Simple Question (Direct)
Simple Question
Q718718
P69
Q3918
USER
Where was William Wilkins educated ?
(Q718718,P69,c(Q3918))
action filter_type
action find
entity Q718718
relation P69
type Q3918
['Q718718', 'P69', {'concept': 'Q3918'}]
SELECT DISTINCT ?r WHERE { resource:Q718718 property:P69 ?r . ?r rdf:type ontology:Q3918 }
William Wilkins
action filter_type
action find
entity William Wilkins
relation educated at
type university
['William Wilkins', 'educated at', {'concept': 'university'}]
SELECT DISTINCT ?r WHERE { resource:William_Wilkins property:educated_at ?r . ?r rdf:type ontology:university }
[]
university
Q235034
SYSTEM
University of Pittsburgh
Q235034
(Q718718,P69,c(Q3918))
action filter_type
action find
entity Q718718
relation P69
type Q3918
William Wilkins was educated by [ANSWER]
['Q718718', 'P69', {'concept': 'Q3918'}]
SELECT DISTINCT ?r WHERE { resource:Q718718 property:P69 ?r . ?r rdf:type ontology:Q3918 }
University of Pittsburgh
William Wilkins was educated by University of Pittsburgh
University of Pittsburgh
action filter_type
action find
entity William Wilkins
relation educated at
type university
['William Wilkins', 'educated at', {'concept': 'university'}]
SELECT DISTINCT ?r WHERE { resource:William_Wilkins property:educated_at ?r . ?r rdf:type ontology:university }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q718718
P937
Q56061
USER
Which administrative territory is the work location of William Wilkins ?
(Q718718,P937,c(Q56061))
action filter_type
action find
entity Q718718
relation P937
type Q56061
['Q718718', 'P937', {'concept': 'Q56061'}]
SELECT DISTINCT ?a WHERE { resource:Q718718 property:P937 ?a . ?a rdf:type ontology:Q56061 }
William Wilkins
action filter_type
action find
entity William Wilkins
relation work location
type administrative territorial entity
['William Wilkins', 'work location', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?a WHERE { resource:William_Wilkins property:work_location ?a . ?a rdf:type ontology:administrative_territorial_entity }
[]
administrative territorial entity
Q61
SYSTEM
Washington, D.C.
Q61
(Q718718,P937,c(Q56061))
action filter_type
action find
entity Q718718
relation P937
type Q56061
[ANSWER] is the work location of William Wilkins
['Q718718', 'P937', {'concept': 'Q56061'}]
SELECT DISTINCT ?a WHERE { resource:Q718718 property:P937 ?a . ?a rdf:type ontology:Q56061 }
Washington, D.C.
Washington, D.C. is the work location of William Wilkins
Washington, D.C.
action filter_type
action find
entity William Wilkins
relation work location
type administrative territorial entity
['William Wilkins', 'work location', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?a WHERE { resource:William_Wilkins property:work_location ?a . ?a rdf:type ontology:administrative_territorial_entity }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q718718
P102
Q7210356
USER
Which political organization is William Wilkins a member of ?
(Q718718,P102,c(Q7210356))
action filter_type
action find
entity Q718718
relation P102
type Q7210356
['Q718718', 'P102', {'concept': 'Q7210356'}]
SELECT DISTINCT ?e WHERE { resource:Q718718 property:P102 ?e . ?e rdf:type ontology:Q7210356 }
William Wilkins
action filter_type
action find
entity William Wilkins
relation member of political party
type political organization
['William Wilkins', 'member of political party', {'concept': 'political organization'}]
SELECT DISTINCT ?e WHERE { resource:William_Wilkins property:member_of_political_party ?e . ?e rdf:type ontology:political_organization }
[]
political organization
Q29552
SYSTEM
Democratic Party
Q29552
(Q718718,P102,c(Q7210356))
action filter_type
action find
entity Q718718
relation P102
type Q7210356
The [ANSWER] is William Wilkins a member of
['Q718718', 'P102', {'concept': 'Q7210356'}]
SELECT DISTINCT ?e WHERE { resource:Q718718 property:P102 ?e . ?e rdf:type ontology:Q7210356 }
Democratic Party
The Democratic Party is William Wilkins a member of
Democratic Party
action filter_type
action find
entity William Wilkins
relation member of political party
type political organization
['William Wilkins', 'member of political party', {'concept': 'political organization'}]
SELECT DISTINCT ?e WHERE { resource:William_Wilkins property:member_of_political_party ?e . ?e rdf:type ontology:political_organization }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q61
P190
Q515
USER
Which cities are sister towns of Washington, D.C. ?
(Q61,P190,c(Q515))
action filter_type
action find
entity Q61
relation P190
type Q515
['Q61', 'P190', {'concept': 'Q515'}]
SELECT DISTINCT ?c WHERE { ?c rdf:type ontology:Q515 . resource:Q61 property:P190 ?c }
Washington, D.C.
action filter_type
action find
entity Washington, D.C.
relation sister city
type city
['Washington, D.C.', 'sister city', {'concept': 'city'}]
SELECT DISTINCT ?c WHERE { ?c rdf:type ontology:city . resource:Washington,_D.C. property:sister_city ?c }
[]
city
Q8684 Q9005 Q3624
SYSTEM
Seoul, Brussels, Addis Ababa
Q3926 Q3624 Q9005 Q2844 Q8684
(Q61,P190,c(Q515))
action filter_type
action find
entity Q61
relation P190
type Q515
[ANSWERS] are sister towns of Washington, D.C.
['Q61', 'P190', {'concept': 'Q515'}]
SELECT DISTINCT ?c WHERE { ?c rdf:type ontology:Q515 . resource:Q61 property:P190 ?c }
Pretoria Addis Ababa Brussels Brasília Seoul
Seoul, Brussels and Addis Ababa are sister towns of Washington, D.C.
Seoul Brussels Addis Ababa
action filter_type
action find
entity Washington, D.C.
relation sister city
type city
['Washington, D.C.', 'sister city', {'concept': 'city'}]
SELECT DISTINCT ?c WHERE { ?c rdf:type ontology:city . resource:Washington,_D.C. property:sister_city ?c }
[]
Simple Question (Coreferenced)
Simple Question|Mult. Entity
Q8684 Q9005 Q3624
P190
Q515
USER
Which cities are partner town of those ones ?
