Introduction

FamilySearch GEDCOM 7.0 was released in 2021 as the latest version of the GEDCOM format for the transmission and storage of genealogical information. GEDCOM was developed by the Family History Department of The Church of Jesus Christ of Latter-day Saints to provide a flexible, uniform format for exchanging computerized genealogical data. Its first purpose is to foster sharing genealogical information and to develop a wide range of inter-operable software products to assist genealogists, historians, and other researchers. Its second purpose is as a long-term storage format for preserving genealogical information in an open, standard format that will be accessible and understood by future genealogists and the systems they use.

“GEDCOM” is an acronym for GEnealogical Data COMmunication and is traditionally pronounced “ˈdʒɛdkɑm.”

Purpose and Content of The FamilySearch GEDCOM Specification

The FamilySearch GEDCOM Specification is a technical document written for computer programmers, system developers, and technology-aware users. This document describes a document and file format as follows:

A hierarchical container format (see Chapter 1)
A set of data types (see Chapter 2)
A set of genealogical structures (see Chapter 3)
The FamilySearch GEDZIP file format (see Chapter 4)

Chapter 1 describes a hierarchical container format. This container format is a general-purpose data representation language for representing any kind of structured information in a sequential medium, similar to XML, JSON, YAML, or SDLang. Chapter 1 discusses the syntax and identification of structured information in general, but it does not deal with the semantic content of any particular kind of data.

Chapter 2 describes several data types used to represent genealogical information, such as a date format that permits dating in multiple calendar systems.

Chapter 3 describes a set of nested genealogical structures for representing historical claims, such as individuals, families, and events; sourcing information, such as sources, repositories, and citations; and research metadata, such as information about researchers and rights.

A set of structures conforming to the first 3 chapters of The FamilySearch GEDCOM Specification is called a FamilySearch GEDCOM dataset. A string of octets encoding a dataset is called a data stream.

Chapter 4 describes a file format for bundling a dataset with a set of media files or other supporting documents.

Prior to 7.0:

The container format was called “the GEDCOM data format.”
The data types were unnamed and described in various places throughout the document.
The genealogical structures were known as “the Lineage-Linked GEDCOM Form.”

In addition to this specification itself, additional supplimental material can be found at https://gedcom.io, including:

Links to example and supporting software
Frequently asked questions for users and developers
A guide to migrating from 5.5.1 to 7.0
Ways to engage in the community

Purpose for Version 7.x

There have been multiple prior releases of this specification, with somewhat idiosyncratic version numbering. The first public comment draft was released in 1984. The previous major version was 5.5.1 which was released in draft status in November 1999 and re-released as a standard in October 2019.

Version 7.0 has a number of goals, including

Clarify ambiguities in the specification.
Simplify implementations by removing special-case handling.
Modernize character encoding, length restrictions, and specification wording.
Introduce semantic versioning (see https://semver.org/).
Add better multimedia handling, negative assertions, and notes with markup.
Add support for common extensions to 5.5.1.
Provide tools for better interoperability of extensions.

Version 7.0 introduces several breaking changes with version 5.5.1; 5.5.1 files are, in general, not valid 7.0 files and vice versa. These breaking changes were necessary to remove complicated constructs left over from earlier versions. For a complete list of changes, see the accompanying changelog.

A Guide to Version Numbers

Starting with version 7.0.0, version numbers use semantic versioning. The 3 numbers are titled major.minor.patch.

A new major version may make arbitrary changes to the specification. Distinct major versions are not in general either forward or backward compatible with one another.

A new minor version will preserve the validity of data from all previous minor versions. It may make additional data valid, for example by adding new structure types, allowing current structures in new contexts, or adding new enumerated values or calendars. A minor release will not change the semantic meaning of data from previous minor releases, so for example a 7.0 document is also a valid 7.1 document and represents the same information in both.

A new patch version is a clarified or improved specification for the same data and introduces no changes in the data itself. Any software that correctly implements X.Y.Z also correctly implements X.Y.W. If there is an ambiguity or contradiction in the specification, it will be resolved in a patch version unless it is known that implementations interpreted the spec differently and that clarifying the intended meaning would cause incompatibilities between those implementations.

It is recommended that implementations accept all data at their own or a lesser minor version, regardless of the patch version. It is also recommended that they import data from subsequent minor versions by treating any unexpected structures, enumerations, or calendars as if they were extensions.

URIs and Prefix Notation

This document defines Uniform Resource Identifiers (URIs) to unambiguously identify various concepts, including structure types, data types, calendars, enumerated values, and so on. In a few places, existing URIs defined by other bodies are used, following the best practice that a new URI should not be introduced for a concept for which a URI is known.

Rather than write out URIs in full, we use prefix notation: any URI beginning with 1 of the following short prefixes followed by a colon is shorthand for a URI beginning with the corresponding URI prefix

Short Prefix	URI Prefix
`g7`	`https://gedcom.io/terms/v7/`
`xsd`	`http://www.w3.org/2001/XMLSchema#`
`dcat`	`http://www.w3.org/ns/dcat#`

When the specification says xsd:string, it means http://www.w3.org/2001/XMLSchema#string. This is a specification shorthand only; the string “xsd:string” is not the URI defining this concept, http://www.w3.org/2001/XMLSchema#string is.

1 Hierarchical container format

1.1 Characters

Each data stream is a sequence of octets or bytes. The octets encode a sequence of characters according to the UTF-8 character encoding as described in §10.2 of ISO/IEC 10646:2020 and in RFC 3629.

Previous versions allowed multiple character encodings, defaulting to ANSEL. 7.0 only uses the UTF-8 character encoding.

A file containing a FamilySearch GEDCOM data stream should use the filename extension .ged.

The first character in each data stream should be U+FEFF, the byte-order mark. If present, this initial character has no meaning within this specification but serves to indicate to other systems that the file uses the UTF-8 character encoding.

Certain characters must not appear anywhere within a data stream:

The C0 control characters other than tab and line endings (U+0000–U+001F except U+0009, U+000A and U+000D)
The DEL character (U+007F)
Surrogates (U+D800–U+DFFF)
Invalid code points (U+FFFE and U+FFFF)

Implementations should be aware that bytes per character and characters per glyph are both variable when using UTF-8. Use of Unicode-aware processing and display libraries is recommended.

Character-level grammars are specified in this document using Augmented Backus-Naur Form (ABNF) as defined in STD 68 and modified in RFC 7405. We use the term “production” to refer to an ABNF rule, supported by any other rules it references.

The following is a brief summary of the parts of ABNF, as defined by STD 68 and RFC 7405, that are used in this document:

A rule consists of a rulename, an equals sign =, and 1 or more alternative matches.
Alternatives are separated by slashes /.
The first line of a rule must not be indented; the second and subsequent lines of a rule must be indented.
Comments are introduced with a semi-colon ;.
Unicode codepoints are given in hexadecimal preceded by %x. Ranges of allowed codepoints are given with a hyphen -.
Double quotes delimit literal strings. Literal strings are case-insensitive unless they are preceded by %s.
Parentheses () group elements. Brackets [] mark optional content. Preceding a group or element by * means any number may be included. Preceding a group or element by 1* means 1 or more may be included.

The banned characters can be expressed in ABNF as production banned:

banned = %x00-08 / %x0B-0C / %x0E-1F ; C0 other than LF CR and Tab
       / %x7F                        ; DEL
       / %x80-9F                     ; C1
       / %xD800-DFFF                 ; Surrogates
       / %xFFFE-FFFF                 ; invalid
; All other rules assume the absence of any banned characters

All other ABNF expressions in this document assume the absence of any characters matching production banned.

This document additionally makes use of the following named character sets in ABNF:

digit       = %x30-39   ; 0 through 9
nonzero     = %x31-39   ; 1 through 9
ucletter    = %x41-5A   ; A through Z
underscore  = %x5F      ; _
atsign      = %x40      ; @

1.2 Structures

A structure consists of a structure type, an optional payload, and a collection of substructures. The payload is a value expressed as a string using 1 of several data types, as described in Chapter 2.

Every structure is either a record, meaning it is not contained in any other structure’s collection of substructures, or it is a substructure of exactly 1 other structure. The other structure is called its superstructure. Each substructure either refines the meaning of its superstructure, provides metadata about its superstructure, or introduces new data that is closely related to its superstructure.

Each structure type is identified by a URI and defines several properties of any structure with that type, including

The meaning of structures of this type.
The payload type of the structure’s payload, which shall be one of
- no payload, or
- a pointer to a record with a specific structure type, or
- a data type; if an enumeration or list of enumerations, also a set of permitted enumeration values.
Which structure types may appear as substructures of the structure and with what cardinality they may appear. Cardinality is specified by two flags:
- whether a substructure of this type is required or not; and
- whether multiple substructures of this type are permitted or not.

The collection of substructures is partially ordered. Substructures with the same structure type are in a fixed order, but substructures with different structure types may be reordered. The order of substructures of a single type indicates user preference, with the first substructure being the most-preferred value, unless a different meaning is explicitly indicated in the structure’s definition.

A structure must have either a non-empty payload or at least 1 substructure. Empty payloads and missing payloads are considered equivalent. The remainder of this document uses “payload” as shorthand for “non-empty payload”.

Unlike structures, pseudo-structures needn’t have either payloads or substructures. TRLR never has either, and CONT doesn’t when payloads contain empty lines.

A structure is a representation of data about its subject. Examples include the entity, event, claim, or activity that the structure describes.

Datasets also contain 3 types of pseudo-structures:

The header resembles a record, comes first in each document, and contains metadata about the entire document in its substructures. See The Header for more details.
The trailer resembles a record, comes last in each document, and cannot contain substructures.
A line continuation resembles a substructure, comes before any other substructures, is used to encode multi-line payloads, and cannot contain substructures.

Previous versions limited the number of characters that could appear in a structure, record, and payload. Those restrictions were removed in 7.0.

1.3 Lines

A line is a string representation of (part of) a structure. A line consists of a level, optional cross-reference identifier, tag, optional line value, and line terminator. It matches the production Line:

Line    = Level D [Xref D] Tag [D LineVal] EOL

Level   = "0" / nonzero *digit
D       = %x20                            ; space
Xref    = atsign 1*tagchar atsign         ; but not "@VOID@"
Tag     = stdTag / extTag
LineVal = pointer / lineStr
EOL     = %x0D [%x0A] / %x0A              ; CR-LF, CR, or LF

stdTag  = ucletter *tagchar
extTag  = underscore 1*tagchar
tagchar = ucletter / digit / underscore

pointer = voidPtr / Xref
voidPtr = %s"@VOID@"

nonAt   = %x09 / %x20-3F / %x41-10FFFF    ; non-EOL, non-@
nonEOL  = %x09 / %x20-10FFFF              ; non-EOL
lineStr = (nonAt / atsign atsign) *nonEOL ; leading @ doubled

The level matches production Level and is used to encode substructure relationships. Any line with level 0 encodes a record or a record-like pseudo-structure. Any line with level x > 0 encodes a substructure of the structure encoded by the nearest preceding line with level x − 1.

Previous versions allowed spaces and blank lines to precede the level of a line. That permission was removed from 7.0 to simplify parsing.

The cross-reference identifier matches production Xref (but not voidPtr) and indicates that this is a structure to which pointer-type payloads may point. Each cross-reference identifier must be unique within a given data document. Cross-reference identifiers are not retained between data streams and should not be made visible to the user to avoid them referring to transient data within notes or other durable data.

Each record to which other structures point must have a cross-reference identifier. A record to which no structures point may have a cross-reference identifier, but does not need to have one. A substructure or pseudo-structure must not have a cross-reference identifier.

The tag matches production Tag and encodes the structure’s type. Tags that match the production stdTag are defined in this document. Tags that match extTag are defined according to Extensions.

The same tag may be used to represent multiple structure types. The structure type of each structure is identified by its tag and the type of its superstructure. The mapping between (superstructure type, tag) pairs and structure types is given elsewhere in this document (for standard structure types and tags) or the [schema] and extension authors’ documentation (for extension structure types and tags).

The tag ADOP is used in this document to represent two structure types. Which one is meant can be identified by the superstructure type as follows:

Superstructure type	Structure type identified by tag `ADOP`
`g7:record-INDI`	`g7:ADOP`
`g7:ADOP-FAMC`	`g7:FAMC-ADOP`

An extension-defined substructure could also be used to place either of these structure types in extension superstructures.

The ADOP tag is also used in the set of enumerated values permitted by the g7:DATA-EVEN, g7:SOUR-EVEN, and g7:NO structure types.

The line value matches production LineVal and encodes the structure’s payload. Line value content is sufficient to distinguish between pointers and line strings. Pointers are encoded as the cross-reference identifier of the pointed-to structure. Each non-pointer payload may be encoded in 1 or more line strings (line continuations encode multi-line payloads in several line strings). The exact encoding of non-pointer payloads is dependent on the data type of the payload, as determined by the structure type. The data type of non-pointer payloads cannot be fully determined by line value content alone.

Note that production LineVal does not match the empty string. Because empty payloads and missing payloads are considered equivalent, both a structure with no payload and a structure with the empty string as its payload are encoded with no LineVal and no space after the Tag.

The payload of a MARR structure has type [Y|<NULL>], which is optional but if present cannot be the empty string. The payload of a EVEN structure has type Text, which is not optional but can be the empty string. The Line encoding a no-payload MARR is “1 MARR” and the Line encoding an empty-payload EVEN is “1 EVEN”; both Lines have no LineVal and no trailing space.

If a line value matches production Xref, the same value must occur as the cross-reference identifier of a structure within the document. The special voidPtr production is provided to encode null pointers.

If the first character of the string stored in a line string is U+0040 (@), the line string must escape that character by doubling that @.

Previous versions required doubling all @ in a line value, but such doubling was not widely implemented in practice. @ is only doubled in this version if it is the first character of a line string.

A structure with tag NOTE, level 1, and a 2-line payload where the first line is “me@example.com is my email” and the second line is “@me and @I are my social media handles” would be encoded as

1 NOTE me@example.com is my email
2 CONT @@me and @I are my social media handles

Line values that match neither Xref nor lineStr are prohibited. They have been used in previous versions (for example, a line value beginning @#D was a date in versions 4.0 through 5.5.1) and may be used again in a future version if an appropriate need arises.

The components of a line are each separated by a single delimiter matching production D. A delimiter is always a single space character (U+0020). Using multiple delimiters between components of a line is prohibited. Thus if the tag is followed by 2 spaces, the first space is a delimiter and the second space is part of the line value.

All characters in a payload must be preserved in the corresponding line value, including preserving any leading or trailing spaces.

Each line is ended by a line terminator matching production EOL. A line terminator may be a carriage return U+000D, line feed U+000A, or a carriage return followed by a line feed. The same line terminator should be used on every line of a given document.

Line values cannot contain internal line terminators, but some payloads can. If a payload contains a line terminator, the payload is split on the line terminators into several payloads. The first of these split payloads is encoded as the line value of the structure’s line, and each subsequent split payload is encoded as the line value of a line continuation pseudo-structure placed immediately following, and with one greater level than, the structure’s line. The tag of a line continuation pseudo-structure is CONT. The order of the line continuation pseudo-structures matches the order of the lines of text in the payload.

Versions prior to 7.0 had another CONT-like tag, CONC, which split line values without introducing a line break. CONC does not appear in version 7. To support multi-version GEDCOM parsers, the CONC tag is reserved and will not appear as the tag of a structure type.

Line continuation pseudo-structures are not considered to be structures. While they match production Line and their level and position makes them appear to be substructures of the structure, they are actually a continuation of the encoding of the structure’s payload and are not part of a structure’s collection of substructures. They must appear immediately following the line whose payload they are encoding and before any other line.

Because line terminators in payloads are encoded using line continuations, it is not possible to distinguish between U+000D and U+000A in payloads.

Previous versions limited the number of characters that could appear in a tag, cross-reference identifier, and line-value. Those restrictions were removed in version 7.0. The CONC pseudo-structure, which allowed line values to have a shorter length restriction than payloads, was also removed.

The following are examples of valid but unrelated lines:

level 0, cross-reference identifier @I1234@, tag INDI, no line value.
```
0 @I1234@ INDI
```
level 1, no cross-reference identifier, tag CHIL, pointer line value pointing to the structure with cross-reference identifier “@I1234@”.
```
1 CHIL @I1234@
```
level 1, no cross-reference identifier, tag NOTE, and line value + continuation pseudo-structure to encode a 4-line payload string: “This is a note field that”, “ spans four lines.”, “”, and “(the third line was blank)”. Note that leading and trailing spaces are preserved.
```
1 NOTE This is a note field that
2 CONT   spans four lines.
2 CONT
2 CONT (the third line was blank)
```

1.4 The Header and Trailer

Every dataset must begin with a header pseudo-structure and end with a trailer pseudo-structure.

The trailer pseudo-structure has level 0, tag TRLR and no line value or substructures. The trailer has no semantic meaning; it is present only to mark the end of the dataset.

The header pseudo-structure has level 0, tag HEAD, and no line value. The substructures of the header pseudo-structure provide metadata about the entire dataset. Some of those substructures are defined here; others are defined in Chapter 3 or by extensions.

Every header must contain a substructure with a known tag that identifies the specification to which the dataset complies. For FamilySearch GEDCOM 7.0, this is the GEDC structure described in Chapter 3.

A header should contain an extension schema structure with tag SCHMA as described in Extensions.

1.5 Extensions

A standard structure is a structure whose type, tag, meaning, superstructure, and cardinality within the superstructure are described in this document. This includes records such as INDI and substructures such as INDI.NAME.

The recommended way to go beyond the set of standard structure types in this specification or to expand their usage is to submit a feature request on the FamilySearch GEDCOM development page so that the ramifications of the proposed addition and its interplay with other proposals may be discussed and the addition may be included in a subsequent version of this specification.

This specification also provides multiple ways for extension authors to go beyond the specification without submitting a feature request, which are described in the remainder of this section.

