Simple Question (Direct)
Simple Question
Q7938611
P463
Q874405
USER
Which social group had Vladimir Sakson as its member ?
(Q7938611,P463,c(Q874405))
action filter_type
action find
entity Q7938611
relation P463
type Q874405
['Q7938611', 'P463', {'concept': 'Q874405'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:Q874405 . resource:Q7938611 property:P463 ?x }
Vladimir Sakson
action filter_type
action find
entity Vladimir Sakson
relation member of
type social group
['Vladimir Sakson', 'member of', {'concept': 'social group'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:social_group . resource:Vladimir_Sakson property:member_of ?x }
[]
social group
Q4430596
SYSTEM
Artists Union of the USSR
Q4430596
(Q7938611,P463,c(Q874405))
action filter_type
action find
entity Q7938611
relation P463
type Q874405
[ANSWER] had Vladimir Sakson as its member
['Q7938611', 'P463', {'concept': 'Q874405'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:Q874405 . resource:Q7938611 property:P463 ?x }
Artists Union of the USSR
Artists Union of the USSR had Vladimir Sakson as its member
Artists Union of the USSR
action filter_type
action find
entity Vladimir Sakson
relation member of
type social group
['Vladimir Sakson', 'member of', {'concept': 'social group'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:social_group . resource:Vladimir_Sakson property:member_of ?x }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q7938611
P21
Q290
USER
Which sex does that person belong to ?
(Q4430596,P21,c(Q290))
action filter_type
action find
entity Q7938611
relation P21
type Q290
['Q4430596', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?q WHERE { resource:Q7938611 property:P21 ?q . ?q rdf:type ontology:Q290 }
Vladimir Sakson
action filter_type
action find
entity Vladimir Sakson
relation gender
type sex
['Artists Union of the USSR', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?q WHERE { resource:Vladimir_Sakson property:gender ?q . ?q rdf:type ontology:sex }
[]
sex
Q6581097
SYSTEM
male
Q6581097
(Q4430596,P21,c(Q290))
action filter_type
action find
entity Q7938611
relation P21
type Q290
That person belongs to [ANSWER]
['Q4430596', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?q WHERE { resource:Q7938611 property:P21 ?q . ?q rdf:type ontology:Q290 }
male
That person belongs to male
male
action filter_type
action find
entity Vladimir Sakson
relation gender
type sex
['Artists Union of the USSR', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?q WHERE { resource:Vladimir_Sakson property:gender ?q . ?q rdf:type ontology:sex }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type
Q7938611
P106
Q12737077
USER
How many occupations have Vladimir Sakson as his/her as a career ?
(Q7938611,P106,c(Q12737077))
action count
action filter_type
action find
entity Q7938611
relation P106
type Q12737077
['Q7938611', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?l ) AS ?u ) WHERE { resource:Q7938611 property:P106 ?l . ?l rdf:type ontology:Q12737077 }
Vladimir Sakson
action count
action filter_type
action find
entity Vladimir Sakson
relation occupation
type occupation
['Vladimir Sakson', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?l ) AS ?u ) WHERE { resource:Vladimir_Sakson property:occupation ?l . ?l rdf:type ontology:occupation }
[]
occupation
SYSTEM
1
Q1028181
(Q7938611,P106,c(Q12737077))
action count
action filter_type
action find
entity Q7938611
relation P106
type Q12737077
[ANSWER]
['Q7938611', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?l ) AS ?u ) WHERE { resource:Q7938611 property:P106 ?l . ?l rdf:type ontology:Q12737077 }
painter
1
action count
action filter_type
action find
entity Vladimir Sakson
relation occupation
type occupation
['Vladimir Sakson', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?l ) AS ?u ) WHERE { resource:Vladimir_Sakson property:occupation ?l . ?l rdf:type ontology:occupation }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type|Incomplete
Q6917023
P106
Q12737077
USER
And what about Mostyn Hanger?
(Q6917023,P106,c(Q12737077))
action count
action filter_type
action find
entity Q6917023
relation P106
type Q12737077
['Q6917023', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?v ) WHERE { resource:Q6917023 property:P106 ?x . ?x rdf:type ontology:Q12737077 }
Mostyn Hanger
action count
action filter_type
action find
entity Mostyn Hanger
relation occupation
type occupation
['Mostyn Hanger', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?v ) WHERE { resource:Mostyn_Hanger property:occupation ?x . ?x rdf:type ontology:occupation }
[]
occupation
SYSTEM
1
Q16533
(Q6917023,P106,c(Q12737077))
action count
action filter_type
action find
entity Q6917023
relation P106
type Q12737077
[ANSWER]
['Q6917023', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?v ) WHERE { resource:Q6917023 property:P106 ?x . ?x rdf:type ontology:Q12737077 }
judge
1
action count
action filter_type
action find
entity Mostyn Hanger
relation occupation
type occupation
['Mostyn Hanger', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?v ) WHERE { resource:Mostyn_Hanger property:occupation ?x . ?x rdf:type ontology:occupation }
[]
Quantitative Reasoning (Count) (All)
Incomplete count-based ques
Q1714163
Q12737077
USER
And how about Justin McCarthy?
(Q1714163,P106,c(Q12737077))
action count
action filter_type
action find
entity Q1714163
relation P106
type Q12737077
['Q1714163', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?j ) WHERE { resource:Q1714163 property:P106 ?x . ?x rdf:type ontology:Q12737077 }
Justin McCarthy
action count
action filter_type
action find
entity Justin McCarthy
relation occupation
type occupation
['Justin McCarthy', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?j ) WHERE { resource:Justin_McCarthy property:occupation ?x . ?x rdf:type ontology:occupation }
[]
occupation
SYSTEM
3
(Q1714163,P106,c(Q12737077))
action count
action filter_type
action find
entity Q1714163
relation P106
type Q12737077
[ANSWER]
['Q1714163', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?j ) WHERE { resource:Q1714163 property:P106 ?x . ?x rdf:type ontology:Q12737077 }
3
action count
action filter_type
action find
entity Justin McCarthy
relation occupation
type occupation
['Justin McCarthy', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ( COUNT ( ?x ) AS ?j ) WHERE { resource:Justin_McCarthy property:occupation ?x . ?x rdf:type ontology:occupation }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q7938611
P27
Q7275
USER
Which state is the country of citizenship of Vladimir Sakson ?