(c(Q515),P190,Q8684) (c(Q515),P190,Q9005) (c(Q515),P190,Q3624)
action filter_type
action find_reverse
entity prev_answer
relation P190
type Q515
[{'concept': 'Q515'}, 'P190', 'Q8684'] [{'concept': 'Q515'}, 'P190', 'Q9005'] [{'concept': 'Q515'}, 'P190', 'Q3624']
SELECT DISTINCT ?m WHERE { ?m property:P190 ?o . ?m rdf:type ontology:Q515 . VALUES ( ?o ) { ( resource:Q3926 ) ( resource:Q3624 ) ( resource:Q9005 ) } }
Seoul Brussels Addis Ababa
action filter_type
action find_reverse
entity prev_answer
relation sister city
type city
[{'concept': 'city'}, 'sister city', 'Seoul'] [{'concept': 'city'}, 'sister city', 'Brussels'] [{'concept': 'city'}, 'sister city', 'Addis Ababa']
SELECT DISTINCT ?m WHERE { ?m property:sister_city ?o . ?m rdf:type ontology:city . VALUES ( ?o ) { ( resource:Pretoria ) ( resource:Addis_Ababa ) ( resource:Brussels ) } }
[]
city
Q1486 Q19689 Q19689
SYSTEM
Buenos Aires for 1st, Tirana for 2nd, 3rd
Q3616 Q23430 Q1486 Q19689 Q1858 Q19689 Q2844 Q3838 Q2079 Q11725
(c(Q515),P190,Q8684) (c(Q515),P190,Q9005) (c(Q515),P190,Q3624)
action filter_type
action find_reverse
entity prev_answer
relation P190
type Q515
[ANSWERS]
[{'concept': 'Q515'}, 'P190', 'Q8684'] [{'concept': 'Q515'}, 'P190', 'Q9005'] [{'concept': 'Q515'}, 'P190', 'Q3624']
SELECT DISTINCT ?m WHERE { ?m property:P190 ?o . ?m rdf:type ontology:Q515 . VALUES ( ?o ) { ( resource:Q3926 ) ( resource:Q3624 ) ( resource:Q9005 ) } }
Tehran Ulaanbaatar Buenos Aires Tirana Hanoi Tirana Brasília Kinshasa Leipzig Chongqing
Buenos Aires, Tirana and Tirana are partner town of those ones
Buenos Aires Tirana Tirana
action filter_type
action find_reverse
entity prev_answer
relation sister city
type city
[{'concept': 'city'}, 'sister city', 'Seoul'] [{'concept': 'city'}, 'sister city', 'Brussels'] [{'concept': 'city'}, 'sister city', 'Addis Ababa']
SELECT DISTINCT ?m WHERE { ?m property:sister_city ?o . ?m rdf:type ontology:city . VALUES ( ?o ) { ( resource:Pretoria ) ( resource:Addis_Ababa ) ( resource:Brussels ) } }
[]
Clarification
Simple Question|Single Entity|Indirect
Q19689
P206
Q355304
USER
Which watercourses are situated nearby that city ?
(Q19689,P206,c(Q355304))
action filter_type
action find
entity Q19689
relation P206
type Q355304
['Q19689', 'P206', {'concept': 'Q355304'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q355304 . resource:Q19689 property:P206 ?p }
Tirana
action filter_type
action find
entity Tirana
relation located next to body of water
type watercourse
['Tirana', 'located next to body of water', {'concept': 'watercourse'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:watercourse . resource:Tirana property:located_next_to_body_of_water ?p }
[]
watercourse
Clarification for simple ques.
Q19689
SYSTEM
Did you mean Tirana ?
Q1486 Q19689 Q19689
(Q1486,P206,c(Q355304)) (Q19689,P206,c(Q355304)) (Q19689,P206,c(Q355304))
[ANSWER]
['Q1486', 'P206', {'concept': 'Q355304'}] ['Q19689', 'P206', {'concept': 'Q355304'}] ['Q19689', 'P206', {'concept': 'Q355304'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q355304 . resource:Q19689 property:P206 ?p }
Buenos Aires Tirana Tirana
Did you mean Tirana ?
Tirana
['Buenos Aires', 'located next to body of water', {'concept': 'watercourse'}] ['Tirana', 'located next to body of water', {'concept': 'watercourse'}] ['Tirana', 'located next to body of water', {'concept': 'watercourse'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:watercourse . resource:Tirana property:located_next_to_body_of_water ?p }
[]
Simple Question (Coreferenced)
USER
Yes
(Q19689,P206,c(Q355304))
['Q19689', 'P206', {'concept': 'Q355304'}]
['Tirana', 'located next to body of water', {'concept': 'watercourse'}]
[]
Q3303567 Q1274495
SYSTEM
Tiranë, Lanë
Q3303567 Q1274495
(Q19689,P206,c(Q355304))
action filter_type
action find
entity Q19689
relation P206
type Q355304
[ANSWERS] are situated nearby that city
['Q19689', 'P206', {'concept': 'Q355304'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q355304 . resource:Q19689 property:P206 ?p }
Tiranë Lanë
Tiranë and Lanë are situated nearby that city
Tiranë Lanë
action filter_type
action find
entity Tirana
relation located next to body of water
type watercourse
['Tirana', 'located next to body of water', {'concept': 'watercourse'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:watercourse . resource:Tirana property:located_next_to_body_of_water ?p }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type
Q1486
P190
Q56061
USER
How many administrative territories are the sister cities of Buenos Aires ?