Extensions can introduce new structure types, new enumeration values, new calendars with their associated months, and new data types. They can also extend existing structures with new permitted substructure types and extend existing enumeration-type payloads with new permitted values. Extensions cannot change existing meanings, cardinalities, or calendars.

A tagged extension structure is a structure whose tag matches production extTag. Tagged extension structures may appear as records or substructures of any other structure. Their meaning is defined by their tag, as is discussed more fully in the section Extension Tags.

Any substructure of a tagged extension structure that uses a tag matching stdTag is an extension-defined substructure. Substructures of an extension-defined substructure that uses a tag matching stdTag are also extension-defined substructures, but this specification deprecates using a stdTag with a definition that does not match any standard type with that tag. The meaning and use of each extension-defined substructure is defined by the tagged extension structure it occurs within, not by its tag alone nor by this specification.

In the following

0 @P1@ _LOC
1 NAME Βυζάντιον
2 DATE FROM 667 BCE TO 324
1 _POP 15149358
2 DATE 31 DEC 2020
0 @I1@ INDI
1 BIRT
2 _LOC @P1@

Both uses of _LOC are tagged extension structures, as is _POP.
_LOC.NAME and _LOC.NAME.DATE are both extension-defined substructures. Their meaning is defined by the specification defining _LOC, but since no standard definition of NAME permits DATE as a substructure, such use is deprecated.
_POP.DATE is an extension-defined substructure. Its meaning is defined by the specification defining _POP.
Even though both DATEs appear to have g7:type-DATE payloads, we can’t know that is the intended data type without consulting the defining specifications of _LOC and _POP, respectively. The first might be a g7:type-DATE#period and the second a g7:type-DATE#exact, for example.

If an extension-defined substructure has a tag that is also used by one or more standard structures, its meaning and payload type should match at least one of those standard structure types.

An extension-defined substructure with tag “DATE” should provide a date or date period relevant to its superstructure, as do all DATE-tagged structures in this specification. Extensions should not use “DATE” to tag a structure describing anything else (even something that might reasonably be abbreviated “date”, such as someone an individual dated).

As a special case, a tagged extension structure can be defined to have a standard structure type. These are called relocated standard structures and can only appear with superstructures that are not documented as a superstructure of that structure type in this specification. The extension-defined substructures of a relocated standard structure are the substructure types documented in this specification for that structure type, including usual limitations on cardinality, payloads, substructures, etc.

Suppose _DATE is defined to mean a g7:DATE (using a documented extension tag). Then in the following

0 @I1@ INDI
1 NAME John /Doe/
2 _DATE FROM 6 APR 1917 TO 11 NOV 1918
3 PHRASE During America's involvement in the Great War
1 BIRT
2 PLAC Queens, New York, New York, USA

_DATE is a relocated standard structure with type g7:DATE, with the usual payload type and meaning of a g7:DATE.
PHRASE is the structure type expected with that tag as a substructure of g7:DATE: namely, g7:PHRASE.
_DATE can not be used as a substructure of BIRT because BIRT has a documented g7:DATE substructure with tag DATE.
BIRT can not be used as a substructure of _DATE or _DATE.PHRASE because neither structure type has a documented substructure with tag BIRT.

Because all substructures have meanings defined relative to their superstructures and no records do, standard records cannot be relocated and relocated standard structures cannot be used as records.

The g7:PLAC substructure documents where the event described in its superstructure occurred. If an application wants a record to describe the place itself it should create a new URI for that extension; reusing g7:PLAC for a record with no superstructure is not appropriate.

All other non-standard structures are prohibited. Examples of prohibited structures include, but are not limited to,

a record or substructure of a standard structure using a tag matching production stdTag that is not defined in this document;
any substructure with cardinality {0:1} appearing more than once;
a standard substructure appearing as a record or vice-versa;
a standard structure whose payload does not match the requirements of this document.

In some cases, an extension may need to allow multiple structures where this document allows only 1. The recommended way to do this is to create an extension tag and URI and serve a page describing how the semantics of the structure have been extended to allow multiple instances.

Suppose I have multiple sources that give different ages of the wife at a wedding; however, this specification allows only 1 MARR.WIFE.AGE. An extension could not include multiple MARR.WIFE nor MARR.WIFE.AGE, but could define a new extension _AGE, give it a URL, and provide the following definition of this extension structure type at that URL:

Alternate age: an age attested by some source, but not accepted by the researcher as the actual age of the individual. If the age is accepted by the researcher, the standard tag AGE should be used instead.

This alternate age extension structure could be used as follows:

1 MARR
2 WIFE
3 AGE 27y
3 _AGE 22y

Enumerated values may be extended with new values that match production extTag. Enumerations may not use standard values from other enumeration sets.

The following is not allowed because PARENT is defined as a value for ROLE, not for RESN

0 @BAD@ INDI
1 RESN PARENT
1 NOTE The above enumeration value is not allowed

Dates may be extended provided they use a calendar that matches production extTag. Dates with extension calendars may also use extension months and epochs.

1.5.1 Extension Tags

Each use of the extTag production is called an extension tag, including when used as a tag, calendar, month, epoch, or enumerated value. Each extTag is either a documented extension tag or an undocumented extension tag. It is recommended that documented extension tags be used instead of undocumented extension tags wherever possible.

A documented extension tag is a tag that is mapped to a URI using the schema structure. The schema structure is a substructure of the header with tag SCHMA. It should appear within the document before any extension tags. The schema’s substructures are tag definitions.

A tag definition is a structure with tag TAG. Its payload is an extension tag, a space, and a URI and defines that extension tag to be an abbreviation for that URI within the current document.

The following header

0 HEAD
1 SCHMA
2 TAG _SKYPEID http://xmlns.com/foaf/0.1/skypeID
2 TAG _MEMBER http://xmlns.com/foaf/0.1/member

defines the following tags

Tag	Means
`_SKYPEID`	`http://xmlns.com/foaf/0.1/skypeID`
`_MEMBER`	`http://xmlns.com/foaf/0.1/member`

Note that at the time of writing, the FOAF URIs used in this example are not URLs.

The meaning of a documented extension tag is identified by its superstructure type and its URI, not its tag. As such each documented extension tag needs its own URI: it is its URI, not its tag, that defines its meaning. Documented extension tags can be changed freely by modifying the schema, though it is recommended that documented extension tags not be changed. However, a tag change may be necessary if a product picks the same tags for URIs that another product uses for different URIs. A given schema should map only one tag to each URI.

The following 2 document fragments are semantically equivalent and a system importing one may export it as the other without change of meaning.

0 HEAD
1 SCHMA
2 TAG _SKYPEID http://xmlns.com/foaf/0.1/skypeID
0 @I0@ INDI
1 _SKYPEID example.person

0 HEAD
1 SCHMA
2 TAG _SI http://xmlns.com/foaf/0.1/skypeID
0 @I0@ INDI
1 _SI example.person

It is recommended that the URIs used for documented extension tags be URLs that can be used to access documentation for the meaning of the tag.

The W3C has an interest group note that discusses several ways of achieving this URI/URL mapping, including how a single webpage can describe multiple tags using either HTTP redirects (which requires some server setup) or what they call “Hash URIs” (which require no setup).

That interest group note also explains why it might be desirable to have a separate URIs for a concept and the document describing that concept. Because of the structure of the schema, that separation is less important for FamilySearch GEDCOM 7 than it is for the semantic web, but it remains good advice where feasible.

The schema structure may contain the same tag more than once with different URIs. Reusing tags in this way must not be done unless the concepts identified by those URIs cannot appear in the same place in a dataset, and should not be done unless the URIs identify closely related concepts.

Consider three extensions:

https://example.com/LocationRecord, a record that describes a location.
https://example.com/LocationPointer, a substructure of most events that points to a https://example.com/LocationRecord.
https://example.com/inLocoParentis, a substructure of some events indicating a non-parent entity that filled the legal role of a parent for that event.

Given this, we have the following:

https://example.com/LocationPointer and https://example.com/inLocoParentis must not be given the same tag because they can appear in the same place in a dataset.
https://example.com/LocationRecord and https://example.com/inLocoParentis may be given the same tag, but should not be given the same tag because they identify unrelated concepts.
https://example.com/LocationRecord and https://example.com/LocationStructure may be given the same tag.

One way to satisfy these constraints and recommendations is with the following schema:

1 SCHMA
2 TAG _LOC https://example.com/LocationRecord
2 TAG _LOC https://example.com/LocationPointer
2 TAG _ILP https://example.com/inLocoParentis

An extension tag that is not given a URI in the schema structure is called an undocumented extension tag. The meaning of an undocumented extension tag is identified by its superstructure type and its tag.

1.5.2 Requirements and Recommendations

It is recommended that applications not use undocumented extension tags.
It is required that each tag definition’s extension tag be unique within the document.
It is recommended that each documented extension tag’s URI be unique within the document.
It is recommended that extension creators use URLs as their URIs and serve a YAML file describing the meaning of an extension at its URL, such as a file in the GEDCOM structure registry. The FamilySearch GEDCOM YAML file format defines how the YAML file provides machine-readable documentation and metadata about extensions. For example, the superstructures key in the YAML file can be used to disambiguate which meaning applies within a given context, such as in the _LOC example above where the meaning is context-dependent.

1.5.3 Extension versus Standard

Standard structures take priority over extensions. Data contained in extension tags will not be interpreted by other systems correctly unless the other system supports that particular extension. In particular, those supporting extensions should keep in mind the following:

If a standard structure is present that contradicts an extension that is present, the standard structure has priority and the extension should be updated to align with it.

If a document has an extension _ISODATE in ISO 8601 format that disagrees with a DATE in the DateValue format, the DATE shall be taken as more correct and the _ISODATE updated to reflect that.
If a standard structure can be extracted as a subset of the semantics of an extension, the standard tag must be generated along with the extension and kept in sync with it by systems understanding the extension.

If a document has an extension _LOC providing a detailed hierarchical place representation with historical names, boundaries, and the like, it must also generate the corresponding PLAC structures with the subset of that information which PLAC can represent.
If an extension can be extracted as a subset of the semantics of a standard structure, or if the extension and standard structure only sometimes align, then the standard structure should be included if and only if the semantics align in this case.

If a document has an extension _PARTNER that generalizes HUSB and WIFE and some ASSO ROLEs, then it should pair the extension with those standard structures if and only if it knows which one applies.

If a document has an extension _HOUSEHOLD that is the same as FAM in some situations but not in others, then it should keep the _HOUSEHOLD and FAM in sync if and only if they align.
Six standard structure types are exceptions to these rules: NOTE, SNOTE, INDI.EVEN, FAM.EVEN, INDI.FACT, and FAM.FACT. Each of these allows human-readable text to describe information that cannot be captured in more-specific structures. As such, all other structures express information that could be described using 1 or more of those structure types. Extensions do not need to duplicate their information using any of those structures.

If a document has an extension _MEMBER that indicates membership in clubs, boards, and other groups, it is not required to duplicate that information in an INDI.FACT because INDI.FACT is 1 of the 6 special structure types listed above.

If a document has an extension _WEIGHT that describes the weight of a person, it must duplicate that information in an INDI.DSCR because INDI.DSCR is not 1 of the 6 generic structure types.

1.6 Removing data

There may be situations where data needs to be removed from a dataset, such as when a user requests its deletion or marks it as confidential and not for export.

In general, removed data should result in removed structures.

Pointers to a removed structure should be replaced with voidPtrs.

If removal of a structure makes the superstructure invalid because the superstructure required the substructure, the structure should instead be retained and have its payload changed to a voidPtr if a pointer, or to a data type-appropriate empty value if a non-pointer.

If removing a structure leaves its superstructure with no payload and no substructures, the superstructure should also be removed.

A structure can also be removed if it provides no new information. For example,

0 @I1@ INDI
1 NAME John /Doe/
1 NAME John /Doe/
1 FAMC @F1@
1 FAMC @F1@
0 @F1@ FAM
1 CHIL @I1@
1 CHIL @I1@

provides no information beyond the simpler form:

0 @I1@ INDI
1 NAME John /Doe/

2 Data types

Every line value (with any continuation pseudo-structures) is a string. However, those strings can encode 1 of several conceptual data types.

2.1 Text

A free-text string is text in a human language. Conceptually, it may be either a user-generated string or a source-generated string. Programmatically, both are treated as unconstrained sequences of characters with an associated language.

anychar = %x09-10FFFF ; but not banned, as with all ABNF rules
Text    = *anychar

The URI for the Text data type is xsd:string.

2.2 Integer

An integer is a non-empty sequence of ASCII decimal digits and represents a non-negative integer in base-10. Leading zeros have no semantic meaning and should be omitted.

Integer = 1*digit

Negative integers are not supported by this specification.

The URI for the Integer data type is xsd:nonNegativeInteger.

2.3 Enumeration

An enumeration is a selection from a set of options. They are represented as a string matching the same production as a tag, with the additional permission that standard enumerations may be integers.

stdEnum = stdTag / Integer
Enum    = stdEnum / extTag

Each structure type with an enumeration payload also defines specific payload values it permits. These permitted payloads match production stdEnum and should each have a defined URI. Payload values that match production extTag are always permitted in structures with an enumeration payload and have their URI defined by the schema.

Each enumeration value has a distinct meaning as identified by its corresponding URI.

The URI of a given tag in an enumeration payload is determined by the tag itself and by the structure type of the structure it is in the payload of.

The tag HUSB is used in this document to represent two enumeration values. Which one is meant can be identified by the structure type it appears in as follows:

Containing structure type	Enumeration value identified by tag `HUSB`
`g7:FAMC-ADOP`	`g7:enum-ADOP-HUSB`
`g7:ROLE`	`g7:enum-HUSB`

An extension could also place either of these enumeration values in an extension structure type; the extension authors should document which one they permit.

The HUSB tag is also used to identify two different structure types, g7:FAM-HUSB and g7:HUSB.

The URI for the Enum data type is g7:type-Enum.

2.4 Date

The date formats defined in this specification include the ability to store approximate dates, date periods, and dates expressed in different calendars.

Technically, there are 3 distinct date data types:

DateValue is a generic type that can express many kinds of dates.
DateExact is used for timestamps and other fully-known dates.
DatePeriod is used to express time intervals that span multiple days.

DateValue   = [ date / DatePeriod / dateRange / dateApprox ]
DateExact   = day D month D year  ; in Gregorian calendar
DatePeriod  = [ %s"TO" D date ]
            / %s"FROM" D date [ D %s"TO" D date ]
            ; note both DateValue and DatePeriod can be the empty string

date        = [calendar D] [[day D] month D] year [D epoch]
dateRange   = %s"BET" D date D %s"AND" D date
            / %s"AFT" D date
            / %s"BEF" D date
dateApprox  = (%s"ABT" / %s"CAL" / %s"EST") D date

dateRestrict = %s"FROM" / %s"TO" / %s"BET" / %s"AND" / %s"BEF"
            / %s"AFT" / %s"ABT" / %s"CAL" / %s"EST"

calendar = %s"GREGORIAN" / %s"JULIAN" / %s"FRENCH_R" / %s"HEBREW"
         / extTag

day     = Integer
year    = Integer
month   = stdTag / extTag  ; constrained by calendar
epoch   = %s"BCE" / extTag ; constrained by calendar

In addition to the constraints above:

The allowable days, months, years, and epochs are determined by the calendar. All known calendars restrict day to be between 1 and a month-specific maximum. The largest known maximum is 36, and most months in most calendars have a lower maximum.
No calendar names, months, or epochs match dateRestrict.
Extension calendars (those with extTag for their calendar) must use extTag, not stdTag, for months.

It is recommended that calendars avoid using a single tag to refer to both a month and an epoch.

An absent calendar is equivalent to the calendar GREGORIAN.

The grammar above allows for dates to be preceded by various words. The meaning of these words is given as follows:

Production	Meaning
`FROM` x	Lasted for multiple days, beginning on x.
`TO` x	Lasted for multiple days, ending on x.
`BET` x	Exact date unknown, but no earlier than x.
`AND` x	Exact date unknown, but no later than x.
`BEF` x	Exact date unknown, but no later than x.
`AFT` x	Exact date unknown, but no earlier than x.
`ABT` x	Exact date unknown, but near x.
`CAL` x	x is calculated from other data.
`EST` x	Exact date unknown, but near x; and x is calculated from other data.

Known calendars and tips for handling dual dating and extension calendars are given in Appendix A: Calendars and Dates.

DateValue and DatePeriod payloads may also be the empty string if no suitable form is known but a substructure (such as a PHRASE or TIME) is desired.

Versions 5.3 through 5.5.1 allowed phrases inside DateValue payloads. Date phrases were moved to the PHRASE substructure in version 7.0. A current limitation, however, is that a phrase in the PHRASE substructure cannot specify a language, so if a non-default language is needed to correctly interpret the phrase two options exist:

PHRASE can be used with a documented extension tag for the language, as discussed in g7:LANG.
<<EVENT_DETAIL>>.SOUR.DATA.TEXT can be used instead along with a LANG substructure; this loses the connection with the date, but includes the language with a standard tag.

As defined by the grammar above, every date must have a year. If no year is known, the entire date may be omitted.

The following is an appropriate way to handle a missing year

2 DATE
3 PHRASE 5 January (year unknown)

The URI for the DateValue data type is g7:type-Date.

The URI for the DateExact data type is g7:type-Date#exact.

The URI for the DatePeriod data type is g7:type-Date#period.

2.5 Time

Time is represented on a 24-hour clock (for example, 23:00 rather than 11:00 PM). It may be represented either in event-local time or in Coordinated Universal Time (UTC). UTC is indicated by including a Z (U+005A) after the time value; event-local time is indicated by its absence. When a time is used together with a DateExact, it is recommended that UTC time be used rather than event-local time.