(Q7938611,P27,c(Q7275))
action filter_type
action find
entity Q7938611
relation P27
type Q7275
['Q7938611', 'P27', {'concept': 'Q7275'}]
SELECT DISTINCT ?p WHERE { resource:Q7938611 property:P27 ?p . ?p rdf:type ontology:Q7275 }
Vladimir Sakson
action filter_type
action find
entity Vladimir Sakson
relation country of citizenship
type state
['Vladimir Sakson', 'country of citizenship', {'concept': 'state'}]
SELECT DISTINCT ?p WHERE { resource:Vladimir_Sakson property:country_of_citizenship ?p . ?p rdf:type ontology:state }
[]
state
Q15180
SYSTEM
Soviet Union
Q15180
(Q7938611,P27,c(Q7275))
action filter_type
action find
entity Q7938611
relation P27
type Q7275
The [ANSWER] is the country of citizenship of Vladimir Sakson
['Q7938611', 'P27', {'concept': 'Q7275'}]
SELECT DISTINCT ?p WHERE { resource:Q7938611 property:P27 ?p . ?p rdf:type ontology:Q7275 }
Soviet Union
The Soviet Union is the country of citizenship of Vladimir Sakson
Soviet Union
action filter_type
action find
entity Vladimir Sakson
relation country of citizenship
type state
['Vladimir Sakson', 'country of citizenship', {'concept': 'state'}]
SELECT DISTINCT ?p WHERE { resource:Vladimir_Sakson property:country_of_citizenship ?p . ?p rdf:type ontology:state }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q15180
P137
Q40218
USER
Which spacecrafts were managed by that state ?
(c(Q40218),P137,Q15180)
action filter_type
action find_reverse
entity Q15180
relation P137
type Q40218
[{'concept': 'Q40218'}, 'P137', 'Q15180']
SELECT DISTINCT ?b WHERE { ?b property:P137 resource:Q15180 . ?b rdf:type ontology:Q40218 }
Soviet Union
action filter_type
action find_reverse
entity Soviet Union
relation operator
type spacecraft
[{'concept': 'spacecraft'}, 'operator', 'Soviet Union']
SELECT DISTINCT ?b WHERE { ?b property:operator resource:Soviet_Union . ?b rdf:type ontology:spacecraft }
[]
spacecraft
Q836463 Q80811 Q247305
SYSTEM
Venera 10, Sputnik 1, Mars 2
Q836463 Q80811 Q247305
(c(Q40218),P137,Q15180)
action filter_type
action find_reverse
entity Q15180
relation P137
type Q40218
[ANSWERS] were managed by that state
[{'concept': 'Q40218'}, 'P137', 'Q15180']
SELECT DISTINCT ?b WHERE { ?b property:P137 resource:Q15180 . ?b rdf:type ontology:Q40218 }
Venera 10 Sputnik 1 Mars 2
Venera 10, Sputnik 1 and Mars 2 were managed by that state
Venera 10 Sputnik 1 Mars 2
action filter_type
action find_reverse
entity Soviet Union
relation operator
type spacecraft
[{'concept': 'spacecraft'}, 'operator', 'Soviet Union']
SELECT DISTINCT ?b WHERE { ?b property:operator resource:Soviet_Union . ?b rdf:type ontology:spacecraft }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q15180
P30
Q2221906
USER
Which geographic locations are that state situated in ?
(Q836463,P30,c(Q2221906)) (Q80811,P30,c(Q2221906)) (Q247305,P30,c(Q2221906))
action filter_type
action find
entity Q15180
relation P30
type Q2221906
['Q836463', 'P30', {'concept': 'Q2221906'}] ['Q80811', 'P30', {'concept': 'Q2221906'}] ['Q247305', 'P30', {'concept': 'Q2221906'}]
SELECT DISTINCT ?b WHERE { resource:Q15180 property:P30 ?b . ?b rdf:type ontology:Q2221906 }
Soviet Union
action filter_type
action find
entity Soviet Union
relation continent
type geographic location
['Venera 10', 'continent', {'concept': 'geographic location'}] ['Sputnik 1', 'continent', {'concept': 'geographic location'}] ['Mars 2', 'continent', {'concept': 'geographic location'}]
SELECT DISTINCT ?b WHERE { resource:Soviet_Union property:continent ?b . ?b rdf:type ontology:geographic_location }
[]
geographic location
Q46 Q48
SYSTEM
Europe, Asia
Q46 Q48
(Q836463,P30,c(Q2221906)) (Q80811,P30,c(Q2221906)) (Q247305,P30,c(Q2221906))
action filter_type
action find
entity Q15180
relation P30
type Q2221906
That state are situated in [ANSWERS]
['Q836463', 'P30', {'concept': 'Q2221906'}] ['Q80811', 'P30', {'concept': 'Q2221906'}] ['Q247305', 'P30', {'concept': 'Q2221906'}]
SELECT DISTINCT ?b WHERE { resource:Q15180 property:P30 ?b . ?b rdf:type ontology:Q2221906 }
Europe Asia
That state are situated in Europe and Asia
Europe Asia
action filter_type
action find
entity Soviet Union
relation continent
type geographic location
['Venera 10', 'continent', {'concept': 'geographic location'}] ['Sputnik 1', 'continent', {'concept': 'geographic location'}] ['Mars 2', 'continent', {'concept': 'geographic location'}]
SELECT DISTINCT ?b WHERE { resource:Soviet_Union property:continent ?b . ?b rdf:type ontology:geographic_location }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Single entity type
P706
Q355304 Q2221906
USER
Which watercourses are the location where min number of geographic locations are located ?