(Q1486,P190,c(Q56061))
action count
action filter_type
action find
entity Q1486
relation P190
type Q56061
['Q1486', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?k ) AS ?h ) WHERE { resource:Q1486 property:P190 ?k . ?k rdf:type ontology:Q56061 }
Buenos Aires
action count
action filter_type
action find
entity Buenos Aires
relation sister city
type administrative territorial entity
['Buenos Aires', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?k ) AS ?h ) WHERE { resource:Buenos_Aires property:sister_city ?k . ?k rdf:type ontology:administrative_territorial_entity }
[]
administrative territorial entity
SYSTEM
46
Q3766 Q628 Q649 Q8745 Q270 Q3820 Q14314 Q13678 Q34820 Q25395 Q15695 Q1524 Q406 Q2634 Q1489 Q71 Q8717 Q8692 Q518431 Q3711 Q1085 Q33935 Q2656 Q84 Q85 Q34370 Q7880 Q1449 Q40269 Q1492 Q1930 Q10400 Q174 Q244324 Q2868 Q8678 Q15682 Q490 Q2807 Q597 Q956 Q1335 Q64 Q1218 Q5465 Q1897
(Q1486,P190,c(Q56061))
action count
action filter_type
action find
entity Q1486
relation P190
type Q56061
[ANSWER]
['Q1486', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?k ) AS ?h ) WHERE { resource:Q1486 property:P190 ?k . ?k rdf:type ontology:Q56061 }
Damascus Bergamo Moscow Vigo Warsaw Beirut Santiago de Compostela Agrigento Santo Domingo Newark Salamanca Athens Istanbul Naples Mexico City Geneva Seville Bilbao Chimbote Belgrade Prague Tel Aviv Palermo London Cairo Rotterdam Toulouse Genoa Porto Alegre Barcelona Ottawa Almería São Paulo Guadix Lima Rio de Janeiro Cádiz Milan Madrid Lisbon Beijing Montevideo Berlin Jerusalem Cape Town Cagliari
46
action count
action filter_type
action find
entity Buenos Aires
relation sister city
type administrative territorial entity
['Buenos Aires', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?k ) AS ?h ) WHERE { resource:Buenos_Aires property:sister_city ?k . ?k rdf:type ontology:administrative_territorial_entity }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type|Incomplete
Q171357
P190
Q56061
USER
And how about Kecskemét?
(Q171357,P190,c(Q56061))
action count
action filter_type
action find
entity Q171357
relation P190
type Q56061
['Q171357', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { resource:Q171357 property:P190 ?i . ?i rdf:type ontology:Q56061 }
Kecskemét
action count
action filter_type
action find
entity Kecskemét
relation sister city
type administrative territorial entity
['Kecskemét', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { resource:Kecskemét property:sister_city ?i . ?i rdf:type ontology:administrative_territorial_entity }
[]
administrative territorial entity
SYSTEM
9
Q4031 Q146790 Q182009 Q167749 Q212856 Q207753 Q21176 Q19566 Q6225
(Q171357,P190,c(Q56061))
action count
action filter_type
action find
entity Q171357
relation P190
type Q56061
[ANSWER]
['Q171357', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { resource:Q171357 property:P190 ?i . ?i rdf:type ontology:Q56061 }
Rüsselsheim Aomori Tekirdağ Nahariya Wadowice Hyvinkää Viborg Simferopol Coventry
9
action count
action filter_type
action find
entity Kecskemét
relation sister city
type administrative territorial entity
['Kecskemét', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { resource:Kecskemét property:sister_city ?i . ?i rdf:type ontology:administrative_territorial_entity }
[]
Quantitative Reasoning (Count) (All)
Incomplete count-based ques
Q51432
Q56061
USER
And also tell me about Gniezno?
(Q51432,P190,c(Q56061))
action count
action filter_type
action find
entity Q51432
relation P190
type Q56061
['Q51432', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?a ) AS ?w ) WHERE { resource:Q51432 property:P190 ?a . ?a rdf:type ontology:Q56061 }
Gniezno
action count
action filter_type
action find
entity Gniezno
relation sister city
type administrative territorial entity
['Gniezno', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?a ) AS ?w ) WHERE { resource:Gniezno property:sister_city ?a . ?a rdf:type ontology:administrative_territorial_entity }
[]
administrative territorial entity
SYSTEM
4
(Q51432,P190,c(Q56061))
action count
action filter_type
action find
entity Q51432
relation P190
type Q56061
[ANSWER]
['Q51432', 'P190', {'concept': 'Q56061'}]
SELECT DISTINCT ( COUNT ( ?a ) AS ?w ) WHERE { resource:Q51432 property:P190 ?a . ?a rdf:type ontology:Q56061 }
4
action count
action filter_type
action find
entity Gniezno
relation sister city
type administrative territorial entity
['Gniezno', 'sister city', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?a ) AS ?w ) WHERE { resource:Gniezno property:sister_city ?a . ?a rdf:type ontology:administrative_territorial_entity }
[]
Comparative Reasoning (All)
Comparative|More/Less|Single entity type
Q7230817
P403
Q15324 Q355304
USER