Time     =  hour ":" minute [":" second ["." fraction]] [%s"Z"]

hour     = digit / ("0" / "1") digit / "2" ("0" / "1" / "2" / "3")
minute   = ("0" / "1" / "2" / "3" / "4" / "5") digit
second   = ("0" / "1" / "2" / "3" / "4" / "5") digit
fraction = 1*digit

The above grammar prohibits end-of-day instant 24:00:00 and leap-seconds. It allows both 02:50 and 2:50 as the same time.

The URI for the Time data type is g7:type-Time.

2.6 Age

Ages are represented by counts of years, months, weeks, and days.

Age         = [[ageBound D] ageDuration]

ageBound    = "<" / ">"
ageDuration = years [D months] [D weeks] [D days]
            / months [D weeks] [D days]
            / weeks [D days]
            / days

years   = Integer %x79    ; 35y
months  = Integer %x6D    ; 11m
weeks   = Integer %x77    ; 8w
days    = Integer %x64    ; 21d

Where

Production	Meaning
`<`	The real age was less than the provided age
`>`	The real age was greater than the provided age
`years`	a number of years
`months`	a number of months
`weeks`	a number of weeks
`days`	a number of days

Non-integer numbers should be rounded down to an integer. Thus, if someone has lived for 363.5 days, their age might be written as 363d, 51w 6d, 51w, 0y, etc.

Because numbers are rounded down, > effectively includes its endpoint; that is, the age > 8d includes people who have lived 8 days + a few seconds.

Different cultures count ages differently. Some increment years on the anniversary of birth and others at particular seasons. Some round to the nearest year, others round years down, others round years up. Because users may be unaware of these traditions or may fail to convert them to the round-down convention, errors in age of up to a year are common.

Because age payloads are intended to allow recording the age as it was recorded in records that could contain errors, odd ages such as 8w 30d, 1y 400d, 1y 30m, etc. are permitted. Some applications might convert these to more standard forms; if so, it is recommended that they use a PHRASE substructure to hold the original form.

Age payloads may also be omitted entirely if no suitable form is known but a substructure (such as a PHRASE) is desired.

Versions 5.5 and 5.5.1 allowed a few specific phrases inside Age payloads. Age phrases were moved to the PHRASE substructure in 7.0.

The URI for the Age data type is g7:type-Age.

2.7 List

A list is a meta-syntax representing a sequence of values with another data type. Two list data types are used in this document: List:Text and List:Enum. Lists are serialized in a comma-separated form, delimited by a comma (U+002C ,) and any number of spaces (U+0020) between each item. It is recommended that a comma-space pair (U+002C U+0020) be used as the delimiter.

list      = listItem *(listDelim listItem)
listItem  = [ nocommasp / nocommasp *nocomma nocommasp ]
listDelim = *D "," *D
nocomma   = %x09-2B / %x2D-10FFFF
nocommasp = %x09-1D / %x21-2B / %x2D-10FFFF

List-Text = list
List-Enum = Enum *(listDelim Enum)

If valid for the underlying type, empty strings may be included in a list by having no characters between delimiters.

A List:Text with value “, , one, more,” has 5 Text-type values: 2 empty strings, the string “one”, the string “more”, and 1 more empty string.

There is no escaping mechanism to allow lists of entries that begin or end with spaces or that contain comma characters.

The URI for the List:Text data type is g7:type-List#Text.

The URI for the List:Enum data type is g7:type-List#Enum.

2.8 Personal Name

A personal name is mostly free-text. It should be the name as written in the culture of the individual and should not contain line breaks, repeated spaces, or characters not part of the written form of a name (except for U+002F as explained below).

PersonalName = nameStr
             / [nameStr] "/" [nameStr] "/" [nameStr]

nameChar     = %x20-2E / %x30-10FFFF  ; any but '/' and '\t'
nameStr      = 1*nameChar

The character U+002F (/, slash or solidus) has special meaning in a personal name, being used to delimit the portion of the name that most closely matches the concept of a surname, family name, or the like. This specification does not provide any standard way of representing names that contain U+002F.

The URI for the PersonalName data type is g7:type-Name.

2.9 Language

The language data type represents a human language or family of related languages, as defined in BCP 47. It consists of a sequence of language subtags separated by hyphens, where language subtags are registered by the IANA.

The ABNF grammar for language tags is given in BCP 47, section 2.1, production Language-Tag.

The URI for the Language data type is xsd:Language.

2.10 Media Type

The media type data type represents the encoding of information in bytes or characters, as defined in RFC 2045 and registered by the IANA.

The official grammar for media type is given in RFC 2045, section 5.1, which defines the syntax of registered values and extension values.

MediaType = type "/" subtype parameters

where:

type and subtype are defined in RFC 2045 section 5.1, and registered values (i.e., those not beginning with “x-”) are further constrained by the definitions in RFC 6838, section 4.2. A registry of media types is maintained publicly by the IANA.
parameters is defined in RFC 9110, section 5.6.6. Note that the parameters definition in GEDCOM matches that used by HTTP headers which permit whitespace around the “;” delimiter, whereas email headers in RFC 2045 do not.

The URI for the MediaType data type is dcat:mediaType.

2.11 Special

The special data type is a string conforming to a case-specific standard or constraints. The constraints on each special data type instance are either unique to that structure type or are not simply expressed. For example, the payload of an IDNO structure may obey different rules for each possible TYPE substructure.

Each special data type is distinct. The URI for the generic data type subsuming all Special data types is xsd:string (the same as the Text data type).

Special = Text

2.12 File Path

The file path data type describes where an digital file is located in a machine-readable way. Syntactically, the payload is a URI reference as defined by RFC 3986, or a valid URL string as defined by the WHATWG URL specification. That is, it can be an absolute or relative URL, optionally with a fragment string.

Version 7.0 only supports the following URLs:

A URL with scheme ftp, http, or https refers to a web-accessible file.
A URL with scheme file refers to either a local file or a non-local file, as defined by RFC 8089. Local file URLs must not be used in FamilySearch GEDZIP and should be avoided in datasets that are expected to be shared on the web or with unknown parties, but may be appropriate for close collaboration between parties with known similar file structures.
A URI reference with all of the following:
- no scheme
- not beginning with / (U+002F)
- not containing any path segments equal to .. (U+002E U+002E)
- not containing a reverse solidus character (U+005C \) or banned character, either directly or in escaped form
- no query or fragment
refers to a local file. If the dataset is part of a GEDZIP file, the URL of the local file is a zip archive filename; otherwise, the URL of a local file is resolved with base equal to the directory containing the dataset.

It is recommended that local files use the directory prefix media/, but doing so is not required.

For compatibility with GEDZIP and related formats, it is recommended that the following file paths not be used:
- gedcom.ged
- MANIFEST.MF
- any URL beginning META-INF/

Additional URLs may be supported in future versions of this specification.

The URI for the FilePath data type is g7:type-FilePath.

3 Genealogical structures

This chapter describes a set of structure types for exchanging family-based lineage-linked genealogical information. Lineage-linked data pertains to individuals linked in family relationships across multiple generations.

The genealogical structures defined in this chapter are based on the general framework of the container format and data types defined in Chapters 1 and 2.

Historically, these genealogical structures were used as the only form approved for exchanging data with Ancestral File, TempleReady and other Family History resource files. Those systems were all replaced between 1999 and 2019, and GEDCOM-X was introduced as the new syntax for communication with their replacements. FamilySearch GEDCOM 7.0 and GEDCOM-X have similar expressive power, but as of 2021 GEDCOM is more common for exchanging single-researcher files between applications and GEDCOM-X is more common for transferring bulk data and communication directly between applications.

The basic description of the genealogical structures’ organization is presented in the following 3 major sections:

“Structure Organization” describes records and other nested structures.
“Structure Meaning” provides a definition of each structure by its tag.
“Enumeration Values” provides a definition of each enumeration value by its containing structure.

3.1 A Metasyntax for Structure Organization

The structures, with their payloads and substructures, are represented using a custom metasyntax. The intent of this metasyntax is to resemble the line encoding of allowable structures. In the metasyntax:

Options are placed between brackets [ and ] and have choices separated by pipes |.
Named sets of rules are indicated with a name followed by :=.
Level markers are used to indicate substructure relationships.
- 0 means “must be a record”.
- n means “level inherited from rule instantiation”.
- +1, +2, etc., indicate nesting within nearest preceding structure with lesser level.
Four cardinality markers are used: {0:1}, {1:1}, {0:M}, and {1:M}.
- {0: means “optional” – the structure may be omitted
- {1: means “required” – at least 1 must appear
- :M} means “any number” – 1 or more structures may appear. Unless otherwise specified, the first is the most-preferred value. If an application needs to display just 1 of several NAMEs, BIRTs, etc, they should show the first such structure unless more specific selection criteria are available.
- :1} means “singular” – at most 1 may appear; a second must not be present.
Systems interested in violating the cardinality rules should instead create extension structures with different cardinality.
Rule instantiation is indicated by the rule name in double angle-brackets (such as <<rule name>>) and a cardinality marker.

The cardinality markers of rule instantiations and their referenced line templates are combined such that the resulting cardinality is required only if both combined cardinalities are required and singular only if both combined cardinalities are singular.
The definition of the FAM record has the line
```
  +1 <<CREATION_DATE>>                     {0:1}
```
and the CREATION_DATE rule begins
```
n CREA                                     {1:1}  g7:CREA
```
Thus, a FAM record has an optional singular CREA substructure (such as cardinality {0:1}).
Line templates have several parts:
- An optional cross-reference template @XREF:tag@, meaning this structure may be pointed to by other structures.
  
  Structures that are not pointed to by other structures need not have a cross-reference identifier even if their line template has a cross-reference template.
- The standard tag for this structure.
- An optional payload descriptor; if present this is 1 of the following:
  - @<XREF:tag>@ means a pointer to a structure with this cross-reference template; @VOID@ is also permitted.
  - <data type> means a non-pointer payload, as described in Data types. If the data type allows the empty string, the payload may be omitted.
  - [text|<NULL>] means the payload is optional but if present must be the given text.
  If there is a payload descriptor, a payload that matches the payload is required of the described structure unless the descriptor says the payload is optional.
  
  If there is no payload descriptor, the described structure must not have a payload.
- A cardinality marker.
- The URI of this structure type.
  
  Pseudo-structures do not have a URI.
Within the metasyntax, the order in which substructures are presented within a structure and the order in which choices are presented within an option set are not significant unless otherwise specified in the text next to the metasyntax block.

The context of a structure’s superstructure may be necessary in addition to the structure’s standard tag to fully determine its structure type. To refer to a structure in the context of its superstructure, tags are written with intervening periods. For example, GEDC.VERS refers to a structure with tag VERS and a superstructure with tag GEDC.

3.2 Structure Organization

3.2.1 Document

Dataset :=

0 <<HEADER>>                               {1:1}
0 <<RECORD>>                               {0:M}
0 TRLR                                     {1:1}  g7:TRLR

The order of these is significant: the HEADER must come first and TRLR must be last, with any RECORDs in between.

`RECORD` :=

[
n <<FAMILY_RECORD>>                        {1:1}
|
n <<INDIVIDUAL_RECORD>>                    {1:1}
|
n <<MULTIMEDIA_RECORD>>                    {1:1}
|
n <<REPOSITORY_RECORD>>                    {1:1}
|
n <<SHARED_NOTE_RECORD>>                   {1:1}
|
n <<SOURCE_RECORD>>                        {1:1}
|
n <<SUBMITTER_RECORD>>                     {1:1}
]

`HEADER` :=

n HEAD                                     {1:1}  g7:HEAD
  +1 GEDC                                  {1:1}  g7:GEDC
     +2 VERS <Special>                     {1:1}  g7:GEDC-VERS
  +1 SCHMA                                 {0:1}  g7:SCHMA
     +2 TAG <Special>                      {0:M}  g7:TAG
  +1 SOUR <Special>                        {0:1}  g7:HEAD-SOUR
     +2 VERS <Special>                     {0:1}  g7:VERS
     +2 NAME <Text>                        {0:1}  g7:NAME
     +2 CORP <Text>                        {0:1}  g7:CORP
        +3 <<ADDRESS_STRUCTURE>>           {0:1}
        +3 PHON <Special>                  {0:M}  g7:PHON
        +3 EMAIL <Special>                 {0:M}  g7:EMAIL
        +3 FAX <Special>                   {0:M}  g7:FAX
        +3 WWW <Special>                   {0:M}  g7:WWW
     +2 DATA <Text>                        {0:1}  g7:HEAD-SOUR-DATA
        +3 DATE <DateExact>                {0:1}  g7:DATE-exact
           +4 TIME <Time>                  {0:1}  g7:TIME
        +3 COPR <Text>                     {0:1}  g7:COPR
  +1 DEST <Special>                        {0:1}  g7:DEST
  +1 DATE <DateExact>                      {0:1}  g7:HEAD-DATE
     +2 TIME <Time>                        {0:1}  g7:TIME
  +1 SUBM @<XREF:SUBM>@                    {0:1}  g7:SUBM
  +1 COPR <Text>                           {0:1}  g7:COPR
  +1 LANG <Language>                       {0:1}  g7:HEAD-LANG
  +1 PLAC                                  {0:1}  g7:HEAD-PLAC
     +2 FORM <List:Text>                   {1:1}  g7:HEAD-PLAC-FORM
  +1 <<NOTE_STRUCTURE>>                    {0:1}

The header pseudo-structure provides metadata about the entire dataset. A few substructures of note:

GEDC identifies the specification that this document conforms to. It is recommended that GEDC be the first substructure of the header.
SCHMA gives the meaning of extension tags; see Extensions for more details.
SOUR describes the originating software.
- CORP describes the corporation creating the software.
- HEAD.SOUR.DATA describes a larger database this data is extracted from.
LANG and PLAC give a default value for the rest of the document.

3.2.2 Records

`FAMILY_RECORD` :=

n @XREF:FAM@ FAM                           {1:1}  g7:record-FAM
  +1 RESN <List:Enum>                      {0:1}  g7:RESN
  +1 <<FAMILY_ATTRIBUTE_STRUCTURE>>        {0:M}
  +1 <<FAMILY_EVENT_STRUCTURE>>            {0:M}
  +1 <<NON_EVENT_STRUCTURE>>               {0:M}
  +1 HUSB @<XREF:INDI>@                    {0:1}  g7:FAM-HUSB
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 WIFE @<XREF:INDI>@                    {0:1}  g7:FAM-WIFE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 CHIL @<XREF:INDI>@                    {0:M}  g7:CHIL
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 <<ASSOCIATION_STRUCTURE>>             {0:M}
  +1 SUBM @<XREF:SUBM>@                    {0:M}  g7:SUBM
  +1 <<LDS_SPOUSE_SEALING>>                {0:M}
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}
  +1 <<MULTIMEDIA_LINK>>                   {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

The FAM record was originally structured to represent families where a male HUSB (husband or father) and female WIFE (wife or mother) produce CHIL (children). The FAM record may also be used for cultural parallels to this, including nuclear families, marriage, cohabitation, fostering, adoption, and so on, regardless of the gender of the partners. Sex, gender, titles, and roles of partners should not be inferred based on the partner that the HUSB or WIFE structure points to.

The individuals pointed to by the HUSB and WIFE are collectively referred to as “partners”, “parents” or “spouses”.

Some displays may be unable to display more than 2 partners. Displays may use HUSB and WIFE as layout hints, for example, by consistently displaying the HUSB on the same side of the WIFE in a tree view. Family structures with more than 2 partners may either use several FAM records or use ASSOCIATION_STRUCTUREs to indicate additional partners.

The FAM record will be revised in a future version to more fully express the diversity of human family relationships.

The order of the CHIL (children) pointers within a FAM (family) structure should be chronological by birth; this is an exception to the usual “most preferred value first” rule. A CHIL with a voidPtr indicates a placeholder for an unknown child in this birth order.

If a FAM record uses HUSB or WIFE to point to an INDI record, the INDI record must use FAMS to point to the FAM record. If a FAM record uses CHIL to point to an INDI record, the INDI record must use a FAMC to point to the FAM record.

An INDI record should not have multiple FAMS substructures pointing to the same FAM.

A FAM record should not have multiple CHIL substructures pointing to the same INDI; doing so implies a nonsensical birth order. An INDI record may have multiple FAMC substructures pointing to the same FAM, but doing so is not recommended.

`INDIVIDUAL_RECORD` :=

n @XREF:INDI@ INDI                         {1:1}  g7:record-INDI
  +1 RESN <List:Enum>                      {0:1}  g7:RESN
  +1 <<PERSONAL_NAME_STRUCTURE>>           {0:M}
  +1 SEX <Enum>                            {0:1}  g7:SEX
  +1 <<INDIVIDUAL_ATTRIBUTE_STRUCTURE>>    {0:M}
  +1 <<INDIVIDUAL_EVENT_STRUCTURE>>        {0:M}
  +1 <<NON_EVENT_STRUCTURE>>               {0:M}
  +1 <<LDS_INDIVIDUAL_ORDINANCE>>          {0:M}
  +1 FAMC @<XREF:FAM>@                     {0:M}  g7:INDI-FAMC
     +2 PEDI <Enum>                        {0:1}  g7:PEDI
        +3 PHRASE <Text>                   {0:1}  g7:PHRASE
     +2 STAT <Enum>                        {0:1}  g7:FAMC-STAT
        +3 PHRASE <Text>                   {0:1}  g7:PHRASE
     +2 <<NOTE_STRUCTURE>>                 {0:M}
  +1 FAMS @<XREF:FAM>@                     {0:M}  g7:FAMS
     +2 <<NOTE_STRUCTURE>>                 {0:M}
  +1 SUBM @<XREF:SUBM>@                    {0:M}  g7:SUBM
  +1 <<ASSOCIATION_STRUCTURE>>             {0:M}
  +1 ALIA @<XREF:INDI>@                    {0:M}  g7:ALIA
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 ANCI @<XREF:SUBM>@                    {0:M}  g7:ANCI
  +1 DESI @<XREF:SUBM>@                    {0:M}  g7:DESI
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}
  +1 <<MULTIMEDIA_LINK>>                   {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

The individual record is a compilation of facts or hypothesized facts about an individual. These facts may come from multiple sources. Source citations and notes allow documentation of the source where each of the facts were discovered.