(c(Q2221906),P706,Q397736)
action argmin
action find_reverse_tuple_counts
relation P706
type Q355304
type Q2221906
[{'concept': 'Q2221906'}, 'P706', 'Q397736']
SELECT DISTINCT ?a WHERE { { SELECT DISTINCT ( MIN ( ?n ) AS ?w ) { SELECT DISTINCT ?j ( COUNT ( ?f ) AS ?n ) WHERE { ?f property:P706 ?j . ?j rdf:type ontology:Q355304 . ?f rdf:type ontology:Q2221906 } GROUP BY ?j } } . FILTER ( ?t = ?w ) . { SELECT DISTINCT ?a ( COUNT ( ?s ) AS ?t ) WHERE { ?a rdf:type ontology:Q355304 . ?s rdf:type ontology:Q2221906 . ?s property:P706 ?a } GROUP BY ?a } }
action argmin
action find_reverse_tuple_counts
relation located on terrain feature
type watercourse
type geographic location
[{'concept': 'geographic location'}, 'located on terrain feature', 'Agua Fria River']
SELECT DISTINCT ?a WHERE { { SELECT DISTINCT ( MIN ( ?n ) AS ?w ) { SELECT DISTINCT ?j ( COUNT ( ?f ) AS ?n ) WHERE { ?f property:located_on_terrain_feature ?j . ?j rdf:type ontology:watercourse . ?f rdf:type ontology:geographic_location } GROUP BY ?j } } . FILTER ( ?t = ?w ) . { SELECT DISTINCT ?a ( COUNT ( ?s ) AS ?t ) WHERE { ?a rdf:type ontology:watercourse . ?s rdf:type ontology:geographic_location . ?s property:located_on_terrain_feature ?a } GROUP BY ?a } }
[]
watercourse geographic location
Q5622 Q1644 Q1675
SYSTEM
Neman River, Elbe, Aare
Q1041876 Q552 Q280475 Q6980744 Q601290 Q7984374 Q8048049 Q200231 Q1778840 Q1114774 Q1653 Q1650 Q1143836 Q7821160 Q1431323 Q1513192 Q8642 Q204007 Q7405548 Q844339 Q504922 Q597753 Q5578691 Q7385957 Q739687 Q675651 Q5419 Q5325118 Q7617307 Q3503 Q5413 Q1259364 Q489139 Q1329752 Q143762 Q14754946 Q777907 Q2587169 Q1527524 Q3176167 Q27538 Q317951 Q875573 Q213975 Q635545 Q515022 Q16991253 Q630746 Q1138229 Q11147873 Q7198230 Q49544 Q859686 Q1922260 Q4818973 Q5167522 Q23584868 Q27035 Q304833 Q152331 Q6379958 Q1440192 Q5046020 Q23584863 Q1515792 Q6480698 Q7259180 Q2424719 Q1137567 Q7636531 Q182343 Q3822918 Q607546 Q182942 Q2142338 Q7545301 Q19891729 Q5043313 Q564324 Q130517 Q1349493 Q922331 Q285436 Q170218 Q1390033 Q4784374 Q573655 Q1323214 Q925122 Q142148 Q11997691 Q1889886 Q1050460 Q1850466 Q2310768 Q592383 Q1455949 Q422487 Q868968 Q78879 Q387103 Q23584892 Q267165 Q270562 Q7420244 Q4761994 Q2349527 Q951300 Q4915 Q7124943 Q14299 Q466699 Q7197386 Q3437153 Q2467572 Q978191 Q1511554 Q1054325 Q1592911 Q7622477 Q45403 Q14934759 Q940488 Q903306 Q1552614 Q193737 Q483607 Q952429 Q2749928 Q1124709 Q1052530 Q765836 Q1356561 Q331162 Q14369 Q1152315 Q5364100 Q2146846 Q304413 Q630397 Q149393 Q1506852 Q456415 Q2064454 Q1470035 Q10930661 Q2219431 Q1632022 Q882739 Q1369002 Q1464330 Q846063 Q708857 Q1592419 Q209540 Q3138706 Q534181 Q14582 Q823277 Q5564734 Q1542610 Q6749927 Q601302 Q2008077 Q1364584 Q155298 Q1742080 Q18278 Q2430262 Q34589 Q2033279 Q156032 Q407792 Q2263373 Q6743396 Q3132789 Q8075247 Q127892 Q10995099 Q1129931 Q130892 Q4406013 Q508468 Q618668 Q7108483 Q8510 Q2220 Q8515 Q4139817 Q955354 Q7081903 Q1514985 Q2428732 Q626277 Q4379655 Q1088409 Q6964452 Q6127753 Q131574 Q12053166 Q3312637 Q7682986 Q1140644 Q1883726 Q7396568 Q1338024 Q283245 Q25209615 Q695634 Q55498 Q7193324 Q773906 Q5250907 Q643284 Q843308 Q558643 Q203111 Q495814 Q51845 Q558645 Q175816 Q4689346 Q23959760 Q6966914 Q1182291 Q7042165 Q1068297 Q271025 Q1542874 Q131071 Q4105709 Q1032656 Q179396 Q2880233 Q4906614 Q9143945 Q666581 Q2962773 Q1408661 Q5245373 Q6841472 Q492822 Q727892 Q7055396 Q5972495 Q7055395 Q7099077 Q1455877 Q857676 Q6753597 Q849539 Q199374 Q1584933 Q1585830 Q2331787 Q167814 Q1248920 Q2154356 Q590533 Q648392 Q5277875 Q2722701 Q1264687 Q1667 Q7581966 Q1664 Q20714699 Q3569 Q607976 Q891080 Q1892251 Q1882509 Q7268229 Q17107886 Q1722620 Q1469 Q2340104 Q789969 Q1418174 Q2297877 Q674281 Q770907 Q2035609 Q370750 Q734838 Q3567788 Q9072195 Q1603703 Q14475750 Q918867 Q739513 Q209031 Q913193 Q3567786 Q1075393 Q945954 Q750021 Q2576794 Q702695 Q3049618 Q1970278 Q17108887 Q5167806 Q298372 Q2262 Q1952166 Q1496618 Q613522 Q1048219 Q4790876 Q1146608 Q7547057 Q6841580 Q6649857 Q1555207 Q593129 Q7055424 Q7989610 Q183078 Q714246 Q6689829 Q3140 Q1195715 Q7700626 Q2278535 Q181973 Q2634049 Q1939518 Q736575 Q5269447 Q320649 Q7619537 Q6946725 Q504388 Q838143 Q4086416 Q2408930 Q542965 Q8480 Q17776260 Q1334367 Q26433 Q190777 Q1259188 Q472896 Q1755015 Q5054054 Q4267015 Q216239 Q7132001 Q1147392 Q4167466 Q5492276 Q3695675 Q1635625 Q5284767 Q695081 Q626 Q3373254 Q615328 Q15618291 Q5096490 Q7567280 Q217739 Q7567286 Q2497432 Q3370210 Q5581073 Q156557 Q6027048 Q2041614 Q3285269 Q2717931 Q1796011 Q211089 Q3959849 Q872528 Q19719 Q1034601 Q19718 Q214811 Q4790372 Q128102 Q1430986 Q968071 Q2980641 Q6393077 Q10296269 Q6787548 Q8637 Q639374 Q5032783 Q7056335 Q3277240 Q8022283 Q1752943 Q2774051 Q798460 Q475597 Q1544689 Q216171 Q153789 Q83839 Q2056791 Q2273885 Q776155 Q171847 Q7272215 Q115457 Q9335614 Q325485 Q6463873 Q2745932 Q268624 Q3035865 Q1207296 Q203923 Q1861254 Q1422687 Q269710 Q1527389 Q7413346 Q1813795 Q2460373 Q5159491 Q445057 Q1535828 Q13130 Q10362259 Q4799610 Q933176 Q18574911 Q849928 Q3046656 Q847785 Q1848950 Q2936356 Q7885996 Q25930176 Q1333747 Q118850 Q5328364 Q7959454 Q745263 Q266184 Q60974 Q4497256 Q25932130 Q210220 Q1400022 Q7852462 Q2155664 Q26475 Q7403602 Q8526 Q1038418 Q1275618 Q1787489 Q31849 Q3001153 Q1134765 Q171675 Q919146 Q16895118 Q729269 Q1544547 Q59446 Q3637532 Q8505 Q3292 Q18128285 Q271044 Q905910 Q7495683 Q498876 Q1281562 Q5089 Q770781 Q3434641 Q2742774 Q1619907 Q5243968 Q2631071 Q15671 Q2302661 Q192415 Q264146 Q182445 Q6428800 Q7408531 Q3418317 Q1399312 Q7810725 Q335575 Q1542869 Q587901 Q1068697 