intersects transport rules + inspections

EDU lane bridge (knowledge indexing)

BIO→CIV.BRIDGE

  • BIO.RANK.* BINDS.CIVLANE = EDU
  • NOTES = BioOS becomes a curriculum directory substrate (taxonomy + interactions)

CHN.BIO.NEXT (v0.2 expansion, still additive-only)

  • Replace placeholders with chosen exemplars (one per HAB×ER bucket)
  • Add sub-place binds = CHN.<province>.Z4 / CHN.<city>.Z3 (later)
  • Add invasive exemplars explicitly via introduced_to (SEC)
  • Add health vector exemplars explicitly via infects/hosts (HLT)
  • Add “Bio-to-Food supply chain” bridge page for CHN (FOOD lane deep dive)

LEGACY ISOLATION (SHORT)

CIVOS.LEGACY-BRIDGE

  • Rule = Any legacy CivOS page that mentions “China wildlife/ecology” in prose should point here as canonical CHN.BIO index
  • Mechanism = legacy banner + rel=canonical + optional noindex/301

History and Biology Lattice Series:

Recommended Internal Links (Spine)

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