A single individual may have facts distributed across multiple individual records, connected by ALIA (alias, in the computing sense not the pseudonym sense) pointers. See ALIA for more details.

Individual records are linked to Family records by use of bi-directional pointers. Details about those links are stored as substructures of the pointers in the individual record.

Other associations or relationships are represented by the ASSO (association) tag. The person’s relation or associate is the person being pointed to. The association or relationship is stated by the value on the subordinate ROLE line.

The following example refers to 2 individuals, @I1@ and @I2@, where @I2@ is a godparent of @I1@:

0 @I1@ INDI
1 ASSO @I2@
2 ROLE GODP

Events stored as facts within an INDI record may also have FAMC or ASSO tags to indicate families and individuals that participated in those events. For example, a FAMC pointer subordinate to an adoption event indicates a relationship to family by adoption; biological parents can be shown by a FAMC pointer subordinate to the birth event; the eulogist at a funeral can be shown by an ASSO pointer subordinate to the burial event; and so on. A subordinate FAMC pointer is allowed to refer to a family where the individual does not appear as a child.

`MULTIMEDIA_RECORD` :=

n @XREF:OBJE@ OBJE                         {1:1}  g7:record-OBJE
  +1 RESN <List:Enum>                      {0:1}  g7:RESN
  +1 FILE <FilePath>                       {1:M}  g7:FILE
     +2 FORM <MediaType>                   {1:1}  g7:FORM
        +3 MEDI <Enum>                     {0:1}  g7:MEDI
           +4 PHRASE <Text>                {0:1}  g7:PHRASE
     +2 TITL <Text>                        {0:1}  g7:TITL
     +2 TRAN <FilePath>                    {0:M}  g7:FILE-TRAN
        +3 FORM <MediaType>                {1:1}  g7:FORM
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

The multimedia record refers to 1 or more external digital files, and may provide some additional information about the files and the media they encode.

The file reference can occur more than once to group multiple files together. Grouped files should each pertain to the same context. For example, a sound clip and a photo both of the same event might be grouped in a single OBJE.

The change and creation dates should be for the OBJE record itself, not the underlying files.

`REPOSITORY_RECORD` :=

n @XREF:REPO@ REPO                         {1:1}  g7:record-REPO
  +1 NAME <Text>                           {1:1}  g7:NAME
  +1 <<ADDRESS_STRUCTURE>>                 {0:1}
  +1 PHON <Special>                        {0:M}  g7:PHON
  +1 EMAIL <Special>                       {0:M}  g7:EMAIL
  +1 FAX <Special>                         {0:M}  g7:FAX
  +1 WWW <Special>                         {0:M}  g7:WWW
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

The repository record provides information about an institution or person that has a collection of sources. Informal repositories include the owner of an unpublished work or of a rare published source, or a keeper of personal collections. An example would be the owner of a family Bible containing unpublished family genealogical entries.

Layered repositories, such as an archive containing copies of a subset of records from another archive or archives that have moved or been bought by other archives, are not modeled in this version of the specification. It is expected they will be added in a later version. Until such time, it is recommended that the repository record store current contact information, if known.

`SHARED_NOTE_RECORD` :=

n @XREF:SNOTE@ SNOTE <Text>                {1:1}  g7:record-SNOTE
  +1 MIME <MediaType>                      {0:1}  g7:MIME
  +1 LANG <Language>                       {0:1}  g7:LANG
  +1 TRAN <Text>                           {0:M}  g7:NOTE-TRAN
     +2 MIME <MediaType>                   {0:1}  g7:MIME
     +2 LANG <Language>                    {0:1}  g7:LANG
  +1 <<SOURCE_CITATION>>                   {0:M}
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

A catch-all location for information that does not fully fit within other structures. It may include research notes, additional context, alternative interpretations, reasoning, and so forth.

A shared note record may be pointed to by multiple other structures. Shared notes should only be used if editing the note in one place should edit it in all other places or if the note itself requires an IDENTIFIER_STRUCTURE. If each instance of the note may be edited separately and no identifier is needed, a NOTE should be used instead.

Each SNOTE.TRAN must have either a MIME or LANG substructure or both.

The origin of a name might be a reasonable shared note, while the reason a particular person was given that name may make more sense as a non-shared note.

0 @GORDON@ SNOTE "Gordon" is a traditional Scottish surname.
1 CONT It became a given name in honor of Charles George Gordon.
0 @I1@ INDI
1 NAME Gordon /Jones/
2 NOTE Named after the astronaut Gordon Cooper
2 SNOTE @GORDON@

The ability to have multiple structures share a single note using pointers was introduced in version 5.0 in 1991. However, as of 2021 relatively few applications have a user interface that presents shared notes as such to users. It is recommended that SNOTE be avoided when NOTE will suffice.

A SHARED_NOTE_RECORD may contain a pointer to a SOURCE_RECORD and vice versa. Applications must not create datasets where these mutual pointers form a cycle. Applications should also ensure they can handle invalid files with such cycles in a safe manner.

`SOURCE_RECORD` :=

n @XREF:SOUR@ SOUR                         {1:1}  g7:record-SOUR
  +1 DATA                                  {0:1}  g7:DATA
     +2 EVEN <List:Enum>                   {0:M}  g7:DATA-EVEN
        +3 DATE <DatePeriod>               {0:1}  g7:DATA-EVEN-DATE
           +4 PHRASE <Text>                {0:1}  g7:PHRASE
        +3 <<PLACE_STRUCTURE>>             {0:1}
     +2 AGNC <Text>                        {0:1}  g7:AGNC
     +2 <<NOTE_STRUCTURE>>                 {0:M}
  +1 AUTH <Text>                           {0:1}  g7:AUTH
  +1 TITL <Text>                           {0:1}  g7:TITL
  +1 ABBR <Text>                           {0:1}  g7:ABBR
  +1 PUBL <Text>                           {0:1}  g7:PUBL
  +1 TEXT <Text>                           {0:1}  g7:TEXT
     +2 MIME <MediaType>                   {0:1}  g7:MIME
     +2 LANG <Language>                    {0:1}  g7:LANG
  +1 <<SOURCE_REPOSITORY_CITATION>>        {0:M}
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<MULTIMEDIA_LINK>>                   {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

A source record describes an entire source. A source may also point to REPOs to describe repositories or archives where the source document may be found. The part of a source relevant to a specific fact, such as a specific page or entry, is indicated in a SOURCE_CITATION that points to the source record.

This sourcing model is known to be insufficient for some use cases and may be refined in a future version of this specification.

A SOURCE_RECORD may contain a pointer to a SHARED_NOTE_RECORD and vice versa. Applications must not create datasets where these mutual pointers form a cycle. Applications should also ensure they can handle invalid files with such cycles in a safe manner.

`SUBMITTER_RECORD` :=

n @XREF:SUBM@ SUBM                         {1:1}  g7:record-SUBM
  +1 NAME <Text>                           {1:1}  g7:NAME
  +1 <<ADDRESS_STRUCTURE>>                 {0:1}
  +1 PHON <Special>                        {0:M}  g7:PHON
  +1 EMAIL <Special>                       {0:M}  g7:EMAIL
  +1 FAX <Special>                         {0:M}  g7:FAX
  +1 WWW <Special>                         {0:M}  g7:WWW
  +1 <<MULTIMEDIA_LINK>>                   {0:M}
  +1 LANG <Language>                       {0:M}  g7:SUBM-LANG
  +1 <<IDENTIFIER_STRUCTURE>>              {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<CHANGE_DATE>>                       {0:1}
  +1 <<CREATION_DATE>>                     {0:1}

The submitter record identifies an individual or organization that contributed information contained in the dataset. All records in the document are assumed to be contributed by the submitter referenced in the HEAD, unless a SUBM structure inside a specific record points at a different submitter record.

3.2.3 Substructures

`ADDRESS_STRUCTURE` :=

n ADDR <Special>                           {1:1}  g7:ADDR
  +1 ADR1 <Special>                        {0:1}  g7:ADR1
  +1 ADR2 <Special>                        {0:1}  g7:ADR2
  +1 ADR3 <Special>                        {0:1}  g7:ADR3
  +1 CITY <Special>                        {0:1}  g7:CITY
  +1 STAE <Special>                        {0:1}  g7:STAE
  +1 POST <Special>                        {0:1}  g7:POST
  +1 CTRY <Special>                        {0:1}  g7:CTRY

A specific building, plot, or location. The payload is the full formatted address as it would appear on a mailing label, including appropriate line breaks (encoded using CONT tags). The expected order of address components varies by region; the address should be organized as expected by the addressed region.

Optionally, additional substructures such as STAE and CTRY are provided to be used by systems that have structured their addresses for indexing and sorting. If the substructures and ADDR payload disagree, the ADDR payload shall be taken as correct. Because the regionally-correct order and formatting of address components cannot be determined from the substructures alone, the ADDR payload is required, even if its content appears to be redundant with the substructures.

ADR1 and ADR2 were introduced in version 5.5 (1996) and ADR3 in version 5.5.1 (1999), defined as “The first/second/third line of an address.” Some applications interpreted ADR1 as “the first line of the street address”, but most took the spec as-written and treated it as a straight copy of a line of text already available in the ADDR payload.

Duplicating information bloats files and introduces the potential for self-contradiction. ADR1, ADR2, and ADR3 should not be added to new files.

`ASSOCIATION_STRUCTURE` :=

n ASSO @<XREF:INDI>@                       {1:1}  g7:ASSO
  +1 PHRASE <Text>                         {0:1}  g7:PHRASE
  +1 ROLE <Enum>                           {1:1}  g7:ROLE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}

An individual associated with the subject of the superstructure. The nature of the association is indicated in the ROLE substructure.

A voidPtr and PHRASE can be used to describe associations to people not referenced by any INDI record.

The following indicates that “Mr Stockdale” was the individual’s teacher and that individual @I2@ was the clergy officiating at their baptism.

0 @I1@ INDI
1 ASSO @VOID@
2 PHRASE Mr Stockdale
2 ROLE OTHER
3 PHRASE Teacher
1 BAPM
2 DATE 1930
2 ASSO @I2@
3 ROLE CLERGY

`CHANGE_DATE` :=

n CHAN                                     {1:1}  g7:CHAN
  +1 DATE <DateExact>                      {1:1}  g7:DATE-exact
     +2 TIME <Time>                        {0:1}  g7:TIME
  +1 <<NOTE_STRUCTURE>>                    {0:M}

The date of the most recent modification of the superstructure, optionally with notes about that modification.

The NOTE substructure may describe previous changes as well as the most recent, although only the most recent change is described by the DATE substructure.

`CREATION_DATE` :=

n CREA                                     {1:1}  g7:CREA
  +1 DATE <DateExact>                      {1:1}  g7:DATE-exact
     +2 TIME <Time>                        {0:1}  g7:TIME

The date of the initial creation of the superstructure. Because this refers to the initial creation, it should not be modified after the structure is created.

`DATE_VALUE` :=

n DATE <DateValue>                         {1:1}  g7:DATE
  +1 TIME <Time>                           {0:1}  g7:TIME
  +1 PHRASE <Text>                         {0:1}  g7:PHRASE

A date, optionally with a time and/or a phrase. If there is a TIME, it asserts that the event happened at a specific time on a single day. TIME should not be used with DatePeriod but may be used with other date types.

There is currently no provision for approximate times or time phrases. Time phrases are expected to be added in version 7.1.

`EVENT_DETAIL` :=

n <<DATE_VALUE>>                           {0:1}
n <<PLACE_STRUCTURE>>                      {0:1}
n <<ADDRESS_STRUCTURE>>                    {0:1}
n PHON <Special>                           {0:M}  g7:PHON
n EMAIL <Special>                          {0:M}  g7:EMAIL
n FAX <Special>                            {0:M}  g7:FAX
n WWW <Special>                            {0:M}  g7:WWW
n AGNC <Text>                              {0:1}  g7:AGNC
n RELI <Text>                              {0:1}  g7:RELI
n CAUS <Text>                              {0:1}  g7:CAUS
n RESN <List:Enum>                         {0:1}  g7:RESN
n SDATE <DateValue>                        {0:1}  g7:SDATE
  +1 TIME <Time>                           {0:1}  g7:TIME
  +1 PHRASE <Text>                         {0:1}  g7:PHRASE
n <<ASSOCIATION_STRUCTURE>>                {0:M}
n <<NOTE_STRUCTURE>>                       {0:M}
n <<SOURCE_CITATION>>                      {0:M}
n <<MULTIMEDIA_LINK>>                      {0:M}
n UID <Special>                            {0:M}  g7:UID

Substructures that may be shared by most individual and family events and attributes.

Note that many of these substructures are limited to 1 per event. Conflicting event information should be represented by placing them in separate event structures (with appropriate source citations) rather than by placing them under the same enclosing event.

`FAMILY_ATTRIBUTE_STRUCTURE` :=

[
n NCHI <Integer>                           {1:1}  g7:FAM-NCHI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n RESI <Text>                              {1:1}  g7:FAM-RESI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n FACT <Text>                              {1:1}  g7:FAM-FACT
  +1 TYPE <Text>                           {1:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
]

Family attributes; see Family Attributes for descriptions of each family attribute type.

Family attribute structures vary as follows:

FAM.NCHI has an Integer payload; others have Text payloads
FAM.FACT requires TYPE; it’s optional for others

`FAMILY_EVENT_DETAIL` :=

n HUSB                                     {0:1}  g7:HUSB
  +1 AGE <Age>                             {1:1}  g7:AGE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
n WIFE                                     {0:1}  g7:WIFE
  +1 AGE <Age>                             {1:1}  g7:AGE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
n <<EVENT_DETAIL>>                         {0:1}

Substructures shared by most family events and attributes.

`FAMILY_EVENT_STRUCTURE` :=

[
n ANUL [Y|<NULL>]                          {1:1}  g7:ANUL
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n CENS [Y|<NULL>]                          {1:1}  g7:FAM-CENS
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n DIV [Y|<NULL>]                           {1:1}  g7:DIV
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n DIVF [Y|<NULL>]                          {1:1}  g7:DIVF
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n ENGA [Y|<NULL>]                          {1:1}  g7:ENGA
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n MARB [Y|<NULL>]                          {1:1}  g7:MARB
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n MARC [Y|<NULL>]                          {1:1}  g7:MARC
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n MARL [Y|<NULL>]                          {1:1}  g7:MARL
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n MARR [Y|<NULL>]                          {1:1}  g7:MARR
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n MARS [Y|<NULL>]                          {1:1}  g7:MARS
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
|
n EVEN <Text>                              {1:1}  g7:FAM-EVEN
  +1 TYPE <Text>                           {1:1}  g7:TYPE
  +1 <<FAMILY_EVENT_DETAIL>>               {0:1}
]

Family events; see Family Events for descriptions of each family event type.

An event structure may be used to discuss an event even if the event is not known to have occurred. See Events for a discussion of how DATE, PLAC, and the optional Y payload indicate whether the structure is asserting the event occurred. See the NON_EVENT_STRUCTURE for how to state an event did not occur.

Family event structures vary as follows:

FAM.EVEN has a Text payload; others may have a Y payload
FAM.EVEN requires TYPE; it’s optional for others

`IDENTIFIER_STRUCTURE` :=

[
n REFN <Special>                           {1:1}  g7:REFN
  +1 TYPE <Text>                           {0:1}  g7:TYPE
|
n UID <Special>                            {1:1}  g7:UID
|
n EXID <Special>                           {1:1}  g7:EXID
  +1 TYPE <Special>                        {0:1}  g7:EXID-TYPE
]

Having an EXID without an EXID.TYPE substructure is deprecated. The meaning of an EXID depends on its EXID.TYPE. The cardinality of EXID.TYPE will be changed to {1:1} in version 8.0.

Each of these provides an identifier for a structure or its subject, and each is different in purpose:

REFN is a user-generated identifier for a structure.
UID is a globally-unique identifier for a structure.
EXID is an identifier maintained by an external authority that applies to the subject of the structure.

`INDIVIDUAL_ATTRIBUTE_STRUCTURE` :=

[
n CAST <Text>                              {1:1}  g7:CAST
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n DSCR <Text>                              {1:1}  g7:DSCR
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n EDUC <Text>                              {1:1}  g7:EDUC
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n IDNO <Special>                           {1:1}  g7:IDNO
  +1 TYPE <Text>                           {1:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n NATI <Text>                              {1:1}  g7:NATI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n NCHI <Integer>                           {1:1}  g7:INDI-NCHI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n NMR <Integer>                            {1:1}  g7:NMR
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n OCCU <Text>                              {1:1}  g7:OCCU
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n PROP <Text>                              {1:1}  g7:PROP
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n RELI <Text>                              {1:1}  g7:INDI-RELI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n RESI <Text>                              {1:1}  g7:INDI-RESI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n SSN <Special>                            {1:1}  g7:SSN
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n TITL <Text>                              {1:1}  g7:INDI-TITL
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n FACT <Text>                              {1:1}  g7:INDI-FACT
  +1 TYPE <Text>                           {1:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
]

Individual attributes; see Individual Attributes for descriptions of each individual attribute type..

Individual attribute structures vary as follows:

INDI.NCHI and NMR have Integer payloads; IDNO and SSN have Special payloads; others have Text payloads
INDI.FACT and IDNO require TYPE; it’s optional for others

`INDIVIDUAL_EVENT_DETAIL` :=

n <<EVENT_DETAIL>>                         {1:1}
n AGE <Age>                                {0:1}  g7:AGE
  +1 PHRASE <Text>                         {0:1}  g7:PHRASE

Substructures shared by most individual events and attributes.

