notableSpecies

P965

predicate

Indicates that the subject is known for, or significantly associated with, the specified species.

Try in SPARQL

All labels observed (59)

Label	Occurrences
hasWildlife	17,841
hasSpecies	8,167
notableSpecies canonical	2,363
hasNotableSpecies	871
importantForSpecies	195
hostsSpecies	183
hasNotableFauna	136
notableFauna	131
notableFlora	92
homeToSpecies	87
focusesOnSpecies	78
notableSpeciesCommonName	77
hasRepresentativeSpecies	72
knownForSpecies	42
hasImportantSpecies	32
notableSpeciesExample	31
notableWildlife	30
representativeSpecies	25
notableAnimal	23
importantSpecies	20
typicalSpeciesObserved	19
typicalWildlifeViewed	19
knownSpecies	18
wildlifeFeature	17
includesNotableSpecies	15
hasNotableAnimalType	13
notableCreature	13
notableBird	10
notableMammalSpecies	10
notableSpeciesInvolved	8
mainSpeciesObserved	7
notableAlienSpecies	7
bestKnownSpecies	6
notableForSpecies	6
containsNotableSpecies	5
mainTankInhabitants	4
majorWildlife	4
primarySpeciesOfConcern	4
nativeAmphibianSpecies	3
primaryStudySpecies	3
recognizedSpecies	3
significantSpecies	2
speciesInLore	2
typicalSubjectSpecies	2
famousForSpecies	1
formerNotableSpecies	1
hasDominantTerrestrialVertebrates	1
mainMonsterType	1
nearbySpecies	1
notableBioluminescentMember	1
notableMammalPopulation	1
notableOrchidMentioned	1
notablePlantSpecies	1
notableSpeciesForCork	1
notableSpeciesForFood	1
notableSpeciesForMedicine	1
notableSpeciesGenus	1
primarySpeciesOfInterest	1
primarySpeciesPresent	1

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction

Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'

Input

Predicate: notableSpecies

Generated description

Indicates that the subject is known for, or significantly associated with, the specified species.

Sample triples (30,711)

Subject	Object
Twin Rivers State Forest	gray squirrel via predicate surface "hasWildlife" ⓘ
Twin Rivers State Forest	various wading birds via predicate surface "hasWildlife" ⓘ
Twin Rivers State Forest	freshwater fish via predicate surface "hasWildlife" ⓘ
Onslow Beach	sea turtles via predicate surface "hasWildlife" ⓘ
Onslow Beach	shorebirds via predicate surface "hasWildlife" ⓘ
Jervis Bay National Park	dolphins via predicate surface "hasWildlife" ⓘ
Jervis Bay National Park	whales via predicate surface "hasWildlife" ⓘ
Jervis Bay National Park	seabirds via predicate surface "hasWildlife" ⓘ
Jervis Bay National Park	native Australian flora via predicate surface "hasWildlife" ⓘ
Osogovo Mountains	brown bear via predicate surface "hasWildlife" ⓘ
Osogovo Mountains	roe deer via predicate surface "hasWildlife" ⓘ
Osogovo Mountains	wild boar via predicate surface "hasWildlife" ⓘ
Osogovo Mountains	wolf via predicate surface "hasWildlife" ⓘ
Modoc National Forest	mule deer via predicate surface "hasWildlife" ⓘ
Modoc National Forest	pronghorn via predicate surface "hasWildlife" ⓘ
Modoc National Forest	elk via predicate surface "hasWildlife" ⓘ
Modoc National Forest	black bear via predicate surface "hasWildlife" ⓘ
Modoc National Forest	various raptor species via predicate surface "hasWildlife" ⓘ
Modoc National Forest	waterfowl via predicate surface "hasWildlife" ⓘ
Virgin Valley	pronghorn antelope via predicate surface "hasWildlife" ⓘ
Virgin Valley	sage grouse via predicate surface "hasWildlife" ⓘ
Virgin Valley	jackrabbits via predicate surface "hasWildlife" ⓘ
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae rhamnoides
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae salicifolia
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae tibetana
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae neurocarpa
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae gyantsensis
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae litangensis
Hippophae	Hippophae via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Hippophae goniocarpa
Hauraki Gulf	bryde’s whale via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	bottlenose dolphin via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	common dolphin via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	little blue penguin via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	Australasian gannet via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	New Zealand fairy tern via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	seabirds via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	snapper via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	kahawai via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	kingfish via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	sharks via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	orcas via predicate surface "hasWildlife" ⓘ
Hauraki Gulf	humpback whales via predicate surface "hasWildlife" ⓘ
Papaver	Papaver somniferum via predicate surface "hasSpecies" ⓘ
Papaver	Papaver rhoeas via predicate surface "hasSpecies" ⓘ
Papaver	Papaver orientale via predicate surface "hasSpecies" ⓘ
Papaver	Papaver nudicaule via predicate surface "hasSpecies" ⓘ
Papaver	Papaver dubium via predicate surface "hasSpecies" ⓘ
Papaver	Papaver via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Papaver argemone
Malvaceae	Gossypium hirsutum ⓘ
Malvaceae	Abelmoschus ⓘ surface form: Abelmoschus esculentus