Which bodies of water do around the same number of watercourses flow into as Port Musgrave ?
(c(Q355304),P403,c(Q15324))
action approx
action find_reverse_tuple_counts
relation P403
type Q15324
type Q355304
action count
action filter_type
action find
entity Q7230817
relation P403
type Q15324
[{'concept': 'Q355304'}, 'P403', {'concept': 'Q15324'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ?s ( COUNT ( ?z ) AS ?e ) WHERE { ?z property:P403 ?s . ?z rdf:type ontology:Q355304 . ?s rdf:type ontology:Q15324 } GROUP BY ?s } . { SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { resource:Q7230817 property:P403 ?g . ?g rdf:type ontology:Q15324 } } . FILTER ( ?e = ?a ) }
Port Musgrave
action approx
action find_reverse_tuple_counts
relation mouth of the watercourse
type body of water
type watercourse
action count
action filter_type
action find
entity Port Musgrave
relation mouth of the watercourse
type body of water
[{'concept': 'watercourse'}, 'mouth of the watercourse', {'concept': 'body of water'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ?s ( COUNT ( ?z ) AS ?e ) WHERE { ?z property:mouth_of_the_watercourse ?s . ?z rdf:type ontology:watercourse . ?s rdf:type ontology:body_of_water } GROUP BY ?s } . { SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { resource:Port_Musgrave property:mouth_of_the_watercourse ?g . ?g rdf:type ontology:body_of_water } } . FILTER ( ?e = ?a ) }
[]
body of water watercourse
Q213367 Q35827 Q12068771
SYSTEM
Gdańsk Bay, Río de la Plata, Severn Estuary
Q6021455 Q2036651 Q393854 Q21857993 Q19876321 Q1544796 Q217487 Q211779 Q5516517 Q2879490 Q6321425 Q654010 Q3215249 Q1866414 Q21844766 Q2560795 Q5578622 Q1882990 Q5048261 Q181969 Q21859586 Q6652328 Q1782677 Q876470 Q217501 Q2914958 Q15209014 Q1228583 Q2090594 Q944964 Q11875916 Q12058281 Q1243766 Q21855790 Q5401013 Q4959719 Q4767961 Q4874232 Q16903085 Q5875448 Q2837927 Q1331750 Q259929 Q35827 Q1635853 Q6549598 Q767824 Q2117497 Q7337350 Q21872194 Q2660138 Q63767 Q10438494 Q5096001 Q21922838 Q21852063 Q199436 Q7963133 Q1154346 Q673264 Q202083 Q2166147 Q7180290 Q159252 Q242326 Q224101 Q161591 Q192738 Q7981333 Q2369538 Q1480814 Q575365 Q2879686 Q2879685 Q2360948 Q52059 Q7230817 Q35000 Q2879708 Q795608 Q1314643 Q213517 Q1137163 Q1064776 Q645271 Q132811 Q2617172 Q76925 Q44725 Q1544353 Q3359189 Q21872065 Q644154 Q647879 Q128880 Q21862899 Q1468759 Q1059534 Q131274 Q810737 Q2879639 Q1130771 Q2996832 Q11568930 Q7231877 Q7990619 Q7990618 Q6075063 Q5138869 Q947086 Q894564 Q1441345 Q766872 Q5716492 Q7050615 Q4399477 Q21852389 Q19960979 Q14395416 Q47632 Q2560406 Q18010884 Q164466 Q2088977 Q14935920 Q2652752 Q2328243 Q616220 Q174731 Q1682481 Q549658 Q1974744 Q596362 Q1215321 Q21857803 Q21890286 Q21809333 Q747189 Q5596 Q642943 Q3354785 Q3032 Q700024 Q5605 Q21880702 Q21855781 Q1043510 Q995658 Q1509253 Q1127599 Q231312 Q697092 Q7413511 Q679298 Q6449726 Q5595169 Q479030 Q2119446 Q12068771 Q21803268 Q844003 Q3115516 Q10686340 Q1137498 Q5637955 Q7085600 Q1362310 Q7452698 Q21850122 Q1134573 Q6530294 Q1419628 Q20613 Q2731872 Q1201023 Q49364 Q2026815 Q21855145 Q999074 Q2576605 Q2066982 Q1503116 Q21857591 Q23406 Q3889761 Q7206510 Q21841013 Q2642187 Q271168 Q21857521 Q21856766 Q21857526 Q195413 Q160194 Q2628190 Q2879629 Q2750104 Q970130 Q21852940 Q1241943 Q844799 Q37960 Q1132941 Q481734 Q4176307 Q7990623 Q676154 Q131217 Q502233 Q3492639 Q45341 Q159183 Q1365066 Q4875263 Q24302942 Q182137 Q664704 Q4977122 Q4905044 Q2879476 Q4905040 Q16211082 Q212428 Q2363133 Q1323629 Q21844748 Q999031 Q1185210 Q548240 Q186733 Q2990274 Q122574 Q21823240 Q6940354 Q21860001 Q2398216 Q21859976 Q504571 Q894682 Q2879584 Q5599921 Q21885510 Q1978769 Q1600098 Q131418 Q6072425 Q40129 Q1059646 Q27068062 Q14686 Q27068068 Q379063 Q589528 Q1267413 Q584588 Q312433 Q939905 Q1544076 Q163434 Q3354931 Q218377 Q35367 Q913418 Q5642127 Q19270 Q1747324 Q3241044 Q19960443 Q1432730 Q14875364 Q6430597 Q1808731 Q34575 Q2056788 Q489472 Q959127 Q4843119 Q34675 Q2619452 Q426453 Q1974485 Q2333061 Q738808 Q2532834 Q2636405 Q33629 Q18395243 Q915250 Q1991455 Q117157 Q2506495 Q5281866 Q213367 Q4966924 Q1324526 Q650654 Q917872 Q27698 Q4874197 Q4874198 Q2621029 Q1474634 Q1359524 Q838737 Q838734 Q1241171 Q148621 Q934883 Q1048789 Q999162 Q810532 Q15278374 Q49557 Q2887467 Q15262475 Q2350307 Q1502095 Q2304586 Q11859035 Q3215030 Q47530 Q21857829 Q7205810 Q4973275 Q867460 Q2037402 Q4334869 Q4443093 Q140290 Q1631968 Q547557 Q1512616 Q1310944 Q716044 Q7413309 Q2081187 Q912692 Q284841 Q7988 Q1893304 Q648954 Q1360927 Q2122604 Q5301569 Q1294277 Q3373915 Q1546836 Q1756937 Q1415688 Q1726244 Q1144680 Q1254743 Q2621939 Q700309 Q2438729 Q7167679 Q1947589 Q1062456 Q18164761 Q21860011 Q181857 Q266636 Q667456 Q2414202 Q7375342 Q810805 Q2879598 Q999055 Q25473 Q2879691 Q7619197 Q8023100 Q1129590 Q2148190 Q1649939 Q8026651 Q925649 Q4904096 Q132868 Q202868 Q908701 Q188203 Q2211837 Q23883 Q37040 Q141017 Q6845312 Q367304 Q74269 Q21855512 Q2033236 Q138708 Q3059075 Q2334445 Q845217