`INDIVIDUAL_EVENT_STRUCTURE` :=

[
n ADOP [Y|<NULL>]                          {1:1}  g7:ADOP
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
  +1 FAMC @<XREF:FAM>@                     {0:1}  g7:ADOP-FAMC
     +2 ADOP <Enum>                        {0:1}  g7:FAMC-ADOP
        +3 PHRASE <Text>                   {0:1}  g7:PHRASE
|
n BAPM [Y|<NULL>]                          {1:1}  g7:BAPM
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n BARM [Y|<NULL>]                          {1:1}  g7:BARM
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n BASM [Y|<NULL>]                          {1:1}  g7:BASM
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n BIRT [Y|<NULL>]                          {1:1}  g7:BIRT
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
  +1 FAMC @<XREF:FAM>@                     {0:1}  g7:FAMC
|
n BLES [Y|<NULL>]                          {1:1}  g7:BLES
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n BURI [Y|<NULL>]                          {1:1}  g7:BURI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n CENS [Y|<NULL>]                          {1:1}  g7:INDI-CENS
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n CHR [Y|<NULL>]                           {1:1}  g7:CHR
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
  +1 FAMC @<XREF:FAM>@                     {0:1}  g7:FAMC
|
n CHRA [Y|<NULL>]                          {1:1}  g7:CHRA
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n CONF [Y|<NULL>]                          {1:1}  g7:CONF
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n CREM [Y|<NULL>]                          {1:1}  g7:CREM
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n DEAT [Y|<NULL>]                          {1:1}  g7:DEAT
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n EMIG [Y|<NULL>]                          {1:1}  g7:EMIG
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n FCOM [Y|<NULL>]                          {1:1}  g7:FCOM
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n GRAD [Y|<NULL>]                          {1:1}  g7:GRAD
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n IMMI [Y|<NULL>]                          {1:1}  g7:IMMI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n NATU [Y|<NULL>]                          {1:1}  g7:NATU
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n ORDN [Y|<NULL>]                          {1:1}  g7:ORDN
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n PROB [Y|<NULL>]                          {1:1}  g7:PROB
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n RETI [Y|<NULL>]                          {1:1}  g7:RETI
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n WILL [Y|<NULL>]                          {1:1}  g7:WILL
  +1 TYPE <Text>                           {0:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
|
n EVEN <Text>                              {1:1}  g7:INDI-EVEN
  +1 TYPE <Text>                           {1:1}  g7:TYPE
  +1 <<INDIVIDUAL_EVENT_DETAIL>>           {0:1}
]

Individual events; see Individual Events for descriptions of each individual event type.

Individual event structures vary as follows:

INDI.EVEN has a Text payload; others may have a Y payload
INDI.EVEN requires TYPE; it’s optional for others
BIRT and CHR may have a FAMC with no substructures; ADOP may have a FAMC with an optional ADOP substructure; others may not have a FAMC substructure

`LDS_INDIVIDUAL_ORDINANCE` :=

[
n BAPL                                     {1:1}  g7:BAPL
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}
|
n CONL                                     {1:1}  g7:CONL
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}
|
n ENDL                                     {1:1}  g7:ENDL
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}
|
n INIL                                     {1:1}  g7:INIL
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}
|
n SLGC                                     {1:1}  g7:SLGC
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}
  +1 FAMC @<XREF:FAM>@                     {1:1}  g7:FAMC
]

Ordinances performed by members of The Church of Jesus Christ of Latter-day Saints; see Latter-day Saint Ordinances for descriptions of each ordinance type.

`LDS_ORDINANCE_DETAIL` :=

n <<DATE_VALUE>>                         {0:1}
n TEMP <Text>                            {0:1}  g7:TEMP
n <<PLACE_STRUCTURE>>                    {0:1}
n STAT <Enum>                            {0:1}  g7:ord-STAT
  +1 DATE <DateExact>                    {1:1}  g7:DATE-exact
     +2 TIME <Time>                      {0:1}  g7:TIME
n <<NOTE_STRUCTURE>>                     {0:M}
n <<SOURCE_CITATION>>                    {0:M}

Dates for these ordinances should be in the default (GREGORIAN) calendar and be 1830 or later. These ordinances can be performed posthumously by proxy, and the date may reflect that posthumous date.

`LDS_SPOUSE_SEALING` :=

n SLGS                                     {1:1}  g7:SLGS
  +1 <<LDS_ORDINANCE_DETAIL>>              {0:1}

Ordinances performed by members of The Church of Jesus Christ of Latter-day Saints; see Latter-day Saint Ordinances for descriptions of each ordinance type.

`MULTIMEDIA_LINK` :=

n OBJE @<XREF:OBJE>@                       {1:1}  g7:OBJE
  +1 CROP                                  {0:1}  g7:CROP
     +2 TOP <Integer>                      {0:1}  g7:TOP
     +2 LEFT <Integer>                     {0:1}  g7:LEFT
     +2 HEIGHT <Integer>                   {0:1}  g7:HEIGHT
     +2 WIDTH <Integer>                    {0:1}  g7:WIDTH
  +1 TITL <Text>                           {0:1}  g7:TITL

Links the superstructure to the MULTIMEDIA_RECORD with the given pointer.

The optional CROP substructure indicates that a subregion of an image represents or applies to the superstructure.

The optional TITL substructure supersedes any OBJE.FILE.TITL substructures included in the MULTIMEDIA_RECORD.

`NON_EVENT_STRUCTURE` :=

n NO <Enum>                                {1:1}  g7:NO
  +1 DATE <DatePeriod>                     {0:1}  g7:NO-DATE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}

Indicates that a specific type of event, given in the payload, did not happen within a given date period (or never happened if there is no DATE substructure).

Substructures may provide discussion about the non-occurrence of the event but must not limit the meaning of what did not occur. No substructure other than DATE may restrict the breadth of that negative assertion.

1 NO MARR means “no marriage occurred”

1 NO MARR
2 DATE TO 24 MAR 1880

means “no marriage had occurred as of March 24^th, 1880”

`NOTE_STRUCTURE` :=

[
n NOTE <Text>                              {1:1}  g7:NOTE
  +1 MIME <MediaType>                      {0:1}  g7:MIME
  +1 LANG <Language>                       {0:1}  g7:LANG
  +1 TRAN <Text>                           {0:M}  g7:NOTE-TRAN
     +2 MIME <MediaType>                   {0:1}  g7:MIME
     +2 LANG <Language>                    {0:1}  g7:LANG
  +1 <<SOURCE_CITATION>>                   {0:M}
|
n SNOTE @<XREF:SNOTE>@                     {1:1}  g7:SNOTE
]

A catch-all location for information that does not fully fit within other structures. It may include research notes, additional context, alternative interpretations, reasoning, and so forth.

Each NOTE.TRAN must have either a MIME or LANG substructure, and may have both.

See SHARED_NOTE_RECORD for advice on choosing between NOTE and SNOTE.

A NOTE_STRUCTURE can contain a SOURCE_CITATION, which in turn can contain a NOTE_STRUCTURE, allowing potentially unbounded nesting of structures. Because each dataset is finite, this nesting is also guaranteed to be finite.

`PERSONAL_NAME_PIECES` :=

n NPFX <Text>                              {0:M}  g7:NPFX
n GIVN <Text>                              {0:M}  g7:GIVN
n NICK <Text>                              {0:M}  g7:NICK
n SPFX <Text>                              {0:M}  g7:SPFX
n SURN <Text>                              {0:M}  g7:SURN
n NSFX <Text>                              {0:M}  g7:NSFX

Optional isolated name parts; see PERSONAL_NAME_STRUCTURE for more details.

“Lt. Cmndr. Joseph Allen jr.” might be presented as

1 NAME Lt. Cmndr. Joseph /Allen/ jr.
2 NPFX Lt. Cmndr.
2 GIVN Joseph
2 SURN Allen
2 NSFX jr.

This specification does not define how the meaning of multiple parts with the same tag differs from the meaning of a single part with a concatenated larger payload. However, some applications allow the user to chose whether to combine or split name parts, meaning the tag quantity should be treated as expressing at least a user preference. Even when multiple SURN tags are used, the PersonalName data type identifies a single surname substring between its slashes.

`PERSONAL_NAME_STRUCTURE` :=

n NAME <PersonalName>                      {1:1}  g7:INDI-NAME
  +1 TYPE <Enum>                           {0:1}  g7:NAME-TYPE
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
  +1 <<PERSONAL_NAME_PIECES>>              {0:1}
  +1 TRAN <PersonalName>                   {0:M}  g7:NAME-TRAN
     +2 LANG <Language>                    {1:1}  g7:LANG
     +2 <<PERSONAL_NAME_PIECES>>           {0:1}
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 <<SOURCE_CITATION>>                   {0:M}

Names of individuals are represented in the manner the name is normally spoken, with the family name, surname, or nearest cultural parallel thereunto separated by slashes (U+002F /). Based on the dynamic nature or unknown compositions of naming conventions, it is difficult to provide a more detailed name piece structure to handle every case. The PERSONAL_NAME_PIECES are provided optionally for systems that cannot operate effectively with less structured information. The Personal Name payload shall be seen as the primary name representation, with name pieces as optional auxiliary information; in particular it is recommended that all name parts in PERSONAL_NAME_PIECES appear within the PersonalName payload in some form, possibly adjusted for gender-specific suffixes or the like. It is permitted for the payload to contain information not present in any name piece substructure.

The name may be translated or transliterated into different languages or scripts using the TRAN substructure. It is recommended, but not required, that if the name pieces are used, the same pieces are used in each translation and transliteration.

A TYPE is used to specify the particular variation that this name is. For example; it could indicate that this name is a name taken at immigration or that it could be an ‘also known as’ name. See g7:enumset-NAME-TYPE for more details.

Alternative approaches to representing names are being considered for future versions of this specification.

`PLACE_STRUCTURE` :=

n PLAC <List:Text>                         {1:1}  g7:PLAC
  +1 FORM <List:Text>                      {0:1}  g7:PLAC-FORM
  +1 LANG <Language>                       {0:1}  g7:LANG
  +1 TRAN <List:Text>                      {0:M}  g7:PLAC-TRAN
     +2 LANG <Language>                    {1:1}  g7:LANG
  +1 MAP                                   {0:1}  g7:MAP
     +2 LATI <Special>                     {1:1}  g7:LATI
     +2 LONG <Special>                     {1:1}  g7:LONG
  +1 EXID <Special>                        {0:M}  g7:EXID
     +2 TYPE <Special>                     {0:1}  g7:EXID-TYPE
  +1 <<NOTE_STRUCTURE>>                    {0:M}

A place, which can be represented in several ways:

The payload contains a comma-separated list of region names, ordered from smallest to largest. The specific meaning of each element is given by the FORM substructure, or in the HEAD.PLAC.FORM if there is no FORM substructure. Elements should be left blank if they are unknown, do not apply to the location, or are too specific for the region in question.
A record describing births throughout Oneida county could be recorded as
```
0 @S1@ SOUR
1 DATA
2 EVEN BIRT
3 PLAC , Oneida, Idaho, USA
4 FORM City, County, State, Country
```
The payload may be translated or transliterated into different languages or scripts using the TRAN substructure. It should use the same FORM as the payload.
Global coordinates may be presented in the MAP substructure

This specification does not support places where a region name contains a comma. An alternative system for representing locations is likely to be added in a later version.

`SOURCE_CITATION` :=

n SOUR @<XREF:SOUR>@                       {1:1}  g7:SOUR
  +1 PAGE <Text>                           {0:1}  g7:PAGE
  +1 DATA                                  {0:1}  g7:SOUR-DATA
     +2 <<DATE_VALUE>>                     {0:1}
     +2 TEXT <Text>                        {0:M}  g7:TEXT
        +3 MIME <MediaType>                {0:1}  g7:MIME
        +3 LANG <Language>                 {0:1}  g7:LANG
  +1 EVEN <Enum>                           {0:1}  g7:SOUR-EVEN
     +2 PHRASE <Text>                      {0:1}  g7:PHRASE
     +2 ROLE <Enum>                        {0:1}  g7:ROLE
        +3 PHRASE <Text>                   {0:1}  g7:PHRASE
  +1 QUAY <Enum>                           {0:1}  g7:QUAY
  +1 <<MULTIMEDIA_LINK>>                   {0:M}
  +1 <<NOTE_STRUCTURE>>                    {0:M}

A citation indicating that the pointed-to source record supports the claims made in the superstructure. Substructures provide additional information about how that source applies to the subject of the citation’s superstructure:

PAGE: where in the source the relevant material can be found.
DATA: the relevant data from the source.
EVEN: what event the relevant material was recording.
QUAY: an estimation of the reliability of the source in regard to these claims.
MULTIMEDIA_LINK: digital copies of the cited part of the source

It is recommended that every SOURCE_CITATION point to a SOURCE_RECORD. However, a voidPtr can be used with the citation text in a PAGE substructure. The PAGE is defined to express a “specific location within the information referenced;” with a voidPtr there is no information referenced, so the PAGE may describe the entire source.

A SOURCE_CITATION can contain a NOTE_STRUCTURE, which in turn can contain a SOURCE_CITATION, allowing potentially unbounded nesting of structures. Because each dataset is finite, this nesting is also guaranteed to be finite.

`SOURCE_REPOSITORY_CITATION` :=

n REPO @<XREF:REPO>@                       {1:1}  g7:REPO
  +1 <<NOTE_STRUCTURE>>                    {0:M}
  +1 CALN <Special>                        {0:M}  g7:CALN
     +2 MEDI <Enum>                        {0:1}  g7:MEDI
        +3 PHRASE <Text>                   {0:1}  g7:PHRASE

This structure is used within a source record to point to a name and address record of the holder of the source document. Formal and informal repository name and addresses are stored in the REPOSITORY_RECORD. More formal repositories, such as the Family History Library, should show a call number of the source at that repository. The call number of that source should be recorded using a CALN substructure.

3.3 Structure Meaning

3.3.1 Events

As a general rule, events are things that happen on a specific date. Use the dateRange form to indicate that an event took place at some time between 2 dates. In most cases, a DatePeriod is inappropriate for an event; if the subject of your recording occurred over a period of time, then it is probably not an event, but rather an attribute.

Event structures can be used to record notes about an event without asserting the event actually occurred. An event structure asserts the event did occur if any of the following are true:

There is a DATE substructure
```
1 DEAT
2 DATE 2 OCT 1937
```
Version 5.4 (1995) introduced the “event did occur” meaning of event.DATE, so it is now well-established in applications and files. However, it is common for users to enter a date range with no end without intending to indicate that the event occurred. For example, pre 7.0 files sometimes used
```
1 NATU
2 DATE AFT 1800
```
to mean what 7.0 encodes as
```
1 NOT NATU
2 DATE TO 1800
```
without intending to imply that NATU ever did actually occur. Because this is a “sometimes used” rather than a “formally means” situation, it is likely that data using 5.x “after meaning not before” de facto pattern will be transferred as-is into 7.0 and persist in files for the foreseeable future.
There is a PLAC substructure
```
1 DEAT
2 PLAC Cove, Cache, Utah
```
The event has a payload. A special payload Y can be used with some event types to indicate that the event is known to have occurred without providing any additional information about it.
```
1 DEAT Y
```

If none of the above are true, the structure should be seen as a place for inconclusive research notes about the possibility of the event. An assertion that an event did not occur should be encoded using the NO structure.

3.3.1.1 Individual Events

Tag	Name URI	Description
`ADOP`	adoption `g7:ADOP`	Creation of a legally approved child-parent relationship that does not exist biologically.
`BAPM`	baptism `g7:BAPM`	Baptism, performed in infancy or later. (See also `BAPL` and `CHR`.)
`BARM`	Bar Mitzvah `g7:BARM`	The ceremonial event held when a Jewish boy reaches age 13.
`BASM`	Bas Mitzvah `g7:BASM`	The ceremonial event held when a Jewish girl reaches age 13, also known as “Bat Mitzvah.”
`BIRT`	birth `g7:BIRT`	Entering into life.
`BLES`	blessing `g7:BLES`	Bestowing divine care or intercession. Sometimes given in connection with a naming ceremony.
`BURI`	depositing remains `g7:BURI`	Depositing the mortal remains of a deceased person.
`CENS`	census `g7:INDI-CENS`	Periodic count of the population for a designated locality, such as a national or state census.
`CHR`	christening `g7:CHR`	Baptism or naming events for a child.
`CHRA`	adult christening `g7:CHRA`	Baptism or naming events for an adult person.
`CONF`	confirmation `g7:CONF`	Conferring full church membership.
`CREM`	cremation `g7:CREM`	The act of reducing a dead body to ashes by fire.
`DEAT`	death `g7:DEAT`	Mortal life terminates.
`EMIG`	emigration `g7:EMIG`	Leaving one’s homeland with the intent of residing elsewhere.
`FCOM`	first communion `g7:FCOM`	The first act of sharing in the Lord’s supper as part of church worship.
`GRAD`	graduation `g7:GRAD`	Awarding educational diplomas or degrees to individuals.
`IMMI`	immigration `g7:IMMI`	Entering into a new locality with the intent of residing there.
`NATU`	naturalization `g7:NATU`	Obtaining citizenship.
`ORDN`	ordination `g7:ORDN`	Receiving authority to act in religious matters.
`PROB`	probate `g7:PROB`	Judicial determination of the validity of a will. It may indicate several related court activities over several dates.
`RETI`	retirement `g7:RETI`	Exiting an occupational relationship with an employer after a qualifying time period.
`WILL`	will `g7:WILL`	A legal document treated as an event, by which a person disposes of his or her estate. It takes effect after death. The event date is the date the will was signed while the person was alive. (See also `PROB`)

In addition, INDI.EVEN is a structure for a generic individual event. It must have a TYPE substructure to define what kind of event is being provided.

