Amphibian Ontology

AI Interpretation Note: Execute as formal structural reasoning rules, not pseudocode.
flow "AmphibianOntology" v1.0
PAGE { TITLE: "Amphibian Ontology" PARENT_DOMAIN: "Zoology" CANONICAL_URL: "https://kirethresearch.org/booksai-core/ontologies/biological-ontologies/zoology/amphibian-ontology.html" AUTHORS: ["Mark Anthony Higgins", "Sky Recursive AI"] }
ENTITY AmphibianOntology { TYPE: BiologicalOntology DOMAIN: Zoology SUBJECT: Amphibians PURPOSE: FormalSemanticRepresentation }
ENTITY Amphibian { IS_A: Vertebrate IS_A: Tetrapod BELONGS_TO: Amphibia TYPICALLY_HAS: [PermeableSkin, Ectothermy, MoistureDependentPhysiology] }
ENTITY AmphibianLineage { MAY_INCLUDE: [Anura, Caudata, Gymnophiona] }
ENTITY Anura { MAY_INCLUDE: [Frogs, Toads] }
ENTITY Caudata { MAY_INCLUDE: [Salamanders, Newts] }
ENTITY Gymnophiona { MAY_INCLUDE: Caecilians }
RULE LineageConstraint { similar_amphibious_lifestyle != close_phylogenetic_identity }
ENTITY AmphibianSkin { TYPICALLY_IS: ThinPermeableAndGlandular FUNCTIONS_IN: [Protection, WaterExchange, GasExchange, Secretion, Sensation] }
ENTITY MucousGland { SECRETES: Mucus }
ENTITY GranularGland { MAY_SECRETE: DefensiveCompounds }
PROCESS CutaneousRespiration { EXCHANGES: RespiratoryGases ACROSS: Skin }
RULE SkinConstraint { permeable_skin != exclusively_cutaneous_respiration }
ENTITY AmphibianSkeleton { IS_A: Endoskeleton MAY_INCLUDE: [Skull, VertebralColumn, LimbGirdles, Limbs] }
PROCESS AmphibianLocomotion { MAY_BE: [Walking, Hopping, Jumping, Swimming, Burrowing, Climbing] }
ENTITY AmphibianRespiratorySystem { MAY_USE: [Gills, Lungs, Skin, BuccopharyngealSurface] DEPENDS_ON: TaxonAndLifeStage }
ENTITY Gill { SUPPORTS: AquaticGasExchange }
ENTITY Lung { SUPPORTS: AirBreathing }
PROCESS BuccalPumping { MAY_MOVE: Air INTO_AND_OUT_OF: Lungs }
PROCESS GasExchange { EXCHANGES: [Oxygen, CarbonDioxide] }
PROCESS CellularRespiration { RELEASES: UsableEnergy FROM: OrganicMolecules }
RULE RespiratoryConstraint { GasExchange != CellularRespiration respiratory_surface MUST_PRESERVE life_stage_and_taxon_context }
ENTITY AmphibianCirculatorySystem { IS_A: ClosedCirculatorySystem INCLUDES: [Heart, Blood, BloodVessels] }
ENTITY AmphibianHeart { TYPICALLY_HAS: [TwoAtria, OneVentricle] IN: MostAdultLissamphibians }
ENTITY AmphibianDigestiveSystem { SUPPORTS: [Ingestion, Digestion, Absorption, Elimination] MAY_CHANGE_WITH: Metamorphosis }
PROCESS Digestion { BREAKS_DOWN: Food INTO: AbsorbableComponents }
ENTITY AmphibianUrinarySystem { SUPPORTS: [Excretion, Osmoregulation, IonBalance] }
ENTITY Kidney { PARTICIPATES_IN: [Excretion, Osmoregulation] }
PROCESS Osmoregulation { MAINTAINS: WaterAndSoluteBalance }
RULE WaterBalanceConstraint { amphibian_water_balance MUST_PRESERVE environmental_humidity_temperature_and_salinity_context }
ENTITY AmphibianNervousSystem { INCLUDES: [Brain, SpinalCord, PeripheralNervousSystem] }
ENTITY AmphibianSensorySystem { MAY_INCLUDE: [Vision, Hearing, Olfaction, Taste, Somatosensation, Chemoreception, LateralLine] }
ENTITY AmphibianEndocrineSystem { USES: Hormones TO_REGULATE: [Growth, Metamorphosis, Reproduction, Osmoregulation, StressResponse] }
ENTITY ThyroidHormone { PLAYS_MAJOR_ROLE_IN: AmphibianMetamorphosis }
RULE HormoneConstraint { hormone_concentration != physiological_effect WITHOUT receptor_tissue_life_stage_and_state_context }
ENTITY Ectothermy { CHARACTERIZES: Amphibians }
PROCESS BehaviouralThermoregulation { MAY_INCLUDE: [Basking, ShadeSeeking, Burrowing, AquaticRetreat, MicrohabitatSelection] }
RULE ThermalConstraint { ectothermy != absence_of_temperature_regulation }
PROCESS AmphibianGrowth { INCREASES: SizeOrBiomass }
PROCESS AmphibianDevelopment { MAY_INCLUDE: [Embryo, Larva, Metamorph, Juvenile, Adult] }