(c(Q355304),P403,c(Q15324))
action approx
action find_reverse_tuple_counts
relation P403
type Q15324
type Q355304
action count
action filter_type
action find
entity Q7230817
relation P403
type Q15324
[ANSWERS] around the same number of watercourses flow into as Port Musgrave
[{'concept': 'Q355304'}, 'P403', {'concept': 'Q15324'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ?s ( COUNT ( ?z ) AS ?e ) WHERE { ?z property:P403 ?s . ?z rdf:type ontology:Q355304 . ?s rdf:type ontology:Q15324 } GROUP BY ?s } . { SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { resource:Q7230817 property:P403 ?g . ?g rdf:type ontology:Q15324 } } . FILTER ( ?e = ?a ) }
Indian River Bay Otago Harbour Narva Bay Ejnar Glacier Aspy Bay Mobile Bay Shark Bay Saronic Gulf Gael Hamkes Bay Baie Norvégienne Jøkelbugten Gulf of Khambhat Tuggerah Lake Morecambe Bay Gerard de Geer Glacier Molochnyi Liman Gold Coast Broadwater Macquarie Harbour Casco Bay Bohai Sea Borgjøkelen Glacier Little Traverse Bay Pegasus Bay Gulf of Maine Pechora Sea Famagusta Bay Chandler Bay Discovery Passage Cantabrian Sea Killala Bay Liminka Bay Tallinn Bay Dorchester Bay Godthåb Golf Estero Bay Bream Bay Annapolis Basin Bay of Saint Louis West Bay Hochstetterbugten Ortigueira estuary Lake Pontchartrain Wandel Sea Río de la Plata Western Port Limmen Bight Hauraki Gulf Taymyr Gulf River Don Navigation Kofoed-Hansen Glacier Princess Charlotte Bay Haifa Bay Bällstaviken Chichester Harbour Ansons Bay Hisinger Glacier Bismarck Sea Wallis Lake Mikawa Bay Hawke Bay Firth of Forth Sasyk Lagoon Phaleron Bay Chukchi Sea Bohol Sea Guanabara Bay Kola Bay Gulf of Taranto Wellington Bay Carlingford Lough Kachemak Bay Doubtful Sound Petre Bay Pensacola Bay Belfast Lough Korea Bay Port Musgrave Sea of Azov Bay of Quinte Gulf of Honduras Lough Foyle Gironde estuary Avacha Bay Upper New York Bay Sea of Sardinia Gulf of California Newark Bay Venetian Lagoon Bering Sea Great South Bay Oyster Harbour Sælsø Glacier Suisun Bay Bay of Greifswald Arafura Sea Storstrømmen Glacier Strymonian Gulf Tampa Bay Beaufort Sea Batchawana Bay Baie de Douarnenez Sivash Olenyok Gulf Kumano Sea Portland Bay Whangape Harbour Whangapoua Harbour Irwin Inlet Cobequid Bay Green Bay Boston Harbor Albemarle Sound Loch Linnhe Yendegaia Bay Nordenskiold Glacier Rudnaya Wahlenberg Glacier Salluit Fjord Macajalar Bay Andaman Sea Galveston Bay Marajó Bay Ross Sea Bodega Bay Vasse-Wonnerup Estuary Lumbovsky Gulf Gulf of Corcovado Aotea Harbour Gulf of Riga Lake St. Lucia Malian Gulf Amundsen Gulf Bandon Bay Apalachee Bay Budolfi Isstrøm Glacier Hyland Bay Eielson Eielsongletsjer Cardigan Bay Curonian Lagoon Huon Gulf Stockholms ström Darwin Harbour Hangzhou Bay Vistula Lagoon Storm Bay Vibeke Glacier Carmarthen Bay Bråviken Gulf of Nicoya Galway Bay Seto Inland Sea Hokianga San Carlos Bay Skjálfandi Kvichak Bay Grand Traverse Bay Port Stephens Bay of Puck Severn Estuary Padstow Bay Gulf of Gonâve Vanhankaupunginselkä Svinnegarnsviken Kandalaksha Gulf Hadley Bay Oldfield Estuary Tasman Bay Serangoon Harbour Jætte Glacier Coronation Gulf Leschenault Estuary Firth of Thames Meldorf Bay Estuary of Bilbao Suruga Bay Java Sea Gulf of Kalamita Spærre Glacier Gulf of Çandarlı Willapa Bay Peel-Harvey Estuary Geographe Bay L. Bistrup Glacier Red Sea Middle Harbour Pocomoke Sound Foster Bugt Bombetoka Bay Bay of Aarhus Soraner Glacier Ejnar Mikkelsen Glacier Dove Bay Solway Firth Sulu Sea Pyasino Gulf Corral Bay Shannon Estuary Argentine Sea Violin Glacier Narragansett Bay Gulf of Paria Yellow Sea Corio Bay Amur Bay Saltsjön Whangarei Harbour Manila Bay Gulf of Thailand Southampton Water Amatique Bay East China Sea Philippine Sea Karamea Bight Baía de São José Olhavanlahti Lake Maracaibo Chignecto Bay Bruce Bay Big Bay de Noc Missisquoi Bay Big Bay, Southland Nevill Bay Gulf of Tonkin Yana Bay Gulf St Vincent Waltershausen Glacier Bight of Bonny Pagasetic Gulf Dvina Bay Great Australian Bight Anadyrsky Liman Gulf of Bothnia Bjørnbo Glacier Muscongus Bay Hastings Glacier Te Waewae Bay Trefork Glacier Jade Bight Botany Bay Ugashik Bay Great Sandy Strait Shark Bay Sukhyi Liman Matagorda Bay Timor Sea Iron Cove Marina Bay Chaleur Bay anse du Gouvernement Gulf of Finland Bay of Figari Thracian Sea Ussuri Bay Georgian Bay Monterey Bay Schlei Khatanga Gulf Grays Harbor East Siberian Sea Hammarby sjö Dollart Sea of Marmara Thermaic Gulf Halifax Bay Celebes Sea Tauranga Harbour Novigradsko more Boggy Bayou North Taranaki Bight Nottawasaga Bay Koolama Bay Mundaú Lagoon Aegean Sea Paterson Inlet Toyama Bay Massachusetts Bay Bahía del Carnero