3.3.1.2 Family Events

Tag	Name URI	Description
`ANUL`	annulment `g7:ANUL`	Declaring a marriage void from the beginning (never existed).
`CENS`	census `g7:FAM-CENS`	Periodic count of the population for a designated locality, such as a national or state census.
`DIV`	divorce `g7:DIV`	Dissolving a marriage through civil action.
`DIVF`	divorce filed `g7:DIVF`	Filing for a divorce by a spouse.
`ENGA`	engagement `g7:ENGA`	Recording or announcing an agreement between 2 people to become married.
`MARB`	marriage bann `g7:MARB`	Official public notice given that 2 people intend to marry.
`MARC`	marriage contract `g7:MARC`	Recording a formal agreement of marriage, including the prenuptial agreement in which marriage partners reach agreement about the property rights of 1 or both, securing property to their children.
`MARL`	marriage license `g7:MARL`	Obtaining a legal license to marry.
`MARR`	marriage `g7:MARR`	A legal, common-law, or customary event such as a wedding or marriage ceremony that joins 2 partners to create or extend a family unit.
`MARS`	marriage settlement `g7:MARS`	Creating an agreement between 2 people contemplating marriage, at which time they agree to release or modify property rights that would otherwise arise from the marriage.

In addition, FAM.EVEN is a structure for a generic family event. It must have a TYPE substructure to define what kind of event is being provided.

3.3.2 Attributes

Unlike events, the presence of an attribute is sufficient to assert the attribute applied to the individual, regardless of the attribute’s substructures and payload.

3.3.2.1 Individual Attributes

Tag	Name URI	Description
`CAST`	caste `g7:CAST`	The name of an individual’s rank or status in society which is sometimes based on racial or religious differences, or differences in wealth, inherited rank, profession, or occupation.
`DSCR`	physical description `g7:DSCR`	The physical characteristics of a person.
`EDUC`	education `g7:EDUC`	Indicator of a level of education attained.
`IDNO`	identifying number `g7:IDNO`	A number or other string assigned to identify a person within some significant external system. It must have a `TYPE` substructure to define what kind of identification number is being provided.
`NATI`	nationality `g7:NATI`	An individual’s national heritage or origin, or other folk, house, kindred, lineage, or tribal interest.
`NCHI`	number of children `g7:INDI-NCHI`	The number of children that this person is known to be the parent of (all marriages).
`NMR`	number of marriages `g7:NMR`	The number of times this person has participated in a family as a spouse or parent.
`OCCU`	occupation `g7:OCCU`	The type of work or profession of an individual.
`PROP`	property `g7:PROP`	Pertaining to possessions such as real estate or other property of interest.
`RELI`	religion `g7:INDI-RELI`	A religious denomination to which a person is affiliated or for which a record applies.
`RESI`	residence `g7:INDI-RESI`	An address or place of residence where an individual resided.
`SSN`	social security number `g7:SSN`	A number assigned by the United States Social Security Administration, used for tax identification purposes. It is a type of `IDNO`.
`TITL`	title `g7:INDI-TITL`	A formal designation used by an individual in connection with positions of royalty or other social status, such as Grand Duke.

In addition, INDI.FACT is a structure for a generic individual attribute. It must have a TYPE substructure to define what kind of attribute is being provided.

3.3.2.2 Family Attributes

Tag	Name URI	Description
`NCHI`	number of children `g7:FAM-NCHI`	The number of children that belong to this family.
`RESI`	residence `g7:FAM-RESI`	An address or place of residence where a family resided.

In addition, FAM.FACT is a structure for a generic family attribute. It must have a TYPE substructure to define what kind of attribute is being provided.

3.3.3 Latter-day Saint Ordinances

The structures describing ordinances performed by The Church of Jesus Christ of Latter-day Saints are unlike regular events in that they might either be performed during life or by proxy on the behalf of a deceased individual.

Proxy ordinances on behalf of deceased persons were once requested and officially recorded using an earlier version of GEDCOM. This is no longer the case, but when it was the case the following principles held:

PLAC was used only for ordinances that were performed by the recipient in life.
TEMP was used with all ENDL, SLGC, and SLGS, but only with posthumous proxy BAPL and CONL.

Tag	Name URI	Description
`BAPL`	baptism `g7:BAPL`	The event of baptism performed at age 8 or later by priesthood authority of The Church of Jesus Christ of Latter-day Saints. (See also `BAPM`)
`CONL`	confirmation `g7:CONL`	The religious event by which a person receives membership in The Church of Jesus Christ of Latter-day Saints. (See also `CONF`)
`INIL`	initiatory `g7:INIL`	A religious event where an initiatory ordinance for an individual was performed by priesthood authority in a temple of The Church of Jesus Christ of Latter-day Saints.
`ENDL`	endowment `g7:ENDL`	A religious event where an endowment ordinance for an individual was performed by priesthood authority in a temple of The Church of Jesus Christ of Latter-day Saints.
`SLGC`	sealing child `g7:SLGC`	A religious event pertaining to the sealing of a child to his or her parents in a temple ceremony of The Church of Jesus Christ of Latter-day Saints.
`SLGS`	sealing spouse `g7:SLGS`	A religious event pertaining to the sealing of a husband and wife in a temple ceremony of The Church of Jesus Christ of Latter-day Saints. (See also `MARR`)

3.3.4 Structure types

Structure types are listed in this section alphabetically by tag. When the same tag is used for different structure types in different contexts, they may be distinguished by their URI.

`ABBR` (Abbreviation) `g7:ABBR`

A short name of a title, description, or name used for sorting, filing, and retrieving records.

`ADDR` (Address) `g7:ADDR`

The location of, or most relevant to, the subject of the superstructure. See ADDRESS_STRUCTURE for more details.

`ADOP` (Adoption) `g7:ADOP`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`ADOP` (Adoption) `g7:FAMC-ADOP`

An enumerated value from set g7:enumset-ADOP indicating which parent(s) in the family adopted this individual.

`ADR1` (Address Line 1) `g7:ADR1`

The first line of the address, used for indexing. This structure’s payload should be a single line of text equal to the first line of the corresponding ADDR. See ADDRESS_STRUCTURE for more details.

ADR1 should not be added to new files; see ADDRESS_STRUCTURE for more details.

`ADR2` (Address Line 2) `g7:ADR2`

The second line of the address, used for indexing. This structure’s payload should be a single line of text equal to the second line of the corresponding ADDR. See ADDRESS_STRUCTURE for more details.

ADR2 should not be added to new files; see ADDRESS_STRUCTURE for more details.

`ADR3` (Address Line 3) `g7:ADR3`

The third line of the address, used for indexing. This structure’s payload should be a single line of text equal to the third line of the corresponding ADDR. See ADDRESS_STRUCTURE for more details.

ADR3 should not be added to new files; see ADDRESS_STRUCTURE for more details.

`AGE` (Age at event) `g7:AGE`

The age of the individual at the time an event occurred, or the age listed in the document.

`AGNC` (Responsible agency) `g7:AGNC`

The organization, institution, corporation, person, or other entity that has responsibility for the associated context. Examples are an employer of a person of an associated occupation, or a church that administered rites or events, or an organization responsible for creating or archiving records.

`ALIA` (Alias) `g7:ALIA`

A single individual may have facts distributed across multiple individual records, connected by ALIA pointers (named after “alias” in the computing sense, not the pseudonym sense).

This specification does not define how to connect INDI records with ALIA. Some systems organize ALIA pointers to create a tree structure, with the root INDI record containing the composite view of all facts in the leaf INDI records. Others distribute events and attributes between INDI records mutually linked by symmetric pairs of ALIA pointers. A future version of this specification may adjust the definition of ALIA.

`ANCI` (Ancestor interest) `g7:ANCI`

Indicates an interest in additional research for ancestors of this individual. (See also DESI).

`ANUL` (Annulment) `g7:ANUL`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`ASSO` (Associates) `g7:ASSO`

A pointer to an associated individual. See ASSOCIATION_STRUCTURE for more details.

`AUTH` (Author) `g7:AUTH`

The person, agency, or entity who created the record. For a published work, this could be the author, compiler, transcriber, abstractor, or editor. For an unpublished source, this may be an individual, a government agency, church organization, or private organization.

Although defined as any depositing of remains since it was introduced in the first version of GEDCOM, this tag is a shortened form of the English word “burial” and has been interpreted to mean “depositing of remains by burial” by some applications and users. In the absence of a clarifying TYPE substructure it is likely, but not guaranteed, that a BURI structure refers to a burial rather than another form of depositing remains.

`CALN` (Call number) `g7:CALN`

An identification or reference description used to file and retrieve items from the holdings of a repository. Despite the word “number” in the name, may contain any character, not just digits.

`CAST` (Caste) `g7:CAST`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`CAUS` (Cause) `g7:CAUS`

The reasons which precipitated an event. It is often used subordinate to a death event to show cause of death, such as might be listed on a death certificate.

`CENS` (Census) `g7:FAM-CENS`

An Family Event.

`CENS` (Census) `g7:INDI-CENS`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`CHAN` (Change) `g7:CHAN`

The most recent change to the superstructure. This is metadata about the structure itself, not data about its subject. See CHANGE_DATE for more details.

`CHIL` (Child) `g7:CHIL`

The child in a family, whether biological, adopted, foster, sealed, or other relationship.

`CHRA` (Christening, adult) `g7:CHRA`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`CHR` (Christening) `g7:CHR`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`CITY` (City) `g7:CITY`

The name of the city used in the address. See ADDRESS_STRUCTURE for more details.

`CONF` (Confirmation) `g7:CONF`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`CONL` (Confirmation, Latter-Day Saint) `g7:CONL`

A Latter-Day Saint Ordinance. See also LDS_INDIVIDUAL_ORDINANCE.

`CONT` (Continued) `g7:CONT`

A pseudo-structure to indicate a line break. The CONT tag is generated during serialization and is never present in parsed datasets. See Lines for more details.

`COPR` (Copyright) `g7:COPR`

A copyright statement, as appropriate for the copyright laws applicable to this data.

`CORP` (Corporate name) `g7:CORP`

The name of the business, corporation, or person that produced or commissioned the product.

`CREA` (Creation) `g7:CREA`

The initial creation of the superstructure. This is metadata about the structure itself, not data about its subject. See CREATION_DATE for more details.

`CREM` (Cremation) `g7:CREM`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`CROP` (Crop) `g7:CROP`

A subregion of an image to display. It is only valid when the superstructure links to a MULTIMEDIA_RECORD with at least 1 FILE substructure that refers to an external file with a defined pixel unit.

LEFT and TOP indicate the top-left corner of the region to display. WIDTH and HEIGHT indicate how many pixels wide and tall the region to display is. If omitted, LEFT and TOP each default to 0; WIDTH defaults to the image width minus LEFT; and HEIGHT defaults to the image height minus TOP.

If the superstructure links to a MULTIMEDIA_RECORD that includes multiple FILE substructures, the CROP applies to the first FILE to which it can apply, namely the first external file with a defined pixel unit.

It is recommended that CROP be used only with a single-FILE MULTIMEDIA_RECORD.

The following are errors:

LEFT or LEFT + WIDTH exceed the image width.
TOP or TOP + HEIGHT exceed the image height.
CROP applied to a non-image or image without a defined pixel unit.

`CTRY` (Country) `g7:CTRY`

The name of the country that pertains to the associated address. See ADDRESS_STRUCTURE for more details.

`DATA` (Data) `g7:DATA`

A structure with no payload used to distinguish a description of something from metadata about it. For example, SOUR and its other substructures describe a source itself, while SOUR.DATA describes the content of the source.

`DATA` (Data) `g7:SOUR-DATA`

See g7:DATA.

`DATA` (Data) `g7:HEAD-SOUR-DATA`

The electronic data source or digital repository from which this dataset was exported. The payload is the name of that source, with substructures providing additional details about the source (not the export).

`DATE` (Date) `g7:DATE`

The principal date of the subject of the superstructure. The payload is a DateValue.

See DATE_VALUE for more details.

`DATE` (Date) `g7:DATE-exact`

The principal date of the subject of the superstructure. The payload is a DateExact.

`DATE` (Date) `g7:HEAD-DATE`

The DateExact that this document was created.

`DATE` (Date) `g7:NO-DATE`

The DatePeriod during which the event did not occur or the attribute did not apply.

`DATE` (Date) `g7:DATA-EVEN-DATE`

The DatePeriod covered by the entire source; the period during which this source recorded events.

`DEAT` (Death) `g7:DEAT`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`DESI` (Descendant Interest) `g7:DESI`

Indicates an interest in research to identify additional descendants of this individual. See also ANCI.

`DEST` (Destination) `g7:DEST`

An identifier for the system expected to receive this document. See HEAD.SOUR for guidance on choosing identifiers.

`DIVF` (Divorce filing) `g7:DIVF`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`DIV` (Divorce) `g7:DIV`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`DSCR` (Description) `g7:DSCR`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`EDUC` (Education) `g7:EDUC`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`EMAIL` (Email) `g7:EMAIL`

An electronic mail address, as defined by any relevant standard such as RFC 3696, RFC 5321, or RFC 5322.

If an invalid email address is present upon import, it should be preserved as-is on export.

The version 5.5.1 specification contained a typo where this tag was sometimes written EMAI and sometimes written EMAIL. EMAIL should be used in version 7.0 and later.

`EMIG` (Emigration) `g7:EMIG`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`ENDL` (Endowment, Latter-Day Saint) `g7:ENDL`

A Latter-Day Saint Ordinance. See also LDS_INDIVIDUAL_ORDINANCE.

`ENGA` (Engagement) `g7:ENGA`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`EVEN` (Event) `g7:FAM-EVEN`

See g7:INDI-EVEN.

`EVEN` (Event) `g7:INDI-EVEN`

An event: a noteworthy happening related to an individual or family. If a specific event type exists, it should be used instead of a generic EVEN structure. Each EVEN must be classified by a subordinate use of the TYPE tag and may be further described in the structure’s payload.

A person that signed a lease for land dated October 2, 1837 and a lease for mining equipment dated November 4, 1837 would be written as:

0 @I1@ INDI
1 EVEN
2 TYPE Land Lease
2 DATE 2 OCT 1837
1 EVEN Mining equipment
2 TYPE Equipment Lease
2 DATE 4 NOV 1837

`EVEN` (Event) `g7:DATA-EVEN`

A list of enumerated values from set g7:enumset-EVENATTR indicating the types of events that were recorded in a particular source. Each event type is separated by a comma and space. For example, a parish register of births, deaths, and marriages would be BIRT, DEAT, MARR.

`EVEN` (Event) `g7:SOUR-EVEN`

An enumerated value from set g7:enumset-EVENATTR indicating the type of event or attribute which was responsible for the source entry being recorded. For example, if the entry was created to record a birth of a child, then the type would be BIRT regardless of the assertions made from that record, such as the mother’s name or mother’s birth date.

`EXID` (External Identifier) `g7:EXID`

An identifier for the subject of the superstructure. The identifier is maintained by some external authority; the authority owning the identifier is provided in the TYPE substructure; see EXID.TYPE for more details.

Depending on the maintaining authority, an EXID may be a unique identifier for the subject, an identifier for 1 of several views of the subject, or an identifier for the externally-maintained copy of the same information as is contained in this structure. However, unlike UID and REFN, EXID does not identify a structure; structures with the same EXID may have originated independently rather than by edits from the same starting point.

EXID identifiers are expected to be unique. Once assigned, an EXID identifier should never be re-used for any other purpose.

`FAM` (Family record) `g7:record-FAM`

See FAMILY_RECORD

The common case is that each couple has one FAM record, but that is not always the case.

A couple that separates and then gets together again can be represented either as a single FAM with multiple events (MARR, DIV, etc.) or as a separate FAM for each time together. Some user interfaces may display these two in different ways and the two admit different semantics in sourcing. A single FAM with two MARR with distinct dates might also represent uncertainty about dates and a pair of FAM with same spouses might also be the result of merging multiple files.

Implementers should support both representations, and should choose between them based on user input or other context beyond that provided in the datasets themselves.

`FACT` (Fact) `g7:FAM-FACT`

See g7:INDI-FACT.

`FACT` (Fact) `g7:INDI-FACT`

A noteworthy attribute or fact concerning an individual or family. If a specific attribute type exists, it should be used instead of a generic FACT structure. Each FACT must be classified by a subordinate use of the TYPE tag and may be further described in the structure’s payload.

If the attribute being defined was 1 of the person’s skills, such as woodworking, the FACT tag would have the value of “Woodworking”, followed by a subordinate TYPE tag with the value “Skills”.

0 @I1@ INDI
1 FACT Woodworking
2 TYPE Skills

`FAMC` (Family child) `g7:INDI-FAMC`

The family in which an individual appears as a child. It is also used with a g7:FAMC-STAT substructure to show individuals who are not children of the family. See FAMILY_RECORD for more details.

`FAMC` (Family child) `g7:FAMC`

The family with which this individual event is associated.

`FAMC` (Family child) `g7:ADOP-FAMC`

The individual or couple that adopted this individual.

Adoption by an individual, rather than a couple, may be represented either by pointing to a FAM where that individual is a HUSB or WIFE and using a g7:FAMC-ADOP substructure to indicate which 1 performed the adoption; or by using a FAM where the adopting individual is the only HUSB/WIFE.

`FAMS` (Family spouse) `g7:FAMS`

The family in which an individual appears as a partner. See FAMILY_RECORD for more details.

`FAX` (Facsimile) `g7:FAX`

A fax telephone number appropriate for sending data facsimiles. See PHON for additional comments on telephone numbers.

`FCOM` (First communion) `g7:FCOM`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`FILE` (File reference) `g7:FILE`

A reference to an external file. See the File Path datatype for more details.

`FORM` (Format) `g7:FORM`

The media type of the file referenced by the superstructure.

`FORM` (Format) `g7:PLAC-FORM`

A comma-separated list of jurisdictional titles, which has the same number of elements and in the same order as the PLAC structure. As with PLAC, this shall be ordered from lowest to highest jurisdiction.