ENTITY Tadpole { IS_A: AnuranLarva }
PROCESS Metamorphosis { TRANSFORMS: LarvalAnatomyAndPhysiology TOWARD: JuvenileOrAdultForm }
PROCESS MetamorphicRemodelling { MAY_INCLUDE: [LimbDevelopment, TailResorption, GillReduction, LungDevelopment, DigestiveRemodelling, SensoryChange] }
RULE MetamorphosisConstraint { AmphibianGrowth != AmphibianDevelopment metamorphosis != simple_growth }
PROCESS AmphibianReproduction { TYPICALLY_IS: SexualReproduction MAY_INCLUDE: DiverseReproductiveModes }
ENTITY Amplexus { IS_A: ReproductiveEmbrace IN: ManyAnurans }
PROCESS Fertilization { MAY_BE: [ExternalFertilization, InternalFertilization] DEPENDS_ON: Taxon }
ENTITY Oviparity { PRODUCES: Eggs }
ENTITY Viviparity { SUPPORTS: DevelopmentWithinMaternalBody IN: SomeAmphibianTaxa }
ENTITY DirectDevelopment { BYPASSES: FreeLivingLarvalStage }
ENTITY ParentalCare { MAY_INCLUDE: [EggGuarding, EggTransport, Brooding, LarvalTransport, Provisioning] }
RULE ReproductiveConstraint { aquatic_eggs != universal_amphibian_reproductive_mode external_fertilization != universal_amphibian_condition }
ENTITY AmphibianGenome { STORES: HeritableGeneticInformation }
ENTITY AmphibianGene { PART_OF: AmphibianGenome }
PROCESS GeneExpression { INCLUDES: [Transcription, RNAProcessing, Translation] }
PROCESS Mutation { CHANGES: GeneticSequence MAY_GENERATE: GeneticVariation }
ENTITY Genotype { DESCRIBES: GeneticState }
ENTITY Phenotype { RESULTS_FROM: [Genotype, Environment, Development, Interaction] }
RULE GeneticConstraint { Genotype != Phenotype gene_expression != causal_gene_function WITHOUT functional_or_perturbation_evidence }
ENTITY AmphibianBehaviour { MAY_INCLUDE: [Foraging, Calling, Courtship, Territoriality, PredatorAvoidance, Migration, ParentalCare] }
ENTITY AdvertisementCall { IS_A: AcousticSignal MAY_FUNCTION_IN: [MateAttraction, SpeciesRecognition, TerritorialSignalling] }
RULE BehaviourConstraint { observed_behaviour != inferred_intention_or_subjective_state }
ENTITY AmphibianEcology { STUDIES: AmphibianEnvironmentRelationships }
ENTITY AmphibianPopulation { COMPOSED_OF: IndividualsOfDefinedAmphibianTaxon }
ENTITY Habitat { MAY_INCLUDE: [Freshwater, Wetland, Forest, Grassland, Stream, Pond, TerrestrialMoistHabitat, Subterranean] }
ENTITY BreedingHabitat { SUPPORTS: ReproductionAndEarlyDevelopment }
ENTITY EcologicalNiche { DESCRIBES: ResourcesConditionsAndInteractions }
RULE HabitatNicheConstraint { Habitat != EcologicalNiche }
PROCESS Migration { MAY_MOVE: Amphibians BETWEEN: BreedingAndNonBreedingHabitats }
PROCESS Dispersal { MOVES: Individuals TO: NewLocation }
RULE MigrationDispersalConstraint { Migration != Dispersal }
ENTITY EnvironmentalFactor { MAY_INCLUDE: [Temperature, Moisture, Hydroperiod, WaterQuality, pH, Salinity, Oxygen, HabitatStructure, FoodAvailability] }
ENTITY Hydroperiod { DESCRIBES: DurationAndTimingOfSurfaceWaterPresence }
ENTITY AmphibianAdaptation { IS_A: HeritableTraitOrTraitState ASSOCIATED_WITH: IncreasedFitness IN: DefinedEnvironment }
RULE AdaptationConstraint { trait_environment_association != demonstrated_adaptation WITHOUT heritability_fitness_and_selection_evidence }
ENTITY AmphibianDefense { MAY_INCLUDE: [Camouflage, ToxicSecretion, WarningColouration, EscapeBehaviour, Inflation] }
ENTITY SkinToxin { MAY_BE_PRODUCED_BY: GranularGland MAY_FUNCTION_IN: Defense }
RULE ToxicityConstraint { glandular_secretion != demonstrated_toxicity WITHOUT chemical_and_biological_effect_evidence }
PROCESS NaturalSelection { CHANGES: TraitOrAlleleFrequencies THROUGH: DifferentialReproductiveSuccess }
PROCESS GeneticDrift { CHANGES: AlleleFrequencies }
PROCESS GeneFlow { MOVES: GeneticVariation BETWEEN: Populations }