Q841451 Q4107580 Q1795013 Q2565430 Q7811968 Q3503758 Q876857 Q1553790 Q829444 Q179444 Q1809877 Q5034380 Q4263885 Q6123580 Q2042749 Q2442994 Q6799987 Q3458817 Q10361729 Q3520200 Q7055386 Q492787 Q1628207 Q7355 Q1362517 Q738445 Q1781219 Q17521689 Q19724 Q2650411 Q187834 Q2679286 Q1101503 Q859456 Q2095324 Q1497 Q4878247 Q4672121 Q1675 Q202494 Q1678 Q1497668 Q5168080 Q2663607 Q386331 Q1471 Q1761189 Q234004 Q4491153 Q3414549 Q1252078 Q7337618 Q55500 Q55501 Q774124 Q196183 Q7262167 Q845520 Q4694462 Q1728885 Q7986374 Q118251 Q751347 Q1940419 Q3819155 Q7984552 Q2223479 Q357028 Q2448969 Q1092041 Q7413318 Q2251 Q6806699 Q3302 Q6492492 Q7852252 Q188871 Q3311500 Q3533870 Q20709760 Q342451 Q14352 Q1758000 Q41179 Q3783 Q40855 Q4787937 Q1760800 Q7055430 Q5180048 Q1472085 Q3440681 Q114490 Q156054 Q362455 Q2544418 Q784682 Q664874 Q12960682 Q208174 Q426516 Q814822 Q320151 Q14684009 Q651195 Q6879010 Q4923551 Q273456 Q7294153 Q3416869 Q7093976 Q2092438 Q305408 Q7123100 Q7076354 Q210326 Q7886000 Q214748 Q1129218 Q8050302 Q1478566 Q15252122 Q1016855 Q1143125 Q1012142 Q1746420 Q31379 Q2599279 Q2210898 Q20894675 Q1995453 Q7969256 Q379648 Q302946 Q3433809 Q3647339 Q2084723 Q3433802 Q499797 Q3047 Q13647756 Q1775363 Q35591 Q1726738 Q1432995 Q483159 Q689024 Q268532 Q428801 Q535450 Q1749620 Q2900667 Q461557 Q1321316 Q6236 Q640970 Q1542855 Q3551251 Q707056 Q1233042 Q4905491 Q1545923 Q2880217 Q7808126 Q908974 Q8493 Q4782306 Q1682 Q15656 Q7921608 Q663607 Q1069034 Q193499 Q43106 Q134350 Q41983 Q1409565 Q1807419 Q4923326 Q8197 Q621609 Q23930495 Q3470025 Q134750 Q1783795 Q968640 Q643780 Q6652360 Q5029181 Q952823 Q853332 Q1591703 Q7079950 Q334544 Q106588 Q2116752 Q6858399 Q7700266 Q1644 Q5188989 Q79082 Q1164736 Q859372 Q15243 Q1131396 Q13712 Q207777 Q2462596 Q7414729 Q1060631 Q6942769 Q5678705 Q500954 Q1256528 Q816221 Q4790780 Q5173220 Q3433758 Q93360 Q7563611 Q5723505 Q5130673 Q2015865 Q2617277 Q1661830 Q1472376 Q708553 Q7057073 Q4790854 Q708374 Q859229 Q1410160 Q1334518 Q177862 Q162737 Q19686 Q7572004 Q24235821 Q3458799 Q542539 Q3392 Q1109435 Q59647 Q4787012 Q201341 Q5556808 Q930423 Q191829 Q517787 Q1265 Q7063559 Q14372 Q3461744 Q290738 Q160819 Q132726 Q663709 Q6745427 Q2584373 Q3547914 Q5614206 Q247160 Q1631368 Q5502718 Q3041309 Q589911 Q6177133 Q516393 Q1542953 Q191635 Q4922862 Q317899 Q756018 Q1742075 Q7368052 Q4782407 Q1129913 Q652618 Q203162 Q794927 Q829832 Q6468697 Q1364559 Q14683906 Q686021 Q1636182 Q3116113 Q5501911 Q850119 Q605122 Q7252469 Q685585 Q545808 Q1138366 Q496274 Q4140059 Q7348 Q7142359 Q19682 Q191314 Q14683517 Q4450052 Q213067 Q1673439 Q9527122 Q6651505 Q131792 Q766956 Q270499 Q222899 Q1684 Q6734802 Q584 Q556993 Q123362 Q7821717 Q7986369 Q1472009 Q160636 Q180558 Q2000773 Q7267860 Q2331044 Q596630 Q729705 Q7936053 Q7420520 Q318435 Q272074 Q1165492 Q179751 Q1127173 Q394941 Q2216 Q2242 Q5049576 Q16917848 Q3524633 Q2934412 Q318762 Q2014837 Q215653 Q1557916 Q216875 Q5503198 Q4790818 Q7851994 Q203862 Q1010448 Q3335399 Q5642245 Q668472 Q5285869 Q495534 Q7680092 Q391566 Q1124558 Q7055408 Q673908 Q701512 Q12063796 Q2219578 Q2568291 Q2351809 Q3542 Q1523402 Q3400597 Q954645 Q4790891 Q595366 Q1126662 Q204040 Q1479784 Q554442 Q4814791 Q6117354 Q7198120 Q849470 Q2237 Q635220 Q609096 Q1530207 Q8023690 Q7456812 Q3259735 Q651323 Q947477 Q971590 Q3558095 Q192820 Q15229451 Q1424101 Q617414 Q813008 Q1156477 Q999300 Q487925 Q271058 Q14338 Q478303 Q126922 Q786533 Q1318640 Q3529640 Q916915 Q1341271 Q602 Q4876539 Q458829 Q7604798 Q7991774 Q1018973 Q6968547 Q7235639 Q280507 Q697324 Q497176 Q176960 Q6958704 Q5622 Q213840 Q214874 Q1229 Q7335260 Q283506 Q2363673 Q3358026 Q4853070 Q1143718 Q78707 Q695610 Q5091574 Q4786963 Q7653399 Q782845 Q3306028 Q5620912 Q1016767 Q1677915 Q14706054 Q26076 Q158847 Q1470945 Q193904 Q2330067 Q5018633 Q7337300 Q7406275 Q214535 Q4458337 Q4453762 Q4785397 Q8321 Q6427023 Q7193580 Q397736
(c(Q2221906),P706,Q397736)
action argmin
action find_reverse_tuple_counts
relation P706
type Q355304
type Q2221906
[ANSWERS] are the location where min number of geographic locations are located
[{'concept': 'Q2221906'}, 'P706', 'Q397736']
SELECT DISTINCT ?a WHERE { { SELECT DISTINCT ( MIN ( ?n ) AS ?w ) { SELECT DISTINCT ?j ( COUNT ( ?f ) AS ?n ) WHERE { ?f property:P706 ?j . ?j rdf:type ontology:Q355304 . ?f rdf:type ontology:Q2221906 } GROUP BY ?j } } . FILTER ( ?t = ?w ) . { SELECT DISTINCT ?a ( COUNT ( ?s ) AS ?t ) WHERE { ?a rdf:type ontology:Q355304 . ?s rdf:type ontology:Q2221906 . ?s property:P706 ?a } GROUP BY ?a } }
Molonglo River Oder Santa Ynez River Albaida Betsiamites River West Banas River Yamhill River Oise Oum Er-Rbia River Thika River Danube Weser Fish River Tongue River Kennebec River Pará River Kankakee River Helena River Salmon Trout River Saint-François River Emscher Canadian River Gold Creek Râul Mare Hooghly River Otter Tail River Missouri River Eagle Hill River Stillwater River Congo River Yangtze Susan River Geum River Stonávka Delaware River Río Grande de Loíza Shenandoah River Mandovi River Pampanga River Canoas River Susquehanna River Mazowe River Han River Drin Suriname River River Tees Hiran River Macal River Cowlitz River Liuxihe River Piscataquis River Xingu River Bighorn River Black River Au Sable River Coolongolook River Kadva River Grijalva River Similkameen River Rur Kaweah River Fox River Carrao River Darna River Wu River Lam Takhong River Pulangi River Diamante River Little Tennessee River Sulphur River Niagara River Subarnarekha River Saint John River Cuando River Truckee River Smith River Hivra River Carmel River Helme Canning River