Persian Gulf Tyligul Estuary Scoresby Sund Dniester Liman Plymouth Sound Delaware Bay Olga Bay Pärnu Bay Kara Sea Wohoa Bay Chaunskaya Bay Baydaratskaya Bay Gulf of Cádiz Charlotte Harbor Discovery Bay Gdańsk Bay Bridgwater Bay Port Phillip Bay Archipelago Sea Bristol Bay Neva Bay Bay of Concepción Bay of Gods Mercy Dnieper Estuary Messenian Gulf Bay of Bangkok Mercury Bay Kāwhia Harbour Donegal Bay Dublin Bay Gulf of Patras Dusky Sound Osaka Bay Arcachon Bay Sogod Bay Ariake Sea Bedford Basin Nornalup Inlet Port Hacking Wellington Harbour South Taranaki Bight Eurajoensalmi Lake Macquarie Bight of Benin Ebbe Glacier Plymouth Harbor Broke Inlet Long Island Sound Samaná Bay Onemen Bay Storm Bay Bay of Plenty Howe Sound Zapadnaya Litsa Golden Bay Baía de Todos os Santos Aniva Bay San Antonio Bay Pechenga Bay Palliser Bay Ambracian Gulf Laptev Sea Reloncaví Estuary Spencer Gulf Moray Firth Queen Maud Gulf Douglas Harbour Lower New York Bay Peconic Bay Húnaflói Sydney Cove Mezen Bay Rangaunu Harbour Gulf of Morbihan Gulf of Papua Whangaroa Harbour Bay of Lübeck Toetoes Bay Perdido Bay Moreton Bay Chantrey Inlet Emu Bay Britannia Gletscher Bay of Fundy South Euboean Gulf Oslofjord Luga Bay Rozelle Bay Bathurst Inlet Bellingham Bay San Pablo Bay Queen Charlotte Sound Passamaquoddy Bay Stonehaven Bay Wilson Inlet Cook Inlet Rhode Island Sound Bothnian Sea Winyah Bay Broken Bay Bideford Bay Greenland Sea Edsviken Onega Bay Bristol Channel Saginaw Bay Dead Sea Baffin Bay Tokyo Bay Miho Bay Gulf of Patience Hamoaze Jupiter Glacier Pamlico Sound Gulf of Martaban Thames Estuary Bay of San Miguel Foxe Basin
Gdańsk Bay, Río de la Plata and Severn Estuary around the same number of watercourses flow into as Port Musgrave
Gdańsk Bay Río de la Plata Severn Estuary
action approx
action find_reverse_tuple_counts
relation mouth of the watercourse
type body of water
type watercourse
action count
action filter_type
action find
entity Port Musgrave
relation mouth of the watercourse
type body of water
[{'concept': 'watercourse'}, 'mouth of the watercourse', {'concept': 'body of water'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ?s ( COUNT ( ?z ) AS ?e ) WHERE { ?z property:mouth_of_the_watercourse ?s . ?z rdf:type ontology:watercourse . ?s rdf:type ontology:body_of_water } GROUP BY ?s } . { SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { resource:Port_Musgrave property:mouth_of_the_watercourse ?g . ?g rdf:type ontology:body_of_water } } . FILTER ( ?e = ?a ) }
[]
Comparative Reasoning (All)
Comparative|More/Less|Single entity type|Incomplete
Q1130771
P403
Q15324 Q355304
USER
And what about Sivash?
(c(Q355304),P403,c(Q15324))
action approx
action find_reverse_tuple_counts
relation P403
type Q15324
type Q355304
action count
action filter_type
action find
entity Q1130771
relation P403
type Q15324
[{'concept': 'Q355304'}, 'P403', {'concept': 'Q15324'}]
SELECT DISTINCT ?u WHERE { { SELECT DISTINCT ?u ( COUNT ( ?y ) AS ?l ) WHERE { ?y property:P403 ?u . ?u rdf:type ontology:Q15324 . ?y rdf:type ontology:Q355304 } GROUP BY ?u } . { SELECT DISTINCT ( COUNT ( ?q ) AS ?h ) WHERE { resource:Q1130771 property:P403 ?q . ?q rdf:type ontology:Q15324 } } . FILTER ( ?l = ?h ) }
Sivash
action approx
action find_reverse_tuple_counts
relation mouth of the watercourse
type body of water
type watercourse
action count
action filter_type
action find
entity Sivash
relation mouth of the watercourse
type body of water
[{'concept': 'watercourse'}, 'mouth of the watercourse', {'concept': 'body of water'}]
SELECT DISTINCT ?u WHERE { { SELECT DISTINCT ?u ( COUNT ( ?y ) AS ?l ) WHERE { ?y property:mouth_of_the_watercourse ?u . ?u rdf:type ontology:body_of_water . ?y rdf:type ontology:watercourse } GROUP BY ?u } . { SELECT DISTINCT ( COUNT ( ?q ) AS ?h ) WHERE { resource:Sivash property:mouth_of_the_watercourse ?q . ?q rdf:type ontology:body_of_water } } . FILTER ( ?l = ?h ) }
[]
body of water watercourse
Q213367 Q35827 Q12068771
SYSTEM
Gdańsk Bay, Río de la Plata, Severn Estuary
Q6021455 Q2036651 Q393854 Q21857993 Q19876321 Q1544796 Q217487 Q211779 Q5516517 Q2879490 Q6321425 Q654010 Q3215249 Q1866414 Q21844766 Q2560795 Q5578622 Q1882990 Q5048261 Q181969 Q21859586 Q6652328 Q1782677 Q876470 Q217501 Q2914958 Q15209014 Q1228583 Q2090594 Q944964 Q11875916 Q12058281 Q1243766 Q21855790 Q5401013 Q4959719 Q4767961 Q4874232 Q16903085 Q5875448 Q2837927 Q1331750 Q259929 Q35827 Q1635853 Q6549598 Q767824 Q2117497 Q7337350 Q21872194 Q2660138 Q63767 Q10438494 Q5096001 Q21922838 Q21852063 Q199436 Q7963133 Q1154346 Q673264 Q202083 Q2166147 Q7180290 Q159252 Q242326 Q224101 Q161591 Q192738 Q7981333 Q2369538 Q1480814 Q575365 Q2879686 Q2879685 Q2360948 Q52059 Q7230817 Q35000 Q2879708 Q795608 Q1314643 Q213517 Q1137163 Q1064776 Q645271 