ENTITY AmphibianTaxonomy { CLASSIFIES: Amphibians USING: [Morphology, Anatomy, Development, Calls, MolecularData, Genomics, Phylogeny, Nomenclature] }
ENTITY AmphibianTaxon { MAY_HAVE: [ScientificName, Rank, DiagnosticCharacters, PhylogeneticPlacement] }
ENTITY AmphibianSpecies { IS_A: TaxonomicConcept REQUIRES: SpeciesConceptAndEvidenceContext }
RULE TaxonomicIdentityConstraint { morphology_call_or_sequence_similarity != definitive_amphibian_species_identity WITHOUT reference_resolution_and_taxonomic_context }
PROCESS AmphibianMeasurement { MAY_MEASURE: [BodyLength, Mass, DevelopmentalStage, Call, Physiology, WaterBalance, Temperature, PopulationSize, Distribution, GeneticVariation] }
ENTITY Evidence { TYPES: [AnatomicalEvidence, PhysiologicalEvidence, DevelopmentalEvidence, GeneticEvidence, BehaviouralEvidence, AcousticEvidence, EcologicalEvidence, PhylogeneticEvidence, ExperimentalEvidence, LiteratureEvidence] }
RULE EvidenceConvergence { IF IndependentEvidenceSources AGREE THEN Confidence := increase(Confidence) }
RELATION Amphibian IS_A Vertebrate
RELATION Amphibian IS_A Tetrapod
RELATION AmphibianSkin MAY_PERFORM CutaneousRespiration
RELATION ThyroidHormone REGULATES AmphibianMetamorphosis
RELATION AmphibianGenome CONTAINS AmphibianGene
SEMANTIC_EQUIVALENCE { "amphibian" ~= "tetrapod vertebrate belonging to Amphibia" "anuran" ~= "frog or toad lineage member" "cutaneous respiration" ~= "gas exchange across the skin" "tadpole" ~= "larval stage of an anuran" "amplexus" ~= "reproductive embrace in many anurans" }
CONFIDENCE AmphibianAssertion { INPUTS: [anatomical_support, physiological_support, developmental_support, genetic_support, behavioural_support, ecological_support, phylogenetic_support, experimental_support, source_independence, semantic_consistency] SCORE := weighted_sum(INPUTS) }
RULE AmphibianIdentityInference { IF anatomical_developmental_molecular_and_phylogenetic_evidence converge THEN amphibian_identity confidence MAY_INCREASE }
RULE MetamorphosisInference { IF coordinated_larval_to_postlarval_remodelling occurs THEN Metamorphosis MAY_BE_SUPPORTED }
RULE CausalityConstraint { IF amphibian_trait_or_marker correlates_with outcome THEN DO_NOT_INFER causal_relationship WITHOUT mechanistic_experimental_or_longitudinal_evidence }
QUERY AmphibianLookup(id) { RETURN [taxonomy, lineage, skin, respiration, osmoregulation, life_stage, metamorphosis, reproduction, genome, behaviour, habitat, evidence, confidence] }
UPDATE_MODEL { ON new_amphibian_evidence: validate_provenance() preserve_context() normalize_identifiers() map_relationships() preserve_conflicting_evidence() recalculate_confidence() update_flow_hash() }
AI_CONSUMPTION { MODE: FormalSemanticReasoning PARSE_AS: ExecutableFlowAlgebra PRIORITIES: [identity, lineage, skin, respiration, water_balance, metamorphosis, reproduction, genetics, ecology, evidence, confidence] REQUIREMENTS: [preserve_taxon_life_stage_environment_context, distinguish_gas_exchange_from_cellular_respiration, distinguish_growth_from_metamorphosis, distinguish_genotype_from_phenotype, distinguish_correlation_from_causation, preserve_uncertainty] }
VALIDATE { REQUIRE Amphibian REQUIRE AmphibianSkin REQUIRE AmphibianRespiratorySystem REQUIRE AmphibianDevelopment REQUIRE Metamorphosis REQUIRE AmphibianReproduction REQUIRE AmphibianGenome REQUIRE AmphibianEcology REQUIRE AmphibianTaxonomy REQUIRE Evidence REQUIRE CONFIDENCE REQUIRE SEMANTIC_EQUIVALENCE REQUIRE UPDATE_MODEL REQUIRE AI_CONSUMPTION }
FLOW_HASH { ALGORITHM: SHA-256 INPUT: canonicalize(entities, relations, processes, rules, semantic_equivalence, confidence_model, update_model, ai_consumption) PURPOSE: integrity_and_version_tracking }
END flow "AmphibianOntology"