hasRiver

P165
predicate

Indicates that a location or area contains, is traversed by, or is directly associated with a river.

All labels observed (170)

Label Occurrences
locatedOnRiver 12,555
hasRiver canonical 9,535
river 3,526

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: hasRiver
Generated description
Indicates that a location or area contains, is traversed by, or is directly associated with a river.

Sample triples (41,241)

Subject Object
Pennsylvania Monongahela River via predicate surface "hasMajorRiver"
Illinois Mississippi River via predicate surface "hasMajorRiver"
Illinois Illinois River via predicate surface "hasMajorRiver"
Illinois Ohio River via predicate surface "hasMajorRiver"
Illinois Wabash River via predicate surface "hasMajorRiver"
Himachal Pradesh Sutlej River via predicate surface "majorRiver"
Himachal Pradesh Beas River via predicate surface "majorRiver"
Himachal Pradesh Ravi River via predicate surface "majorRiver"
Himachal Pradesh Chenab River via predicate surface "majorRiver"
Himachal Pradesh Yamuna via predicate surface "majorRiver"
surface form: Yamuna River
Gujarat Narmada
surface form: Narmada River
Gujarat Tapi River
Gujarat Sabarmati River
eastern Australia
surface form: Eastern Australia
Murray River
eastern Australia
surface form: Eastern Australia
Darling River
eastern Australia
surface form: Eastern Australia
Brisbane River
eastern Australia
surface form: Eastern Australia
Hunter River
eastern Australia
surface form: Eastern Australia
Yarra River
Rensselaer County Hudson River via predicate surface "locatedOnRiver"
Turin Po River via predicate surface "locatedOnRiver"
Turin Dora Riparia via predicate surface "locatedNearRiver"
Adelaide River Torrens via predicate surface "river"
Runcorn River Mersey via predicate surface "river"
Borneo Kapuas River via predicate surface "river"
Borneo Mahakam River via predicate surface "river"
Borneo Rajang River via predicate surface "river"
Borneo Barito River via predicate surface "river"
Nepal Koshi River via predicate surface "hasMajorRiver"
Nepal Gandaki River via predicate surface "hasMajorRiver"
Nepal Karnali River via predicate surface "hasMajorRiver"
Dearborn, Michigan, United States
surface form: Dearborn, Michigan
River Rouge via predicate surface "locatedOnRiver"
Dearborn, Michigan, United States
surface form: Dearborn, Michigan
Ecorse Creek via predicate surface "locatedOnRiver"
Columbia County, Florida Ichetucknee Springs via predicate surface "hasWaterBody"
surface form: Ichetucknee River
Columbia County, Florida Santa Fe River via predicate surface "hasWaterBody"
Columbia County, Florida Suwannee River (nearby influence) via predicate surface "hasWaterBody"
New Sharon, Maine Sandy River (Maine)
New Sharon, Maine Sandy River (Maine) via predicate surface "hasWaterBody"
Manitoba Red River of the North via predicate surface "hasMajorRiver"
Manitoba Assiniboine River via predicate surface "hasMajorRiver"
Mohawk Mohawk River via predicate surface "associatedRiver"
Upper Mississippi Valley Mississippi River via predicate surface "drainedBy"
Battle of the Somme Somme River via predicate surface "river"
Paducah, Kentucky, United States
surface form: Paducah, Kentucky
Ohio River via predicate surface "locatedOnRiver"
Paducah, Kentucky, United States
surface form: Paducah, Kentucky
Tennessee River via predicate surface "locatedOnRiver"
Leatherhead River Mole via predicate surface "locatedOnRiver"
Byfleet River Wey via predicate surface "river"
Ewell Hogsmill River via predicate surface "hasWatercourse"
Hebden Bridge River Calder via predicate surface "river"
Balmoral Castle River Dee via predicate surface "locatedOnRiver"
Milan Seveso via predicate surface "river"