metropolitanAreaPopulationApproximate

P1070

predicate

Indicates that the predicate specifies an approximate total population size for a given metropolitan area.

Try in SPARQL

All labels observed (28)

Label	Occurrences
populationApprox	59
metropolitanAreaPopulation	31
populationMetro	24
serviceAreaPopulation	20
homeCityPopulation	16
homeCityPopulationApprox	15
urbanAreaPopulation	12
hasMetropolitanPopulation	5
metropolitanPopulation	5
populationUrbanArea	5
metropolitanAreaPopulationApproximate canonical	4
urbanAreaPopulationApproximate	4
metroPopulationEstimate	3
metropolitanAreaPopulationApprox	3
urbanAreaPopulationApprox	3
metroPopulationApproximate	2
populationMetroApproximate	2
populationUrbanAgglomeration	2
hasMetroPopulation	1
hasPopulationMetro	1
hasUrbanAreaPopulationApprox	1
metroAreaPopulation	1
metroPopulationCensus2021	1
metroPopulationEstimate2020	1
modernCityPopulationApprox	1
populationRegionApprox	1
urbanAgglomerationPopulationApproximate	1
urbanAreaPopulationEstimate	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: metropolitanAreaPopulationApproximate

Generated description

Indicates that the predicate specifies an approximate total population size for a given metropolitan area.

Sample triples (225)

Subject	Object
Manchester	over 2700000 ⓘ
Paris	over 10,000,000 inhabitants via predicate surface "populationMetro" ⓘ
Birmingham, Alabama linked to: Birmingham, Alabama, United States	over 1100000 (early 2020s) via predicate surface "metropolitanAreaPopulation" ⓘ
Mexico City	over 20,000,000 via predicate surface "populationMetro" ⓘ
Boston, Massachusetts	over 4,800,000 (Greater Boston, early 2020s) via predicate surface "metropolitanAreaPopulation" ⓘ
St. Petersburg	over 5 million via predicate surface "populationApprox" ⓘ
Bogotá	over 10 million inhabitants via predicate surface "populationMetro" ⓘ
Seattle linked to: Seattle, Washington, United States	over 4 million via predicate surface "populationMetro" ⓘ
St. Louis, Missouri, United States	over 2800000 via predicate surface "metropolitanAreaPopulation" ⓘ
Chicago Transit Authority linked to: CTA	millions of residents and visitors in the Chicago region via predicate surface "serviceAreaPopulation" ⓘ
Tampa, Florida	over 3 million (Tampa–St. Petersburg–Clearwater metro area, early 2020s) via predicate surface "metropolitanAreaPopulation" ⓘ
Rome	over 4,000,000 ⓘ
Derby, Derbyshire, England	approximately 490000 via predicate surface "hasMetropolitanPopulation" ⓘ
Madrid	over 6,000,000 inhabitants via predicate surface "populationMetro" ⓘ
Indianapolis linked to: Indianapolis, Indiana, United States of America	over 2 million (early 2020s estimate) via predicate surface "hasMetropolitanPopulation" ⓘ
The Hague	over 500000 inhabitants via predicate surface "populationApprox" ⓘ
Tehran	over 9,000,000 inhabitants via predicate surface "urbanAreaPopulation" ⓘ
Tehran	over 13,000,000 inhabitants via predicate surface "metropolitanAreaPopulation" ⓘ
Buenos Aires	over 13,000,000 via predicate surface "populationMetro" ⓘ
Hartford, Connecticut, United States	1,212,381 via predicate surface "metropolitanAreaPopulation" ⓘ
Rio de Janeiro	over 12 million inhabitants via predicate surface "metroPopulationApproximate" ⓘ
Warsaw	3.1 million via predicate surface "populationMetroApproximate" ⓘ
Columbus, Ohio	approximately 2.1 million (2020s) via predicate surface "metropolitanAreaPopulation" ⓘ
Mumbai	over 12 million (city proper) via predicate surface "populationApprox" ⓘ
Mumbai	over 20 million (metropolitan area) via predicate surface "populationApprox" ⓘ
Brussels linked to: Brussels, Belgium	over 2000000 via predicate surface "populationMetro" ⓘ
São Paulo	over 20 million inhabitants via predicate surface "populationMetroApproximate" ⓘ
Surabaya	over 9 million via predicate surface "metroPopulationEstimate" ⓘ
Algiers	over 5,000,000 inhabitants via predicate surface "metropolitanAreaPopulation" ⓘ
Central Coast	300000 via predicate surface "populationRegionApprox" ⓘ
Strasbourg	800000 via predicate surface "urbanAreaPopulationApproximate" ⓘ
Olkusz	about 35000 via predicate surface "populationApprox" ⓘ
Fairbanks	over 90,000 residents via predicate surface "metropolitanAreaPopulation" ⓘ
Cardiff	over 480000 via predicate surface "urbanAreaPopulation" ⓘ
Stockholm	over 2 million (metropolitan area, early 2020s) via predicate surface "populationMetro" ⓘ
Lyon	over 1700000 via predicate surface "urbanAreaPopulation" ⓘ
Helsinki	over 1300000 inhabitants via predicate surface "urbanAreaPopulation" ⓘ
Colchester United F.C.	190000 via predicate surface "homeCityPopulationApprox" ⓘ
Le Havre	240000 via predicate surface "urbanAreaPopulationApproximate" ⓘ
New Haven, Connecticut	over 850000 via predicate surface "metropolitanPopulation" ⓘ
College Station, Texas	over 250000 via predicate surface "metropolitanPopulation" ⓘ
Toulouse	over 1 million inhabitants via predicate surface "urbanAreaPopulationApproximate" ⓘ
Guatemala City	over 4,000,000 inhabitants via predicate surface "populationUrbanArea" ⓘ
Ottawa Senators	1,000,000 via predicate surface "homeCityPopulationApprox" ⓘ
Wellington	over 200000 via predicate surface "populationApprox" ⓘ
Wellington	over 400000 via predicate surface "urbanAreaPopulationApprox" ⓘ
Portsmouth	over 200000 via predicate surface "populationApprox" ⓘ
Edirne	over 150000 inhabitants via predicate surface "populationApprox" ⓘ
Wagga Wagga	over 60,000 via predicate surface "populationApprox" ⓘ
Munich	over 6 million via predicate surface "metropolitanAreaPopulation" ⓘ