Erdre Khwae Noi River Koohrang Bhagirathi River Sankarani River Louetsié River Campbells River Tobique River Brogo River São Francisco River Reventazón River Yaqui River Catawba River Yuna River Clackamas River Ping River Sweetwater River James River River Conwy Kolyma River Deschutes River Shivana River Queanbeyan River Duncan River Santiago Creek Angat River Stillaguamish River Manilla River Ohio River Paint River Douro American River Pipestem River Marun River Konkouré River Olifants River Lempa River St. Clair River Hecate Strait Strawberry River Brahmaputra River Balonne River St. Marys River Brazos River Guadalupe River Tennessee River Anacostia River Green River Caloosahatchee River Conemaugh River Cedar River Hunter River Pecos River Tana River Inn Pa Sak River Elk River Carson River Diyala River Sabarmati River Zwickau Mulde Tumut River Litani River Ramu Merced River Du River San Diego River South Esk River Blue Nile Maroni Trebišnjica Kafue River Innerste Heart River Scioto River Hiwassee River Saint Croix River Cávado River Shoalhaven River Girna River James River Manistee River Rivière aux Outardes Pelotas River River Ness Kara Darya King River Uruguay River White River Euphrates Waitaki River Red River of the South Brunei River Bayano River Malibu Creek Wainganga River Zumbro River Paraná Afon Cynfal Cooum River South Platte River Sultan River Ma River Mudan River Otay River Helmand River Peace River Kabul River Tati River Chubut River Okeechobee Waterway Oldman River Thomson River Lunsemfwa River Provo River Chrudimka Nanya River Jamari River Vltava Black Water (Conon) Middle Fork Willamette River Tangipahoa River Crna Magat River Sacandaga River Klarälven Seimare River Walnut Creek Turkwel River Yalu River Pigeon River Oust Deerfield River Chicago River Tekezé River Alabama River Ziller rivière d'Étel Ume älv Gunnison River Trent River Afon Mynach Kaushalya river Nashua River Dee River Nizao River Chattahoochee River Nechako River San Juan River Willamette River Weber River Rapel River Paraguay River Bakhtiari River Big Tujunga Creek 'Adhaim Nam Ngum Cherry Creek Chagres River Dead River Middle Island Creek Hantan River Black Warrior River North Fork of the Grand River Qing River North Fork Feather River Opuha River Swakop River Lule River Mao River Tietê River Dahan Creek Roanoke River River Mawddach Stanley River Zayanderud Halil River Rio Cobre Caroní River Parramatta River Dina river Banas River Kings River Moselle Squannacook River Ruhr Little Rock Creek Senegal river Paranapanema River Boise River Marais des Cygnes River Macalister River Quaboag River Miller Creek Kalte Bode Loire Guyandotte River Bandama River Son River Tombigbee River Clarence River Augustów Canal Medellín River Plate Savannah River Megdovas White Salmon River Uatumã River Reisaelva Second Songhua River Kanawha River Gudenå Narva River Murat River White River Dadu River Penobscot River Ogooué River Woronora River Dortmund–Ems Canal Eklutna River Rio Conchos Stones River Cooper River Österdal River Kootenay River Mulungushi River Sigatoka River Clutha River Waikato River Thuli River Moulouya River Snake River Middle Santiam River Little Dry Creek Wynoochee River Blanda North Fork River Westport River Murray River Dajia River Loushui River Hudson River Tapi River Tensaw River Sheyenne River Yuba River Periyar Mitchell River Oulujoki Dhauliganga River Cunene River Stony Creek Myall River Inguri River Gila River Big Wood River Thames River Los Angeles River Logar River Gjerdingselva Elwha River Vilyuy River Neretva White Volta Bhadra River North Platte River Cattaraugus Creek Laurel Fork Kaveri River Panzara River Fox River Lotsane River Frankstown Branch Juniata River Manjira River Komati River Dix River Yarra River Volga Payette River Hongshui River Black River Chicopee River South Fork Humboldt River Milk River South Fork McKenzie River Unterelbe Gâm River Gomai River Kura River Indrayani River Ouachita River Manatee River Ross River Queen Charlotte Strait Büyük Menderes River Shuili River Kleine Kinzig Tay Capilano River Ouse Argeș River Nyagak River Irtysh River Sefīd-Rūd Etowah River River Fergus Keowee River Houku River Matilija Creek Des Plaines River Wupper Cannon River North Pine River Xalbal River Willow Creek Lučina Shetrunji River Zarqa River Murrumbidgee River Greenbrier River Waal Aff Devoll Paterson River Serpentine River Paranaíba River Araguaia River Quinebaug River Arno Serpentine River Obere Argen La Miel River Wind River Mono River Dom Noi River Dez River Achelous River Yakima River Genesee River Fraser River Link River San Antonio River White River Jaguaribe River Conejos River Oder Sassandra River Menominee River Michatoya River Noyyal River San Juan River rivière de Pont-l'Abbé Morávka Eau Claire River Colorado River Rogue River Caney Fork Union River Afon Gamlan Holston River Chao Phraya River East Fork Cimarron River Wag Water River Teles Pires Rüpingsbach Ottawa River Henrys Fork Afon Disgynfa Zeya River Winnipeg River Tuma River Batiscan River Treska Salamonie River Vakhsh River Jinsha River Spokane River Tongue River Nerang River courant d'Huchet Koyna River Sutlej Shoshone River Middle Fork Stanislaus River Min River Peel River Moose River Beishi River Hari River Nelson River Muli River Mahanadi Brisbane River Shetucket River Snowy River Ecker Ganges Sulak River Guavio River Jequitinhonha River Osage River Paute River Sarstoon River Zêzere River Río Grande de Santiago Volta River Huancabamba River Prut Konar River Samalá