Q132811 Q2617172 Q76925 Q44725 Q1544353 Q3359189 Q21872065 Q644154 Q647879 Q128880 Q21862899 Q1468759 Q1059534 Q131274 Q810737 Q2879639 Q1130771 Q2996832 Q11568930 Q7231877 Q7990619 Q7990618 Q6075063 Q5138869 Q947086 Q894564 Q1441345 Q766872 Q5716492 Q7050615 Q4399477 Q21852389 Q19960979 Q14395416 Q47632 Q2560406 Q18010884 Q164466 Q2088977 Q14935920 Q2652752 Q2328243 Q616220 Q174731 Q1682481 Q549658 Q1974744 Q596362 Q1215321 Q21857803 Q21890286 Q21809333 Q747189 Q5596 Q642943 Q3354785 Q3032 Q700024 Q5605 Q21880702 Q21855781 Q1043510 Q995658 Q1509253 Q1127599 Q231312 Q697092 Q7413511 Q679298 Q6449726 Q5595169 Q479030 Q2119446 Q12068771 Q21803268 Q844003 Q3115516 Q10686340 Q1137498 Q5637955 Q7085600 Q1362310 Q7452698 Q21850122 Q1134573 Q6530294 Q1419628 Q20613 Q2731872 Q1201023 Q49364 Q2026815 Q21855145 Q999074 Q2576605 Q2066982 Q1503116 Q21857591 Q23406 Q3889761 Q7206510 Q21841013 Q2642187 Q271168 Q21857521 Q21856766 Q21857526 Q195413 Q160194 Q2628190 Q2879629 Q2750104 Q970130 Q21852940 Q1241943 Q844799 Q37960 Q1132941 Q481734 Q4176307 Q7990623 Q676154 Q131217 Q502233 Q3492639 Q45341 Q159183 Q1365066 Q4875263 Q24302942 Q182137 Q664704 Q4977122 Q4905044 Q2879476 Q4905040 Q16211082 Q212428 Q2363133 Q21844748 Q999031 Q1185210 Q548240 Q186733 Q2990274 Q122574 Q21823240 Q6940354 Q21860001 Q2398216 Q21859976 Q504571 Q894682 Q2879584 Q5599921 Q21885510 Q1978769 Q1600098 Q131418 Q6072425 Q40129 Q1059646 Q27068062 Q14686 Q27068068 Q379063 Q589528 Q1267413 Q584588 Q312433 Q939905 Q1544076 Q163434 Q3354931 Q218377 Q35367 Q913418 Q5642127 Q19270 Q1747324 Q3241044 Q19960443 Q1432730 Q14875364 Q6430597 Q1808731 Q34575 Q2056788 Q489472 Q959127 Q4843119 Q34675 Q2619452 Q426453 Q1974485 Q2333061 Q738808 Q2532834 Q2636405 Q33629 Q18395243 Q915250 Q1991455 Q117157 Q2506495 Q5281866 Q213367 Q4966924 Q1324526 Q650654 Q917872 Q27698 Q4874197 Q4874198 Q2621029 Q1474634 Q1359524 Q838737 Q838734 Q1241171 Q148621 Q934883 Q1048789 Q999162 Q810532 Q15278374 Q49557 Q2887467 Q15262475 Q2350307 Q1502095 Q2304586 Q11859035 Q3215030 Q47530 Q21857829 Q7205810 Q4973275 Q867460 Q2037402 Q4334869 Q4443093 Q1631968 Q547557 Q1512616 Q1310944 Q716044 Q7413309 Q2081187 Q912692 Q284841 Q7988 Q1893304 Q648954 Q1360927 Q2122604 Q5301569 Q1294277 Q3373915 Q1546836 Q1756937 Q1415688 Q1726244 Q1144680 Q1254743 Q2621939 Q700309 Q2438729 Q7167679 Q1947589 Q1062456 Q18164761 Q21860011 Q181857 Q266636 Q667456 Q2414202 Q7375342 Q810805 Q2879598 Q999055 Q25473 Q2879691 Q7619197 Q8023100 Q1129590 Q2148190 Q1649939 Q8026651 Q925649 Q4904096 Q132868 Q202868 Q908701 Q188203 Q2211837 Q23883 Q37040 Q141017 Q6845312 Q367304 Q74269 Q21855512 Q2033236 Q138708 Q3059075 Q2334445 Q845217
(c(Q355304),P403,c(Q15324))
action approx
action find_reverse_tuple_counts
relation P403
type Q15324
type Q355304
action count
action filter_type
action find
entity Q1130771
relation P403
type Q15324
[ANSWERS]
[{'concept': 'Q355304'}, 'P403', {'concept': 'Q15324'}]
SELECT DISTINCT ?u WHERE { { SELECT DISTINCT ?u ( COUNT ( ?y ) AS ?l ) WHERE { ?y property:P403 ?u . ?u rdf:type ontology:Q15324 . ?y rdf:type ontology:Q355304 } GROUP BY ?u } . { SELECT DISTINCT ( COUNT ( ?q ) AS ?h ) WHERE { resource:Q1130771 property:P403 ?q . ?q rdf:type ontology:Q15324 } } . FILTER ( ?l = ?h ) }
Indian River Bay Otago Harbour Narva Bay Ejnar Glacier Aspy Bay Mobile Bay Shark Bay Saronic Gulf Gael Hamkes Bay Baie Norvégienne Jøkelbugten Gulf of Khambhat Tuggerah Lake Morecambe Bay Gerard de Geer Glacier Molochnyi Liman Gold Coast Broadwater Macquarie Harbour Casco Bay Bohai Sea Borgjøkelen Glacier Little Traverse Bay Pegasus Bay Gulf of Maine Pechora Sea Famagusta Bay Chandler Bay Discovery Passage Cantabrian Sea Killala Bay Liminka Bay Tallinn Bay Dorchester Bay Godthåb Golf Estero Bay Bream Bay Annapolis Basin Bay of Saint Louis West Bay Hochstetterbugten Ortigueira estuary Lake Pontchartrain Wandel Sea Río de la Plata Western Port Limmen Bight Hauraki Gulf Taymyr Gulf River Don Navigation Kofoed-Hansen Glacier Princess Charlotte Bay Haifa Bay Bällstaviken Chichester Harbour Ansons Bay Hisinger Glacier Bismarck Sea Wallis Lake Mikawa Bay Hawke Bay Firth of Forth Sasyk Lagoon Phaleron Bay Chukchi Sea Bohol Sea Guanabara Bay Kola Bay Gulf of Taranto Wellington Bay Carlingford Lough Kachemak Bay Doubtful Sound Petre Bay Pensacola Bay Belfast Lough Korea Bay Port Musgrave Sea of Azov Bay of Quinte Gulf of Honduras Lough Foyle Gironde estuary Avacha Bay Upper New York Bay Sea of Sardinia Gulf of California Newark Bay Venetian Lagoon Bering Sea Great South Bay Oyster Harbour Sælsø Glacier Suisun Bay Bay of Greifswald Arafura Sea Storstrømmen Glacier Strymonian Gulf Tampa Bay Beaufort Sea Batchawana Bay Baie de Douarnenez Sivash Olenyok Gulf Kumano Sea Portland Bay Whangape