Human

A human lives but is not necessarily born, i.e. a human embryo or foetus.

In adulthood producing spermatozoa to fertilize female ova.

A foaf:Person class member is born, but can be alive or dead, real or imaginary. In this more restricted meaning a person can do things during life and can be talked about after dead, having done things during life. An imaginary person is a thing that can have every conceivable property.

Considered as an action wherein a person is an agent.

No satisfying biological description of onset of a human life; set at birth when a human becomes a person. (en)

E.g. Jesus is for a believer a person also having non-human features.

Exists from the seventeenth century AD until today.

One can state about a book that the person who wrote it as author is unidentified. The person exists or has existed, thus the resource can be represented by an IRI for *a* person (not necessarily a blank node (anonymous resource)), but the information to identify the person is missing. This knowledge of absence of certain information is made explicit. In other words, there is a distinction between the IRI identifying *a* person, and the information, provided by properties, e.g. birth date, family name, christian name, permitting to sufficiently describe thé person to be identified. E.g. a birth date or initials only are insufficient to identify a person.

Through a series of N3-rules a birth year-month literal is converted to its year-month period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

Through a series of N3-rules a birth year literal is converted to its year period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

It is possible to find different birthdates in different historical sources, in which case a probability can be attributed to each date; an overall certainty period can be calculated, comprising all dates.

It is possible to find different birthplaces in different historical sources, in which case a probability can be attributed to each place.

Through a series of N3-rules a death year literal with unknown year digit is converted to its century period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

It is possible to find different death dates in different historical sources, in which case a probability can be attributed to each date; an overall certainty period can be calculated, comprising all dates.

Through a series of N3-rules a death year literal with unknown year digit is converted to its decade period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

Through a series of N3-rules a death year-month literal is converted to its year-month period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

Through a series of N3-rules a death year literal is converted to its year period with the respective calendar start and end date typed literal, and with the start and end Julian Day Number, to enable interval calculus for temporal reasoning.

It is possible to find different deathplaces in different historical sources, in which case a probability can be attributed to each place.

Further restriction given along specific law; e.g. a person can have her/his family name legally changed.

Further restriction given along specific law; e.g. a person can have her/his given name legally changed.