River Ralston Creek Feather River Tlawng River Sacramento River Grand River Tibagi River Cheat River Creuse Verde River Kyi River Dulce River Toccoa River Sun River Yalong River Miramichi River Nisqually River Potomac River Richelieu River Caopo River Little Wood River Jail Branch River Owyhee River Tooma River McArthur River Tunuyán River Catumbela River Mutha River North Fork Clearwater River Des Moines River Huon River Yellow River Ostravice Elqui River Rokel River Boyne River Mersey Sinnamary Saône Gorgol River Clinch River Big Walnut Creek Sarda River Mississippi River Beaverhead River Acaray River Aare Canal du Midi Saale Geehi River Coosawattee River Bridge River Grande River Seine Santa Ana River Narmada River Florida River Quinnipiac River Moravice River Machno Han River Nakdong River Schondelle Wabash River Putah Creek Kalix River Aguacapa River Karaj River West River Madeira River San Joaquin River Whanganui River Río Portugués West Branch Susquehanna River Santee River Kamenice Vacha Cimarron River San Antonio Creek Columbia River Medicine Creek Trave Las Vacas River Tully River Orontes River Michigamme River Edamalayar Squaw-Humper Creek Red River Delta Bidasoa Mystic River Mekong River Amazonas Dnieper River Doring River Pit River North Fork Toutle River Coyote Creek Iijoki River Beauly Little Missouri River Tocantins River Tons River Watauga River Sozh River Clark Fork Zomandao River Dordogne Indalsälven Beipan River Lichte South Fork American River Naryn River Mississinewa River Blackwater River Omo River Rapid Creek Swarnamukhi Onkaparinga River Sokoto River Skagit River Pacoima Wash Ochoco Creek Songhua River Union River Göta älv Balsas River Yaté River Santa Cruz River Mausam River Burnt River Cudgegong River Gordon River Kleine Bockau La Grande River Yampa River Saco River Kalpong River Nogoa River Ware River Connecticut River Namoi River Sainte-Marguerite River Raidāk River Citarum River St. Joseph River Trinity River Saskatchewan River Mayo River (Mexico) Nolichucky River Tigris Chixoy River Kuiseb River Syr Darya Bode Flathead River Montmorency River Crooked River Liuchong River Bhavani River Karun Lachlan River Urft Mwenezi River Grand River Marikina River Tapti River Nairobi River Big creek Llangollen Canal Baker River Tingalpa Creek Barron River Amu Darya Metsimotlhabe River Havel Mondego River Vermilion River Aura River Chelan River Krishna River Zambezi River Tisza Marne Fish River Tuolumne River Blacks Fork Daugava River Macquarie River Rush creek Salmon Falls Creek Saint Lawrence River Rivière des Prairies Klamath River Monongahela River Little Truckee River Canaan River New River Cauca River Hawkesbury River Ogden River South Fork Flathead River Isar Cheyenne River Mill River Tennessee–Tombigbee Waterway Elbe Croton River Kama River Wollondilly River Shashe River Volkhov River Coppename River Tiber Ussuri River Tygart Valley River San Luis Creek Chambal River Muskegon River Hasdeo River Arda Black Volta Belubula River Mtshabezi River Corte Madera Creek Mékinac River Bío Bío River Sorocaba River Mahabad River Clear Creek Ofin River Guantánamo River Indravati River Karkheh River Diemel North Umpqua River Sebakwe River Zhuoshui River Big Sandy River Skellefte River Jeneberang River Senqunyane River Angara River River Thames Soyang River Ngondoma River Sogamoso River Mahi River Nile Collie River Abitibi River Ogun River Isère Ghod River South Santiam River Magdalena River Merrimack River Colorado River Nottely River Doubs Kali River Trent–Severn Waterway Gambia River Yamuna Wipper Mamanguape River Wingecarribee River Cormor Guatapé River Aroostook River Housatonic River Frenchman Creek Dungeness River Essequibo River Jemez River Neosho River Pattani River Iguazu River Blackfoot River Ravi River Great Zab King River Roseau River Motloutse River Coosa River Duck River Zillierbach Charles River Lewis River Lackawanna River River Tawe Santa Anita Creek Allegheny River Pielisjoki Green River French River Red Deer River Schuylkill River Providence River Eder Cagayan River Walhonding River Manicouagan River Notwane River Indus River Pasquotank River Severn Godavari River North Yuba River Tieton River Svir River Isaac River Nandu River Little Red River Orinoco Karnaphuli River Pend Oreille River Broken River Spree Mahoning Creek Rhine Uncompahgre River Charente Tonto River West River Neuquén River Rio Grande Bafing River North Santiam River Qingshuihe River Stanislaus River Aragvi River Bureya River Vishwamitri River Santo Domingo River Detroit River Snake River Piva Aras River Rance Agno River Athabasca River South Saskatchewan River Castaic Creek Manso River Amaravathi River Calumet River Our Odzi River Tarn Gwydir River Chenab River Fresno River Mzingwane River Tule River Saint-Maurice river Burdekin River Nam Theun Halifax River Ill Dnyanganga River Imjin River Tallebudgera Creek Qu'Appelle River Niobrara River North Fork Malheur River Republican River Oker Neversink River San Gabriel River Río Grande de Matagalpa Grand River Niger River Maquoketa River River Dochart Little Zab Tokwe River Marias River Kern River Mur Norrström Wehra White Nile Jackson River Piru Creek Yarmouk River North Saskatchewan River Densu River Goulburn River Tanjil River Winburndale Rivulet Seton River Los Gatos Creek Rideau Canal Madison River Tamar River Vieux Rhône River Shannon Jawai River Tallapoosa River Apalachicola River Bear River Pasig River Powder River Souris River Okanogan River Limmat French Broad River Petitcodiac River Mokelumne River River Tescou Tittabawassee River Watts River Salt River Rhône Bear River Faxälven Stave River Whatshan River Bäke Natchaug River Pound River Rideau River Zengwun River Cotter River Severn River Nagavali River Neman River Cuanza River Jhelum River Don Rio Hondo Jajrood River Mendoza River Inaouen River Balui River Cumberland River Yenisei Kosi River Cheoah River Gongola River Swampy Plain River Awash River Ottauquechee River Los Esclavos River Burnett River St. Johns River Los Pinos River Irrawaddy River Sauer Limay River Nestos Dong Nai River Calaveras River River Conon Saluda River Glomma Teton River Taylor River Malibamat'so River Illinois River Kolan River Pike Creek Agua Fria River