The following represents Baltimore, a city that is not within a county.

2 PLAC Baltimore, , Maryland, USA
3 FORM City, County, State, Country

`FORM` (Format) `g7:HEAD-PLAC-FORM`

Any PLAC with no FORM shall be treated as if it has this FORM.

`GEDC` (GEDCOM) `g7:GEDC`

A container for information about the entire document.

It is recommended that applications write GEDC with its required substructure g7:GEDC-VERS as the first substructure of HEAD.

`GIVN` (Given name) `g7:GIVN`

A given or earned name used for official identification of a person.

`GRAD` (Graduation) `g7:GRAD`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`HEAD` (Header) `g7:HEAD`

A pseudo-structure for storing metadata about the document. See The Header and Trailer for more details.

`HEIGHT` (Height in pixels) `g7:HEIGHT`

How many pixels to display vertically for the image. See CROP for more details.

HEIGHT is a number of pixels. The correct tag for the height of an individual is the DSCR attribute.

0 @I45@ INDI
1 DSCR brown eyes, 5ft 10in, 198 pounds

`HUSB` (Husband) `g7:HUSB`

A container for information relevant to the subject of the superstructure specific to the individual described by the associated FAM’s HUSB substructure.

`HUSB` (Husband) `g7:FAM-HUSB`

This is a partner in a FAM record. See FAMILY_RECORD for more details.

`IDNO` (Identification number) `g7:IDNO`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`IMMI` (Immigration) `g7:IMMI`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`INDI` (Individual) `g7:record-INDI`

See INDIVIDUAL_RECORD.

`INIL` (Initiatory, Latter-Day Saint) `g7:INIL`

A Latter-Day Saint Ordinance. See also LDS_INDIVIDUAL_ORDINANCE. Previously, GEDCOM versions 3.0 through 5.3 called this WAC; it was not part of 5.4 through 5.5.1. FamilySearch GEDCOM 7.0 reintroduced it with the name INIL for consistency with BAPL, CONL, and ENDL.

`LANG` (Language) `g7:LANG`

The primary human language of the superstructure. The primary language in which the Text-typed payloads of the superstructure and its substructures appear.

The payload of the LANG structure is a language tag, as defined by BCP 47. A registry of component subtags is maintained publicly by the IANA.

In the absence of a LANG structure, the language is assumed to be unspecified; that may also be recorded explicitly with language tag und (meaning “undetermined”). See g7:HEAD-LANG for information about applying language-specific algorithms to text in an unspecified language.

If the text is primarily in one language with a few parts in a different language, it is recommended that a language tag identifying the primary language be used. If no one language is primary, the language tag mul (meaning “multiple”) may be used, but most language-specific algorithms will treat mul the same way they do und.

Conversations are ongoing about adding part-of-payload language tagging in a future version of the specification to provide more fidelity for multilingual text.

If the text is not in any human language and should not be treated as lingual content, the language tag zxx (meaning “no linguistic content” or “not applicable”) may be used. An example of zxx text might be a diagram approximated using characters for their shape, not their meaning.

This specification does not permit LANG in every place where human language text might appear. Conversations are ongoing about adding it in more places in a future version of the specification. Using the current specification, additional language tagging can be accomplished using a documented extension tag by including the following in the header:

1 SCHEMA
2 TAG _LANG https://gedcom.io/terms/v7/LANG

and using the extension tag like so:

2 DATE 31 AUG 2018
3 PHRASE 2018年8月31日
4 _LANG cmn

`LANG` (Language) `g7:HEAD-LANG`

A default language which may be used to interpret any Text-typed payloads that lack a specific language tag from a g7:LANG structure. An application may choose to use a different default based on its knowledge of the language preferences of the user.

The payload of the LANG structure is a language tag, as defined by BCP 47.

Some algorithms on text are language-specific. Examples include sorting sequences, name comparison and phonetic name matching algorithms, spell-checking, computer-synthesized speech, Braille transcription, and language translation. When the language of the text is given through a g7:LANG, that should be used. When g7:LANG is not available, g7:HEAD-LANG provides the file creator’s suggested default language. For some language-specific algorithms, the user’s preferred language may be a more appropriate default than the file’s default language. User language preferences can be found in a variety of platform-specific places, such as the default language from operating system settings, user locales, Input Method Editors (IMEs), etc.

`LANG` (Language) `g7:SUBM-LANG`

A language the subject of that record understands.

The payload of the LANG structure is a language tag, as defined by BCP 47.

`LATI` (Latitude) `g7:LATI`

A latitudinal coordinate. The payload is either N (for a coordinate north of the equator) or S (for a coordinate south of the equator) followed by a decimal number of degrees. Minutes and seconds are not used and should be converted to fractional degrees prior to encoding.

18 degrees, 9 minutes, and 3.4 seconds North would be formatted as N18.150944.

`LEFT` (Left crop width) `g7:LEFT`

Left is a number of pixels to not display from the left side of the image. See CROP for more details.

`LONG` (Longitude) `g7:LONG`

A longitudinal coordinate. The payload is either E (for a coordinate east of the prime meridian) or W (for a coordinate west of the prime meridian) followed by a decimal number of degrees. Minutes and seconds are not used and should be converted to fractional degrees prior to encoding.

168 degrees, 9 minutes, and 3.4 seconds East would be formatted as E168.150944.

`MAP` (Map) `g7:MAP`

A representative point for a location, as defined by LATI and LONG substructures.

Note that MAP provides neither a notion of accuracy (for example, the MAP for a birth event may be some distance from the point where the birth occurred) nor a notion of region size (for example, the MAP for a place “Belarus” may be anywhere within that nation’s 200,000 square kilometer area).

`MARB` (Marriage banns) `g7:MARB`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`MARC` (Marriage contract) `g7:MARC`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`MARL` (Marriage license) `g7:MARL`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`MARR` (Marriage) `g7:MARR`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`MARS` (Marriage settlement) `g7:MARS`

A Family Event. See also FAMILY_EVENT_STRUCTURE.

`MEDI` (Medium) `g7:MEDI`

An enumerated value from set g7:enumset-MEDI providing information about the media or the medium in which information is stored.

When MEDI is a substructure of a g7:CALN, it is recommended that its payload describes the medium directly found at that call number rather than a medium from which it was derived.

Consider an asset in a repository that is a digital scan of a book of compiled newspapers; for this asset, the CALN.MEDI is recommended to be ELECTRONIC rather than BOOK or NEWSPAPER.

`MIME` (Media type) `g7:MIME`

Indicates the media type of the payload of the superstructure.

As of version 7.0, only 2 media types are supported by this structure:

text/plain shall be presented to the user as-is, preserving all spacing, line breaks, and so forth.
text/html uses HTML tags to provide presentation information. Applications should support at least the following:
- p and br elements for paragraphing and line breaks.
- b, i, u, and s elements for bold, italic, underlined, and strike-through text (or corresponding display in other locales; see HTML §4.5 for more).
- sup and sub elements for super- and sub-script.
- The 3 XML entities that appear in text: &, < >. Note that &quote; and ' are only needed in attributes. Other entities should be represented as their respective Unicode characters instead.
Supporting more of HTML is encouraged. Unsupported elements should be ignored during display.

Applications are welcome to support more XML entities or HTML character references in their user interface. However, exporting must only use the core XML entities, translating any other entities into their corresponding Unicode characters.

Applications are welcome to support additional HTML elements, but they should ensure that content is meaningful if those extra elements are ignored and only their content text is displayed.

Media types are also used by external files, as described under FORM. External file media types are not limited to text/plain and text/html.

If needed, text/html can be converted to text/plain using the following steps:

Replace any sequence of 1 or more spaces, tabs, and line breaks with a single space
Case-insensitively replace each <p…>, </p…>, and <br…> with a line break
Remove all other <…> tags
Replace each < with < and > with >
Replace each & with &

`NAME` (Name) `g7:NAME`

The name of the superstructure’s subject, represented as a simple string.

`NAME` (Name) `g7:INDI-NAME`

A PERSONAL_NAME_STRUCTURE with parts, translations, sources, and so forth.

`NATI` (Nationality) `g7:NATI`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`NATU` (Naturalization) `g7:NATU`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`NCHI` (Number of children) `g7:FAM-NCHI`

A Family Attribute. See also FAMILY_ATTRIBUTE_STRUCTURE.

`NCHI` (Number of children) `g7:INDI-NCHI`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`NICK` (Nickname) `g7:NICK`

A descriptive or familiar name that is used instead of, or in addition to, one’s proper name.

`NMR` (Number of marriages) `g7:NMR`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`NO` (Did not happen) `g7:NO`

An enumerated value from set g7:enumset-EVEN identifying an event type which did not occur to the superstructure’s subject. A specific payload NO XYZ should only appear where XYZ would be legal.

See NON_EVENT_STRUCTURE for more details.

`NOTE` (Note) `g7:NOTE`

A NOTE_STRUCTURE, containing additional information provided by the submitter for understanding the enclosing data.

When a substructure of HEAD, it should describe the contents of the document in terms of “ancestors or descendants of” so that the person receiving the data knows what genealogical information the document contains.

`NPFX` (Name prefix) `g7:NPFX`

Text that appears on a name line before the given and surname parts of a name.

`NSFX` (Name suffix) `g7:NSFX`

Text which appears on a name line after or behind the given and surname parts of a name.

`OBJE` (Object) `g7:OBJE`

See MULTIMEDIA_LINK.

`OBJE` (Object) `g7:record-OBJE`

See MULTIMEDIA_RECORD.

`OCCU` (Occupation) `g7:OCCU`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`ORDN` (Ordination) `g7:ORDN`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`PAGE` (Page) `g7:PAGE`

A specific location within the information referenced. For a published work, this could include the volume of a multi-volume work and the page number or numbers. For a periodical, it could include volume, issue, and page numbers. For a newspaper, it could include a date, page number, and column number. For an unpublished source or microfilmed works, this could be a film or sheet number, page number, or frame number. A census record might have an enumerating district, page number, line number, dwelling number, and family number.

It is recommended that the data in this field be formatted comma-separated with label: value pairs

2 SOUR @S1@
3 PAGE Film: 1234567, Frame: 344, Line: 28

If the superstructure’s pointer is @VOID@ then there is no information referenced and the PAGE may describe the entire source.

1 DSCR Tall enough his head touched the ceiling
2 SOUR @VOID@
3 PAGE His grand-daughter Lydia told me this in 1980

`PEDI` (Pedigree) `g7:PEDI`

An enumerated value from set g7:enumset-PEDI indicating the type of child-to-family relationship represented by the superstructure.

`PHON` (Phone) `g7:PHON`

A telephone number. Telephone numbers have many regional variations and can contain non-digit characters. Users should be encouraged to use internationalized telephone numbers rather than local versions. As a starting point for this recommendation, there are international standards that use a “‘+’” shorthand for the international prefix (for example, in place of “011” in the US or “00” in the UK). Examples are +1 (555) 555-1234 (US) or +44 20 1234 1234 (UK).

See ITU standards E.123 and E.164 for more information.

`PHRASE` (Phrase) `g7:PHRASE`

Textual information that cannot be expressed in the superstructure due to the limitations of its data type. A PHRASE may restate information contained in the superstructure, but doing so is not recommended unless it is needed for clarity.

A date interpreted from the phrase “The Feast of St John” might be

2 DATE 24 JUN 1852
3 PHRASE During the feast of St John

A record using 1648/9 to indicate a change in new year might become

2 DATE 30 JAN 1649
3 PHRASE 30th of January, 1648/9

A record using 1648/9 to indicate uncertainty in the year might become

2 DATE BET 1648 AND 1649
3 PHRASE 1648/9

A record using Q1 1867 to indicate an event occurred sometime within the first quarter of 1867 might become

2 DATE BET 1 JAN 1867 AND 31 MAR 1867
3 PHRASE Q1 1867

A record defining the Maid of Honor in a marriage might become

1 MARR
2 ASSO @I2@
3 ROLE OTHER
4 PHRASE Maid of Honor

A name given to a foundling orphan might be

1 NAME Mary //
2 GIVN Mary
2 TYPE OTHER
3 PHRASE given by orphanage

`PLAC` (Place) `g7:PLAC`

The principal place in which the superstructure’s subject occurred, represented as a List of jurisdictional entities in a sequence from the lowest to the highest jurisdiction. As with other lists, the jurisdictions are separated by commas. Any jurisdiction’s name that is missing is still accounted for by an empty string in the list.

The type of each jurisdiction is given in the PLAC.FORM substructure, if present, or in the HEAD.PLAC.FORM structure. If neither is present, the jurisdictional types are unspecified beyond the lowest-to-highest order noted above.

`PLAC` (Place) `g7:HEAD-PLAC`

This is a placeholder for providing a default PLAC.FORM, and must not have a payload.

`POST` (Postal code) `g7:POST`

A code used by a postal service to identify an area to facilitate mail handling. See ADDRESS_STRUCTURE for more details.

`PROB` (Probate) `g7:PROB`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`PROP` (Property) `g7:PROP`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`PUBL` (Publication) `g7:PUBL`

When and where the record was created. For published works, this includes information such as the city of publication, name of the publisher, and year of publication.

For an unpublished work, it includes the date the record was created and the place where it was created, such as the county and state of residence of a person making a declaration for a pension or the city and state of residence of the writer of a letter.

`QUAY` (Quality of data) `g7:QUAY`

An enumerated value from set g7:enumset-QUAY indicating the credibility of a piece of information, based on its supporting evidence. Some systems use this feature to rank multiple conflicting opinions for display of most likely information first. It is not intended to eliminate the receivers’ need to evaluate the evidence for themselves.

`REFN` (Reference) `g7:REFN`

A user-defined number or text that the submitter uses to identify the superstructure. For instance, it may be a record number within the submitter’s automated or manual system, or it may be a page and position number on a pedigree chart.

This is metadata about the structure itself, not data about its subject. Multiple structures describing different aspects of the same subject must not have the same REFN value.

`RELI` (Religion) `g7:RELI`

A religious denomination associated with the event or attribute described by the superstructure.

`RELI` (Religion) `g7:INDI-RELI`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`RESN` (Restriction) `g7:RESN`

A List of enumerated values from set g7:enumset-RESN signifying access to information may be denied or otherwise restricted.

The RESN structure is provided to assist software in filtering data that should not be exported or otherwise used in a particular context. It is recommended that tools provide an interface to allow users to filter data on export such that certain RESN structure payload entries result in the RESN structure and its superstructure being removed from the export. Such removal must abide by some constraints: see Removing data for more details.

This is metadata about the structure itself, not data about its subject.

`REPO` (Repository) `g7:REPO`

See SOURCE_REPOSITORY_CITATION.

`REPO` (Repository) `g7:record-REPO`

See REPOSITORY_RECORD.

`RESI` (Residence) `g7:FAM-RESI`

A Family Attribute. See also FAMILY_ATTRIBUTE_STRUCTURE.

See g7:INDI-RESI for comments on the use of payload strings in RESI structures.

`RESI` (Residence) `g7:INDI-RESI`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

Where possible, the residence should be identified in PLAC and/or ADDR substructures of the RESI structure. The payload text should not duplicate PLAC or ADDR information, but may be used for residence information that cannot be expressed by those structures.

The following two examples show situations where a RESI payload may be appropriate:

1 RESI living with an aunt
2 DATE ABT MAR 1894

1 RESI in a mobile caravan
2 PLAC , , Austro-Hungarian Empire
3 FORM City, County, Country

`RETI` (Retirement) `g7:RETI`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`ROLE` (Role) `g7:ROLE`

An enumerated value from set g7:enumset-ROLE indicating what role this person played in an event or person’s life.

The following indicates a child’s birth record as the source of the mother’s name:

0 @I1@ INDI
1 NAME Mary //
2 SOUR @S1@
3 EVEN BIRT
4 ROLE MOTH

The following indicates that a person’s best friend was a witness at their baptism:

0 @I2@ INDI
1 ASSO @I3@
2 ROLE FRIEND
3 PHRASE best friend
1 BAPM
2 ASSO @I3@
3 ROLE WITN

`SCHMA` (Extension schema) `g7:SCHMA`

A container for storing meta-information about the extension tags used in this document. See Extensions for more details.

`SDATE` (Sort date) `g7:SDATE`

A date to be used as a sorting hint. It is intended for use when the actual date is unknown, but the display order may be dependent on date.

If both a DATE and SDATE are present in the same structure, the SDATE should be used for sorting and positioning while the DATE should be displayed as the date of the structure.

SDATE and its substructures (including PHRASE, TIME, and any extension structures) should be used only as sorting hints, not to convey historical meaning.

It is recommended to use a payload that matches [[day D] month D] year [D epoch]. Other DateValue forms may have unreliable effects on sorting. Including a month and day is encouraged to help different applications sort dates the same way, as the relative ordering of dates with different levels of precision is not well defined.

`SEX` (Sex) `g7:SEX`

An enumerated value from set g7:enumset-SEX that indicates the sex of the individual at birth.

`SLGC` (Sealing, child) `g7:SLGC`

A Latter-Day Saint Ordinance. See also LDS_INDIVIDUAL_ORDINANCE.

`SLGS` (Sealing, spouse) `g7:SLGS`

A Latter-Day Saint Ordinance. See also LDS_SPOUSE_SEALING.

`SNOTE` (Shared note) `g7:SNOTE`

A pointer to a note that is shared by multiple structures. See NOTE_STRUCTURE for more details.

`SNOTE` (Shared note) `g7:record-SNOTE`

A note that is shared by multiple structures. See SHARED_NOTE_RECORD for more details.

`SOUR` (Source) `g7:SOUR`

A description of the relevant part of a source to support the superstructure’s data. See SOURCE_CITATION for more details.

`SOUR` (Source) `g7:record-SOUR`

A description of an entire source. See SOURCE_RECORD for more details.

