outflow

P967
predicate

Indicates the movement or discharge of something from an origin or source to the outside or to another location.

All labels observed (26)

Label Occurrences
flowsDirection 1,405
outflow canonical 1,107
hasInflow 722

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: outflow
Generated description
Indicates the movement or discharge of something from an origin or source to the outside or to another location.

Sample triples (4,167)

Subject Object
Svetogorsk hydropower plant Vuoksi River NERFINISHED
Vuoksi–Neva water system Neva River via predicate surface "hasOutflow"
Vuoksi–Neva water system Vuoksi River via predicate surface "hasOutflow" NERFINISHED
Lake Inari Paatsjoki River
Transpolar Drift Stream Atlantic Ocean via predicate surface "flowsToward"
surface form: North Atlantic Ocean
Transpolar Drift Stream Fram Strait via predicate surface "flowsToward"
Transpolar Drift Stream Greenland Sea via predicate surface "flowsToward"
San Miguel River generally northwest via predicate surface "flowsDirection"
Mamaroneck Harbor Mamaroneck River via predicate surface "receivesInflowFrom"
Mamaroneck Harbor Sheldrake River via predicate surface "receivesInflowFrom" NERFINISHED
Isonzo generally southward via predicate surface "flowsDirection"
Lituya Bay Lituya Glacier via predicate surface "hasInflow"
Lituya Bay Crillon Glacier via predicate surface "hasInflow"
Lituya Bay Cascade Glacier via predicate surface "hasInflow"
Lituya Bay Crillon Glacier via predicate surface "hasInflow"
surface form: North Crillon Glacier
Lituya Bay Gilman Glacier via predicate surface "hasInflow"
Lituya Bay Pacific Ocean via predicate surface "hasOutflow"
Canandaigua Outlet northward via predicate surface "flowsDirection"
Hengsteysee Ruhr
Harkortsee Ruhr
Baldeneysee Ruhr
Humber drainage basin Humber Estuary via predicate surface "majorOutflow"
Lluta River generally westward via predicate surface "flowsDirection"
Weiser River generally southward via predicate surface "flowsDirection"
Lake Inkwil Inkwiler Dorfbach via predicate surface "hasOutflow"
Lake Inkwil groundwater via predicate surface "hasInflow"
Kızılırmak River generally west then north via predicate surface "flowsDirection"
Ross Barnett Reservoir Pearl River via predicate surface "primaryOutflows"
Canadice Outlet generally northward via predicate surface "flowsDirection"
Meurthe River generally northward via predicate surface "flowsDirection"
Kettwiger See Ruhr
Rough River Lake Rough River NERFINISHED
Sakarya River northward via predicate surface "flowsDirection"
Étang de Berre Arc River via predicate surface "hasInflow" NERFINISHED
Étang de Berre Touloubre River via predicate surface "hasInflow" NERFINISHED
Étang de Berre Cadière River via predicate surface "hasInflow"
Étang de Berre Durance River canal system via predicate surface "hasInflow"
Enisei generally northward via predicate surface "flowsDirection"
River Annan near Brydekirk Solway Firth via predicate surface "flowsToward"
Tail Burn generally south-east via predicate surface "flowsDirection"
Palisade Glacier Big Pine Creek via predicate surface "hasOutflow"
surface form: North Fork Big Pine Creek
Lake Manitou Manitou River
Waiau River
surface form: Waiau River (Southland)
generally southward via predicate surface "flowsDirection"
Shetucket River generally southward via predicate surface "flowsDirection"
Lake Arenal Arenal River
Váh River generally west and south via predicate surface "flowsDirection"
Chang Chenmo River generally westward via predicate surface "flowsDirection"
Loch Rannoch River Tummel
Kentmere Reservoir River Kent via predicate surface "hasOutflow"
Kentmere Reservoir River Kent headwaters via predicate surface "hasInflow"