Neman River, Elbe and Aare are the location where min number of geographic locations are located
Neman River Elbe Aare
action argmin
action find_reverse_tuple_counts
relation located on terrain feature
type watercourse
type geographic location
[{'concept': 'geographic location'}, 'located on terrain feature', 'Agua Fria River']
SELECT DISTINCT ?a WHERE { { SELECT DISTINCT ( MIN ( ?n ) AS ?w ) { SELECT DISTINCT ?j ( COUNT ( ?f ) AS ?n ) WHERE { ?f property:located_on_terrain_feature ?j . ?j rdf:type ontology:watercourse . ?f rdf:type ontology:geographic_location } GROUP BY ?j } } . FILTER ( ?t = ?w ) . { SELECT DISTINCT ?a ( COUNT ( ?s ) AS ?t ) WHERE { ?a rdf:type ontology:watercourse . ?s rdf:type ontology:geographic_location . ?s property:located_on_terrain_feature ?a } GROUP BY ?a } }
[]
Clarification
Comparative|More/Less|Mult. entity type|Indirect
P469
Q23397 Q337567 Q355304
USER
Which watercourses flow out of greater number of lakes or still waterss than that watercourse ?
(c(Q355304),P469,c(Q23397)|c(Q337567))
[{'concept': 'Q355304'}, 'P469', [{'concept': 'Q23397'}, {'concept': 'Q337567'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:P469 ?y } UNION { ?z property:P469 ?x } } . ?z rdf:type ontology:Q355304 . ?y rdf:type ontology:Q23397 . ?x rdf:type ontology:Q337567 }
[{'concept': 'watercourse'}, 'lakes on river', [{'concept': 'lake'}, {'concept': 'still waters'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:lakes_on_river ?y } UNION { ?z property:lakes_on_river ?x } } . ?z rdf:type ontology:watercourse . ?y rdf:type ontology:lake . ?x rdf:type ontology:still_waters }
[]
lake still waters watercourse
Comparative|More/Less|Mult. entity type|Clarification
Q5622
SYSTEM
Did you mean Neman River ?
(c(Q355304),P469,c(Q23397)|c(Q337567))
[ANSWER]
[{'concept': 'Q355304'}, 'P469', [{'concept': 'Q23397'}, {'concept': 'Q337567'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:P469 ?y } UNION { ?z property:P469 ?x } } . ?z rdf:type ontology:Q355304 . ?y rdf:type ontology:Q23397 . ?x rdf:type ontology:Q337567 }
Did you mean Neman River ?
Neman River
[{'concept': 'watercourse'}, 'lakes on river', [{'concept': 'lake'}, {'concept': 'still waters'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:lakes_on_river ?y } UNION { ?z property:lakes_on_river ?x } } . ?z rdf:type ontology:watercourse . ?y rdf:type ontology:lake . ?x rdf:type ontology:still_waters }
[]
Comparative Reasoning (All)
USER
No, I meant Aare. Could you tell me the answer for that?
(c(Q355304),P469,c(Q23397)|c(Q337567))
Q1675
[{'concept': 'Q355304'}, 'P469', [{'concept': 'Q23397'}, {'concept': 'Q337567'}]]
[{'concept': 'watercourse'}, 'lakes on river', [{'concept': 'lake'}, {'concept': 'still waters'}]]
[]
SYSTEM
67
Q1160449 Q10593933 Q844339 Q2552567 Q10496984 Q3433693 Q1860746 Q182343 Q75468 Q1506343 Q11959674 Q104437 Q1054325 Q10725680 Q819448 Q14369 Q689719 Q670886 Q15111734 Q650521 Q15111551 Q17776260 Q205428 Q1410160 Q11902181 Q3318 Q192820 Q17432910 Q6372478 Q129139 Q736575 Q940488 Q1636406 Q10550088 Q2155696 Q214646 Q1139404 Q11896020 Q1400022 Q1552966 Q215378 Q1108116 Q1497 Q1675 Q2155766 Q10725705 Q15111619 Q10604657 Q214535 Q458829 Q134750 Q121538 Q15243 Q636898 Q671831 Q752008 Q481339 Q60974 Q645652 Q213067 Q1688 Q583565 Q4814791 Q71996 Q5620 Q1048219 Q14335
(c(Q355304),P469,c(Q23397)|c(Q337567))
[ANSWER]
[{'concept': 'Q355304'}, 'P469', [{'concept': 'Q23397'}, {'concept': 'Q337567'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:P469 ?y } UNION { ?z property:P469 ?x } } . ?z rdf:type ontology:Q355304 . ?y rdf:type ontology:Q23397 . ?x rdf:type ontology:Q337567 }
Ljusnan Nacka ström Saint-François River Waterhen River Flottsbro canal Gens de Terre River Nea River Niagara River Ljanselva Motala ström Aursetelva Yukon River St. Clair River Ältaån Vuoksi River Inn Sarner Aa Lorze Äijälänsalmi High Rhine Tourujoki Gjerdingselva Semliki River Skellefte River Vääksy Canal Churchill River River Shannon Nordkjoselva Karlberg canal Norrån Oulujoki St. Marys River Norsälven Kumlaån Magog River Dâmboviţa River Msta River Tainionvirta Winnipeg River Guber Emajõgi Colentina River Mississippi River Aare Clearwater River Älvestaån Muuramenjoki Wättingeströmmen Glomma Faxälven Saint Lawrence River Torne River Volkhov River Baker River Tresa Byälven Seerhein Ottawa River Schwentine Svir River Elde River Derwent White Nile Harricana River Łyna River Waikato River Linth
67
[{'concept': 'watercourse'}, 'lakes on river', [{'concept': 'lake'}, {'concept': 'still waters'}]]
SELECT DISTINCT ?z WHERE { { { ?z property:lakes_on_river ?y } UNION { ?z property:lakes_on_river ?x } } . ?z rdf:type ontology:watercourse . ?y rdf:type ontology:lake . ?x rdf:type ontology:still_waters }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q1675
P201
Q337567
USER
Where do Aare gush out from ?
