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
Ruza Reservoir	freshwater fish species via predicate surface "hasWildlife" ⓘ
Ruza Reservoir	waterfowl via predicate surface "hasWildlife" ⓘ
MacKerricher State Park	harbor seals via predicate surface "hasWildlife" ⓘ
MacKerricher State Park	migrating gray whales via predicate surface "hasWildlife" ⓘ
MacKerricher State Park	shorebirds via predicate surface "hasWildlife" ⓘ
MacKerricher State Park	waterfowl via predicate surface "hasWildlife" ⓘ
MacKerricher State Park	sea birds via predicate surface "hasWildlife" ⓘ
Key Cave National Wildlife Refuge	Myotis grisescens ⓘ
Key Cave National Wildlife Refuge	Speoplatyrhinus poulsoni ⓘ
Steamers Beach	seabirds via predicate surface "hasWildlife" ⓘ
Steamers Beach	marine life offshore via predicate surface "hasWildlife" ⓘ
Vanoise National Park	Alpine ibex via predicate surface "hasSpecies" ⓘ
Vanoise National Park	chamois via predicate surface "hasSpecies" ⓘ
Vanoise National Park	marmot via predicate surface "hasSpecies" ⓘ
Vanoise National Park	golden eagle via predicate surface "hasSpecies" ⓘ
Vanoise National Park	bearded vulture via predicate surface "hasSpecies" ⓘ
Vanoise National Park	black grouse via predicate surface "hasSpecies" ⓘ
Sauta Cave National Wildlife Refuge	migratory birds via predicate surface "hasWildlife" ⓘ
Sauta Cave National Wildlife Refuge	forest-dwelling mammals via predicate surface "hasWildlife" ⓘ
Cape Flattery	seabirds via predicate surface "hasWildlife" ⓘ
Cape Flattery	bald eagles via predicate surface "hasWildlife" ⓘ
Cape Flattery	sea lions via predicate surface "hasWildlife" ⓘ
Cape Flattery	gray whales via predicate surface "hasWildlife" ⓘ
Cape Flattery	orcas via predicate surface "hasWildlife" ⓘ
Hawksnest Bay	tropical reef fish via predicate surface "hasWildlife" ⓘ
Hawksnest Bay	sea turtles via predicate surface "hasWildlife" ⓘ
Hawksnest Bay	corals via predicate surface "hasWildlife" ⓘ
Hawksnest Bay	sea fans via predicate surface "hasWildlife" ⓘ
Shark Valley Observation Tower	American alligator via predicate surface "typicalWildlifeViewed" ⓘ
Shark Valley Observation Tower	wading birds via predicate surface "typicalWildlifeViewed" ⓘ
Shark Valley Observation Tower	herons via predicate surface "typicalWildlifeViewed" ⓘ
Shark Valley Observation Tower	egrets via predicate surface "typicalWildlifeViewed" ⓘ
Shark Valley Observation Tower	snail kite via predicate surface "typicalWildlifeViewed" ⓘ
Shark Valley Observation Tower	turtles via predicate surface "typicalWildlifeViewed" ⓘ
Crocodylus	Nile crocodile via predicate surface "hasSpecies" ⓘ surface form: Crocodylus niloticus
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus porosus
Crocodylus	Crocodylus acutus via predicate surface "hasSpecies" ⓘ
Crocodylus	Orinoco crocodile via predicate surface "hasSpecies" ⓘ surface form: Crocodylus intermedius
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus mindorensis
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus palustris
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus johnstoni
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus moreletii
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus novaeguineae
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus siamensis
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus suchus
Crocodylus	Cuban crocodile via predicate surface "hasSpecies" ⓘ surface form: Crocodylus rhombifer
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus halli
Crocodylus	Crocodylus raninus via predicate surface "hasSpecies" ⓘ
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus anthropophagus
Crocodylus	Crocodylus via predicate surface "hasSpecies" self-linksurface differs ⓘ surface form: Crocodylus thorbjarnarsoni