Harbour Whangapoua Harbour Irwin Inlet Cobequid Bay Green Bay Boston Harbor Albemarle Sound Loch Linnhe Yendegaia Bay Nordenskiold Glacier Rudnaya Wahlenberg Glacier Salluit Fjord Macajalar Bay Andaman Sea Galveston Bay Marajó Bay Ross Sea Bodega Bay Vasse-Wonnerup Estuary Lumbovsky Gulf Gulf of Corcovado Aotea Harbour Gulf of Riga Lake St. Lucia Malian Gulf Amundsen Gulf Bandon Bay Apalachee Bay Budolfi Isstrøm Glacier Hyland Bay Eielson Eielsongletsjer Cardigan Bay Curonian Lagoon Huon Gulf Stockholms ström Darwin Harbour Hangzhou Bay Vistula Lagoon Storm Bay Vibeke Glacier Carmarthen Bay Bråviken Gulf of Nicoya Galway Bay Seto Inland Sea Hokianga San Carlos Bay Skjálfandi Kvichak Bay Grand Traverse Bay Port Stephens Bay of Puck Severn Estuary Padstow Bay Gulf of Gonâve Vanhankaupunginselkä Svinnegarnsviken Kandalaksha Gulf Hadley Bay Oldfield Estuary Tasman Bay Serangoon Harbour Jætte Glacier Coronation Gulf Leschenault Estuary Firth of Thames Meldorf Bay Estuary of Bilbao Suruga Bay Java Sea Gulf of Kalamita Spærre Glacier Gulf of Çandarlı Willapa Bay Peel-Harvey Estuary Geographe Bay L. Bistrup Glacier Red Sea Middle Harbour Pocomoke Sound Foster Bugt Bombetoka Bay Bay of Aarhus Soraner Glacier Ejnar Mikkelsen Glacier Dove Bay Solway Firth Sulu Sea Pyasino Gulf Corral Bay Shannon Estuary Argentine Sea Violin Glacier Narragansett Bay Gulf of Paria Yellow Sea Corio Bay Amur Bay Saltsjön Whangarei Harbour Manila Bay Gulf of Thailand Southampton Water Amatique Bay East China Sea Philippine Sea Karamea Bight Baía de São José Olhavanlahti Lake Maracaibo Chignecto Bay Bruce Bay Big Bay de Noc Missisquoi Bay Big Bay, Southland Nevill Bay Gulf of Tonkin Yana Bay Waltershausen Glacier Bight of Bonny Pagasetic Gulf Dvina Bay Great Australian Bight Anadyrsky Liman Gulf of Bothnia Bjørnbo Glacier Muscongus Bay Hastings Glacier Te Waewae Bay Trefork Glacier Jade Bight Botany Bay Ugashik Bay Great Sandy Strait Shark Bay Sukhyi Liman Matagorda Bay Timor Sea Iron Cove Marina Bay Chaleur Bay anse du Gouvernement Gulf of Finland Bay of Figari Thracian Sea Ussuri Bay Georgian Bay Monterey Bay Schlei Khatanga Gulf Grays Harbor East Siberian Sea Hammarby sjö Dollart Sea of Marmara Thermaic Gulf Halifax Bay Celebes Sea Tauranga Harbour Novigradsko more Boggy Bayou North Taranaki Bight Nottawasaga Bay Koolama Bay Mundaú Lagoon Aegean Sea Paterson Inlet Toyama Bay Massachusetts Bay Bahía del Carnero Persian Gulf Tyligul Estuary Scoresby Sund Dniester Liman Plymouth Sound Delaware Bay Olga Bay Pärnu Bay Kara Sea Wohoa Bay Chaunskaya Bay Baydaratskaya Bay Gulf of Cádiz Charlotte Harbor Discovery Bay Gdańsk Bay Bridgwater Bay Port Phillip Bay Archipelago Sea Bristol Bay Neva Bay Bay of Concepción Bay of Gods Mercy Dnieper Estuary Messenian Gulf Bay of Bangkok Mercury Bay Kāwhia Harbour Donegal Bay Dublin Bay Gulf of Patras Dusky Sound Osaka Bay Arcachon Bay Sogod Bay Ariake Sea Bedford Basin Nornalup Inlet Port Hacking Wellington Harbour South Taranaki Bight Eurajoensalmi Lake Macquarie Bight of Benin Ebbe Glacier Plymouth Harbor Broke Inlet Long Island Sound Samaná Bay Onemen Bay Storm Bay Howe Sound Zapadnaya Litsa Golden Bay Baía de Todos os Santos Aniva Bay San Antonio Bay Pechenga Bay Palliser Bay Ambracian Gulf Laptev Sea Reloncaví Estuary Spencer Gulf Moray Firth Queen Maud Gulf Douglas Harbour Lower New York Bay Peconic Bay Húnaflói Sydney Cove Mezen Bay Rangaunu Harbour Gulf of Morbihan Gulf of Papua Whangaroa Harbour Bay of Lübeck Toetoes Bay Perdido Bay Moreton Bay Chantrey Inlet Emu Bay Britannia Gletscher Bay of Fundy South Euboean Gulf Oslofjord Luga Bay Rozelle Bay Bathurst Inlet Bellingham Bay San Pablo Bay Queen Charlotte Sound Passamaquoddy Bay Stonehaven Bay Wilson Inlet Cook Inlet Rhode Island Sound Bothnian Sea Winyah Bay Broken Bay Bideford Bay Greenland Sea Edsviken Onega Bay Bristol Channel Saginaw Bay Dead Sea Baffin Bay Tokyo Bay Miho Bay Gulf of Patience Hamoaze Jupiter Glacier Pamlico Sound Gulf of Martaban Thames Estuary Bay of San Miguel Foxe Basin
Gdańsk Bay Río de la Plata Severn Estuary
action approx
action find_reverse_tuple_counts
relation mouth of the watercourse
type body of water
type watercourse
action count
action filter_type
action find
entity Sivash
relation mouth of the watercourse
type body of water
[{'concept': 'watercourse'}, 'mouth of the watercourse', {'concept': 'body of water'}]
SELECT DISTINCT ?u WHERE { { SELECT DISTINCT ?u ( COUNT ( ?y ) AS ?l ) WHERE { ?y property:mouth_of_the_watercourse ?u . ?u rdf:type ontology:body_of_water . ?y rdf:type ontology:watercourse } GROUP BY ?u } . { SELECT DISTINCT ( COUNT ( ?q ) AS ?h ) WHERE { resource:Sivash property:mouth_of_the_watercourse ?q . ?q rdf:type ontology:body_of_water } } . FILTER ( ?l = ?h ) }
[]