Triple

Given a phrase, classify it is english named entity (e.g., persons, organizations, works of art) in Latin script, or not (e.g., literals, dates, URLs, verbose phrases). For disambiguation, the statement where the phrase occurs as object is also given. Please return a JSON object with `phrase` (string, the phrase being analyzed) and `is_ne` (boolean, indicating whether the phrase is a Named Entity).

Phrase: Canal du Midi feeder system | Statement: [Sorèze, nearbyHydrology, Canal du Midi feeder system]

Target entity: Canal du Midi feeder system
Context triple: [Sorèze, nearbyHydrology, Canal du Midi feeder system]

• A. Canal du Midi
  The Canal du Midi is a historic 17th-century canal in southern France, renowned as an engineering masterpiece that links the Atlantic Ocean to the Mediterranean Sea and is recognized as a UNESCO World Heritage Site.
• B. Canal du Midi Orb aqueduct
  The Canal du Midi Orb aqueduct is a historic 19th-century structure in Béziers, France, that carries the Canal du Midi over the Orb River, showcasing notable civil engineering and canal architecture.
• C. Durance River canal system
  The Durance River canal system is an extensive network of man-made channels in southeastern France that diverts water from the Durance River for irrigation, hydroelectric power, and regional water supply, including feeding the Étang de Berre.
• D. Canal de la Sensée
  Canal de la Sensée is a navigable waterway in northern France that forms part of the regional canal network linking major rivers and facilitating inland transport.
• E. Canal de la Robine
  The Canal de la Robine is a historic waterway in southern France that links Narbonne to the Aude River and the Canal du Midi, forming part of the region’s inland navigation network.
• F. None of above. chosen
• G. Unsure - the case is ambiguous/there is not enough information to decide.

Target entity: Canal du Midi feeder system
Target entity description: The Canal du Midi feeder system is a network of water-supply channels and structures designed to collect and convey water from surrounding sources to maintain the navigable levels of France’s historic Canal du Midi.

• A. Canal du Midi
  The Canal du Midi is a historic 17th-century canal in southern France, renowned as an engineering masterpiece that links the Atlantic Ocean to the Mediterranean Sea and is recognized as a UNESCO World Heritage Site.
• B. Canal du Midi Orb aqueduct
  The Canal du Midi Orb aqueduct is a historic 19th-century structure in Béziers, France, that carries the Canal du Midi over the Orb River, showcasing notable civil engineering and canal architecture.
• C. Durance River canal system
  The Durance River canal system is an extensive network of man-made channels in southeastern France that diverts water from the Durance River for irrigation, hydroelectric power, and regional water supply, including feeding the Étang de Berre.
• D. Canal de la Sensée
  Canal de la Sensée is a navigable waterway in northern France that forms part of the regional canal network linking major rivers and facilitating inland transport.
• E. Canal de la Robine
  The Canal de la Robine is a historic waterway in southern France that links Narbonne to the Aude River and the Canal du Midi, forming part of the region’s inland navigation network.
• F. None of above. chosen

Target predicate: nearbyHydrology
Context triple: [Sorèze, nearbyHydrology, Canal du Midi feeder system]

• A. nearbyWatercourse chosen
  Indicates that one entity is located close to or alongside a natural or artificial watercourse, such as a river, stream, or canal.
• B. hydrologyFeature
  Indicates a relationship where one entity is a hydrological feature (such as a body or flow of water) associated with or characterizing another entity.
• C. nearbyRiverProject
  Indicates that there is a project located close to or associated with a nearby river.
• D. lakeTypeNearby
  Indicates that one entity is located near another entity that is classified as a particular type of lake.
• E. currentHydrology
  Indicates the present state or characteristics of water flow, distribution, and related hydrological conditions associated with an entity.
• F. None of above.