query-dd2f883b338f63d1b2cc2bb5ef423d46

rq turtle/ttl

Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10 Bodies of water that most watercourses end in (transitive).

For example, over 4000 watercourses eventually flow into the Ob,

and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.

SELECT ?mouth (COUNT(?watercourse) AS ?count) WHERE { ?watercourse wdt:P403+ ?mouth. } GROUP BY ?mouth ORDER BY DESC(?count) LIMIT 10

Use at

PREFIX wdt: <http://www.wikidata.org/prop/direct/>
# Bodies of water that most watercourses end in (transitive).
# For example, over 4000 watercourses eventually flow into the Ob,
# and since the Ob flows into the Kara Sea, the Kara Sea has over 4000 results as well.
SELECT ?mouth (COUNT(?watercourse) AS ?count)
WHERE
{
  ?watercourse wdt:P403+ ?mouth.
}
GROUP BY ?mouth
ORDER BY DESC(?count)
LIMIT 10

Query found at

graph TD classDef projected fill:lightgreen; classDef literal fill:orange; classDef iri fill:yellow; v4("?count") v3("?mouth"):::projected v2("?watercourse"):::projected v2 --"wdt:P403"--> v3 bind1[/"count(?watercourse)"/] v2 --o bind1 bind1 --as--o v4