(c(Q337567),P201,Q1675)
action filter_type
action find_reverse
entity Q1675
relation P201
type Q337567
[{'concept': 'Q337567'}, 'P201', 'Q1675']
SELECT DISTINCT ?a WHERE { ?a property:P201 resource:Q1675 . ?a rdf:type ontology:Q337567 }
Aare
action filter_type
action find_reverse
entity Aare
relation lake outflow
type still waters
[{'concept': 'still waters'}, 'lake outflow', 'Aare']
SELECT DISTINCT ?a WHERE { ?a property:lake_outflow resource:Aare . ?a rdf:type ontology:still_waters }
[]
still waters
Q14426 Q14442 Q14429
SYSTEM
Lake Thun, Lake Brienz, Lake Biel
Q14426 Q14442 Q14429 Q5821829
(c(Q337567),P201,Q1675)
action filter_type
action find_reverse
entity Q1675
relation P201
type Q337567
Aare gush out of [ANSWERS] from
[{'concept': 'Q337567'}, 'P201', 'Q1675']
SELECT DISTINCT ?a WHERE { ?a property:P201 resource:Q1675 . ?a rdf:type ontology:Q337567 }
Lake Thun Lake Brienz Lake Biel Niederriedsee
Aare gush out of Lake Thun, Lake Brienz and Lake Biel from
Lake Thun Lake Brienz Lake Biel
action filter_type
action find_reverse
entity Aare
relation lake outflow
type still waters
[{'concept': 'still waters'}, 'lake outflow', 'Aare']
SELECT DISTINCT ?a WHERE { ?a property:lake_outflow resource:Aare . ?a rdf:type ontology:still_waters }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q1675
P206
Q56061
USER
Which administrative territory is situated in the neighbourhood of Aare ?
(c(Q56061),P206,Q1675)
action filter_type
action find_reverse
entity Q1675
relation P206
type Q56061
[{'concept': 'Q56061'}, 'P206', 'Q1675']
SELECT DISTINCT ?g WHERE { ?g property:P206 resource:Q1675 . ?g rdf:type ontology:Q56061 }
Aare
action filter_type
action find_reverse
entity Aare
relation located next to body of water
type administrative territorial entity
[{'concept': 'administrative territorial entity'}, 'located next to body of water', 'Aare']
SELECT DISTINCT ?g WHERE { ?g property:located_next_to_body_of_water resource:Aare . ?g rdf:type ontology:administrative_territorial_entity }
[]
administrative territorial entity
Q70
SYSTEM
Bern
Q70
(c(Q56061),P206,Q1675)
action filter_type
action find_reverse
entity Q1675
relation P206
type Q56061
In [ANSWER] is situated in the neighbourhood of Aare
[{'concept': 'Q56061'}, 'P206', 'Q1675']
SELECT DISTINCT ?g WHERE { ?g property:P206 resource:Q1675 . ?g rdf:type ontology:Q56061 }
Bern
In Bern is situated in the neighbourhood of Aare
Bern
action filter_type
action find_reverse
entity Aare
relation located next to body of water
type administrative territorial entity
[{'concept': 'administrative territorial entity'}, 'located next to body of water', 'Aare']
SELECT DISTINCT ?g WHERE { ?g property:located_next_to_body_of_water resource:Aare . ?g rdf:type ontology:administrative_territorial_entity }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q70
P1001
Q12737077
USER
Which occupation has control over the jurisdiction of that administrative territory ?
(c(Q12737077),P1001,Q70)
action filter_type
action find_reverse
entity Q70
relation P1001
type Q12737077
[{'concept': 'Q12737077'}, 'P1001', 'Q70']
SELECT DISTINCT ?m WHERE { ?m property:P1001 resource:Q70 . ?m rdf:type ontology:Q12737077 }
Bern
action filter_type
action find_reverse
entity Bern
relation applies to jurisdiction
type occupation
[{'concept': 'occupation'}, 'applies to jurisdiction', 'Bern']
SELECT DISTINCT ?m WHERE { ?m property:applies_to_jurisdiction resource:Bern . ?m rdf:type ontology:occupation }
[]
occupation
Q687179
SYSTEM
Gemeinderat of Bern
Q687179
(c(Q12737077),P1001,Q70)
action filter_type
action find_reverse
entity Q70
relation P1001
type Q12737077
[ANSWER] has control over the jurisdiction of that administrative territory
[{'concept': 'Q12737077'}, 'P1001', 'Q70']
SELECT DISTINCT ?m WHERE { ?m property:P1001 resource:Q70 . ?m rdf:type ontology:Q12737077 }
Gemeinderat of Bern
Gemeinderat of Bern has control over the jurisdiction of that administrative territory
Gemeinderat of Bern
action filter_type
action find_reverse
entity Bern
relation applies to jurisdiction
type occupation
[{'concept': 'occupation'}, 'applies to jurisdiction', 'Bern']
SELECT DISTINCT ?m WHERE { ?m property:applies_to_jurisdiction resource:Bern . ?m rdf:type ontology:occupation }
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