`SOUR` (Source) `g7:HEAD-SOUR`

An identifier for the product producing this dataset. A registration process for these identifiers existed for a time, but no longer does. If an existing identifier is known, it should be used. Otherwise, a URI owned by the product should be used instead.

`SPFX` (Surname prefix) `g7:SPFX`

A name piece used as a non-indexing pre-part of a surname.

`SSN` (Social security number) `g7:SSN`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`STAE` (State) `g7:STAE`

A geographical division of a larger jurisdictional area, such as a state within the United States of America. See ADDRESS_STRUCTURE for more details.

`STAT` (Status) `g7:ord-STAT`

An enumerated value from set g7:enumset-ord-STAT assessing of the state or condition of an ordinance.

`STAT` (Status) `g7:FAMC-STAT`

An enumerated value from set g7:enumset-FAMC-STAT assessing of the state or condition of a researcher’s belief in a family connection.

`SUBM` (Submitter) `g7:SUBM`

A contributor of information in the substructure. This is metadata about the structure itself, not data about its subject.

`SUBM` (Submitter) `g7:record-SUBM`

A description of a contributor of information to the document. See SUBMITTER_RECORD for more details.

`SURN` (Surname) `g7:SURN`

A family name passed on or used by members of a family.

`TAG` (Extension tag) `g7:TAG`

Information relating to a single extension tag as used in this document. See Extensions for more details.

`TEMP` (Temple) `g7:TEMP`

The name of a temple of The Church of Jesus Christ of Latter-day Saints. Previous versions recommended using a set of abbreviations for temple names, but the list of abbreviations is no longer published by the Church and using abbreviations is no longer recommended.

`TEXT` (Text from Source) `g7:TEXT`

A verbatim copy of any description contained within the source. This indicates notes or text that are actually contained in the source document, not the submitter’s opinion about the source. This should be, from the evidence point of view, “what the original record keeper said” as opposed to the researcher’s interpretation.

`TIME` (Time) `g7:TIME`

A Time value in a 24-hour clock format.

`TITL` (Title) `g7:TITL`

The title, formal or informal, of the superstructure.

A published work, such as a book, might have a title plus the title of the series of which the book is a part. A magazine article would have a title plus the title of the magazine that published the article.

For an unpublished work, including most digital files, titles should be descriptive and appropriate to the work.

The TITL of a letter might include the date, the sender, and the receiver.
The TITL of a transaction between a buyer and seller might have their names and the transaction date.
The TITL of a family Bible containing genealogical information might have past and present owners and a physical description of the book.
The TITL of a personal interview would cite the informant and interviewer.

Some sources may have a citation text that cannot readily be represented using the SOURCE_RECORD substructures AUTH, PUBL, REPO, and so on. In such cases, the entire citation text may be presented as the payload of the SOUR.TITL.

`TITL` (Title) `g7:INDI-TITL`

An Individual Attribute. See also INDIVIDUAL_ATTRIBUTE_STRUCTURE.

`TOP` (Top crop width) `g7:TOP`

A number of pixels to not display from the top side of the image. See CROP for more details.

`TRAN` (Translation)

A representation of the superstructure’s data in a different format.

In some situations it is desirable to provide the same semantic content in multiple formats. Where this is desirable, a TRAN substructure is used, where the specific format is given in its language tag substructure, media type substructure, or both.

Different TRAN structures are used in different contexts to fully capture the structure of the information being presented in multiple formats. In all cases, a TRAN structure’s payload and substructures should provide only information also contained in the TRAN structures’ superstructure, but provide it in a new language, script, or media type.

Each TRAN substructure must have either a language tag or a media type or both. Each TRAN structure must differ from its superstructure and from every other TRAN substructure of its superstructure in either its language tag or its media type or both.

`TRAN` (Translation) `g7:NAME-TRAN`

A type of TRAN substructure specific to Personal Names. Each NAME.TRAN must have a LANG substructure. See also INDI.NAME.

The following presents a name in Mandarin, transliterated using Pinyin

1 NAME /孔/德庸
2 GIVN 德庸
2 SURN 孔
2 TRAN /Kǒng/ Déyōng
3 GIVN Déyōng
3 SURN Kǒng
3 LANG zh-pinyin

`TRAN` (Translation) `g7:PLAC-TRAN`

A type of TRAN substructure specific to places. Each PLAC.TRAN must have a LANG substructure. See also PLAC.

The following presents a place in Japanese with a romaji transliteration and English translation

2 PLAC 千代田, 東京, 日本
3 FORM 区, 都, 国
3 LANG ja
3 TRAN Chiyoda, Tokyo, Nihon
4 LANG ja-Latn
3 TRAN Chiyoda, Tokyo, Japan
4 LANG en

`TRAN` (Translation) `g7:NOTE-TRAN`

A type of TRAN for unstructured human-readable text, such as is found in NOTE and SNOTE payloads. Each g7:NOTE-TRAN must have either a LANG substructure or a MIME substructure or both. If either is missing, it is assumed to have the same value as the superstructure. See also NOTE and SNOTE.

The following presents the same note in HTML-format English; in plain-text with the same language as the superstructure (English); and in Spanish with the same media type as the superstructure (HTML).

1 NAME Arete /Hernandez/
2 NOTE Named after Arete from <i>The Odyssey</i>
3 LANG en
3 MIME text/html
3 TRAN Named after Arete from "The Odyssey"
4 MIME text/plain
3 TRAN Nombrada en honor a Arete de <i>La Odisea</i>
4 LANG es

It is recommended that text given in text/html should only be translated into text/plain if the resulting text is different from the text created by the HTML-to-text conversion process defined in g7:MIME.

`TRAN` (Translation) `g7:FILE-TRAN`

A type of TRAN for external media files. Each g7:NOTE-TRAN must have a FORM substructure. See also FILE and the File Path datatype.

If an mp3 audio file has been transcoded as an ogg file and a timestamped transcript has been extracted as a WebVTT file, the resulting set of files might be presented as follows:

0 @EX@ OBJE
1 FILE media/original.mp3
2 FORM audio/mp3
2 TRAN media/derived.oga
3 FORM audio/ogg
2 TRAN media/transcript.vtt
3 FORM text/vtt

Note that FILE.TRAN refers to translation to a different digital format, not to translation to a different human language. Files that differ in the human language of their content should each be given their own FILE structure.

`TRLR` (Trailer) `g7:TRLR`

A pseudo-structure marking the end of a dataset. See The Header and Trailer for more details.

`TYPE` (Type) `g7:TYPE`

A descriptive word or phrase used to further classify the superstructure.

When both a NOTE and free-text TYPE are permitted as substructures of the same structure, the displaying systems should always display the TYPE value when they display the data from the associated structure; NOTE will typically be visible only in a detailed view.

TYPE must be used whenever the generic EVEN, FACT and IDNO tags are used. It may also be used for any other event or attribute.

Using the subordinate TYPE classification method provides a further classification of the superstructure but does not change its basic meaning.

A ORDN with a TYPE could clarify what kind of ordination was performed:

0 @I1@ INDI
1 ORDN
2 TYPE Bishop

This classifies the entry as an ordination as a bishop, which is still a ordination event. The event could be further clarified with RELI, DATE, and other substructures.

Other descriptor values might include, for example,

“Stillborn” as a qualifier to BIRT (birth)
“Civil” as a qualifier to MARR (marriage)
“College” as a qualifier to GRAD (graduation)
“Oral” as a qualifier to WILL

See also FACT and EVEN for additional examples.

`TYPE` (Type) `g7:NAME-TYPE`

An enumerated value from set g7:enumset-NAME-TYPE indicating the type of the name.

`TYPE` (Type) `g7:EXID-TYPE`

The authority issuing the EXID, represented as a URI. It is recommended that this be a URL.

If the authority maintains stable URLs for each identifier it issues, it is recommended that the TYPE payload be selected such that appending the EXID payload to it yields that URL. However, this is not required and a different URI for the set of issued identifiers may be used instead.

Registered URIs are listed in exid-types.json, where fields include:

“label”: a short string suitable for display in a user interface.
“type”: The URI representing the authority issuing the EXID.
“description”: A description of the meaning of the EXID.
“contact”: A contact email address for the person or organization registering the URI.
“change-controller”: The name or contact information for the person or organization authorized to update the registration.
“fragment”: If present, indicates a short string that can be used as a label for a fragment identifier appended to the URI. If absent, indicates that fragment identifiers are not used with the URI.
“reference”: A URL with more information about the meaning of the EXID. Such information should explain the uniqueness and expected durability of the identifier.

Additional type URIs can be registered by filing a GitHub pull request.

`UID` (Unique Identifier) `g7:UID`

A globally-unique identifier of the superstructure, to be preserved across edits. If a globally-unique identifier for the record already exists, it should be used without modification, not even whitespace or letter case normalization. New globally unique identifiers should be created and formatted as described in RFC 4122.

This is metadata about the structure itself, not data about its subject. Multiple structures describing different aspects of the same subject would have different UID values.

Because the UID identifies a structure, it can facilitate inter-tool collaboration by distinguishing between a structure being edited and a new structure being created. If an application allows structures to be edited in a way that completely changes their meaning (e.g., changing all the contents of an INDI record to have it describe a completely different person) then any UIDs should also be changed.

Some systems used a 16-byte UUID with a custom 2-byte checksum for a total of 18 bytes:

checksum byte 1 = (sum of (byte_i) for i 1 through 16) mod 256
checksum byte 2 = (sum of ((16 − i) × (byte_i)) for i 1 through 16) mod 256

Use of checksums for UIDs is discouraged except in cases where error-prone input is expected and an appropriate action to take in case of an error is known.

`VERS` (Version) `g7:VERS`

An identifier that represents the version level assigned to the associated product. It is defined and changed by the creators of the product.

`VERS` (Version) `g7:GEDC-VERS`

The version number of the official specification that this document’s data conforms to. This must include the major and minor version (for example, “7.0”); it may include the patch as well (for example, “7.0.1”), but doing so is not required. See A Guide to Version Numbers for more details about version numbers.

`WIDTH` (Width in pixels) `g7:WIDTH`

How many pixels to display horizontally for the image. See CROP for more details.

`WIFE` (Wife) `g7:WIFE`

A container for information relevant to the subject of the superstructure specific to the individual described by the associated FAM’s WIFE substructure.

`WIFE` (Wife) `g7:FAM-WIFE`

A partner in a FAM record. See FAMILY_RECORD for more details.

`WILL` (Will) `g7:WILL`

An Individual Event. See also INDIVIDUAL_EVENT_STRUCTURE.

`WWW` (Web address) `g7:WWW`

A URL or other locator for a World Wide Web page, as defined by any relevant standard such as whatwg/url, RFC 3986, RFC 3987, and so forth.

If an invalid or no longer existing web address is present upon import, it should be preserved as-is on export.

3.4 Enumeration Values

Unless otherwise specified in the enumeration description in this section, each enumeration value defined in this section has a URI constructed by concatenating g7:enum- to the enumeration value; for example, the HUSB enumeration value has the URI http://gedcom.io/terms/v7/enum-HUSB.

Each set of enumeration values has its own URI.

`g7:enumset-ADOP`

Value	Meaning
`HUSB`	Adopted by the `HUSB` of the `FAM` pointed to by `FAMC`. The URI of this value is `g7:enum-ADOP-HUSB`
`WIFE`	Adopted by the `WIFE` of the `FAM` pointed to by `FAMC`. The URI of this value is `g7:enum-ADOP-WIFE`
`BOTH`	Adopted by both `HUSB` and `WIFE` of the `FAM` pointed to by `FAMC`

`g7:enumset-EVEN`

An event-type tag name, but not the generic EVEN tag. See Events.

Most values in this enumeration set use the same tag and URI as the corresponding event, except for tags used with different URIs for FAM vs INDI; these are given generic definitions with URIs constructed by concatenating g7:enum- to the enumeration value:

Value	Meaning
`CENS`	A census event; either `g7:INDI-CENS` or `g7:FAM-CENS`

`g7:enumset-EVENATTR`

An event- or attribute-type tag name. See Events and Attributes.

Most values in this enumeration set use the same tag and URI as the corresponding event or attribute, except for tags used with different URIs for FAM vs INDI; these are given generic definitions with URIs constructed by concatenating g7:enum- to the enumeration value:

Value	Meaning
`CENS`	A census event; either `g7:INDI-CENS` or `g7:FAM-CENS`
`NCHI`	A count of children; either `g7:INDI-NCHI` or `g7:FAM-NCHI`
`RESI`	A residence attribute; either `g7:INDI-RESI` or `g7:FAM-RESI`
`FACT`	A generic attribute; either `g7:INDI-FACT` or `g7:FAM-FACT`
`EVEN`	A generic event; either `g7:INDI-EVEN` or `g7:FAM-EVEN`

`g7:enumset-MEDI`

Value	Meaning
`AUDIO`	An audio recording
`BOOK`	A bound book
`CARD`	A card or file entry
`ELECTRONIC`	A digital artifact
`FICHE`	Microfiche
`FILM`	Microfilm
`MAGAZINE`	Printed periodical
`MANUSCRIPT`	Written pages
`MAP`	Cartographic map
`NEWSPAPER`	Printed newspaper
`PHOTO`	Photograph
`TOMBSTONE`	Burial marker or related memorial
`VIDEO`	Motion picture recording
`OTHER`	A value not listed here; should have a `PHRASE` substructure

`g7:enumset-PEDI`

Value	Meaning
`ADOPTED`	Adoptive parents
`BIRTH`	Family structure at time of birth
`FOSTER`	The child was included in a foster or guardian family
`SEALING`	The child was sealed to parents other than birth parents
`OTHER`	A value not listed here; should have a `PHRASE` substructure

It is known that some users have interpreted BIRTH to mean “genetic parent” and others to mean “social parent at time of birth”. Definitions differ in many circumstances (infidelity, surrogacy, sperm donation, and so on). Hence, applications should refrain from asserting it has either meaning in imported data.

The structures for foster children in particular, and family relationships in general, are known to have undesirable limitations and are likely to change in a future version of this specification.

SEALING implies that a SLGC event was performed, and it is recommended that this enumeration value only be used when the SLGC event is present in the GEDCOM file. ADOPTED, on the other hand, only implies a social relationship which may or may not have any associated ADOP event.

`g7:enumset-QUAY`

Value	Meaning
`0`	Unreliable evidence or estimated data
`1`	Questionable reliability of evidence (interviews, census, oral genealogies, or potential for bias, such as an autobiography)
`2`	Secondary evidence, data officially recorded sometime after the event
`3`	Direct and primary evidence used, or by dominance of the evidence

Although the values look like integers, they do not have numeric meaning.

The structures for representing the strength of and confidence in various claims are known to be inadequate and are likely to change in a future version of this specification.

`g7:enumset-RESN`

Value	Meaning
`CONFIDENTIAL`	This data was marked as confidential by the user.
`LOCKED`	Some systems may ignore changes to this data.
`PRIVACY`	This data is not to be shared outside of a trusted circle, generally because it contains information about living individuals. This definition is known to admit multiple interpretations, so use of the `PRIVACY` restriction notice is not recommended.

It is recommended that applications allow users to chose how CONFIDENTIAL and/or PRIVACY data is handled when interfacing with other users or applications, for example by allowing them to exclude such data when exporting.

When a List of RESN enumeration values are present, all apply.

The line 1 RESN CONFIDENTIAL, LOCKED means the superstructure’s data is both considered confidential and read-only.

Since RESN was introduced in version 5.5 the intent of the PRIVACY value has been interpreted differently by different applications. Known interpretations include

Some assign PRIVACY by algorithm or policy, unlike the user-assigned CONFIDENTIAL
Some use PRIVACY to mark records that have already had private data removed
Some use the English definitions of “privacy” and “confidential” to inform different restrictions for each

There may also be applications using PRIVACY with interpretations not listed above.

Because these different interpretations became widespread before they were identified, determining which one is meant generally requires knowledge of which application applied the PRIVACY restriction notice. It is anticipated that a future version will deprecate the PRIVACY option and introduce new values for each of its current use cases.

`g7:enumset-ROLE`

Value	Meaning
`CHIL`	Child
`CLERGY`	Religious official in event; implies `OFFICIATOR`
`FATH`	Father; implies `PARENT`
`FRIEND`	Friend
`GODP`	Godparent or related role in other religions
`HUSB`	Husband; implies `SPOU`
`MOTH`	Mother; implies `PARENT`
`MULTIPLE`	A sibling from the same pregnancy (twin, triplet, quadruplet, and so on). A `PHRASE` can be used to specify the kind of multiple birth.
`NGHBR`	Neighbor
`OFFICIATOR`	Officiator of the event
`PARENT`	Parent
`SPOU`	Spouse
`WIFE`	Wife; implies `SPOU`
`WITN`	Witness
`OTHER`	A value not listed here; should have a `PHRASE` substructure

These should be interpreted in the context of the recorded event and its primary participants. For example, if you cite a child’s birth record as the source of the mother’s name, the value for this field is “MOTH.” If you describe the groom of a marriage, the role is “HUSB.”

`g7:enumset-SEX`

Value	Meaning
`M`	Male
`F`	Female
`X`	Does not fit the typical definition of only Male or only Female
`U`	Cannot be determined from available sources

This can describe an individual’s reproductive or sexual anatomy at birth. Related concepts of gender identity or sexual preference are not currently given their own tag. Cultural or personal gender preference may be indicated using the FACT tag.

`g7:enumset-FAMC-STAT`

Value	Meaning
`CHALLENGED`	Linking this child to this family is suspect, but the linkage has been neither proven nor disproven.
`DISPROVEN`	There has been a claim by some that this child belongs to this family, but the linkage has been disproven.
`PROVEN`	Linking this child to this family has been proven.

When these enumeration values were introduced in version 5.5.1 it was assumed, but never specified, that “proven” referred to the definition provided by the Board for Certification of Genealogists. Because that meaning was not specified and other definitions of “proven” exist, existing files might use these values in other ways.

The structures for representing the strength of and confidence in various claims are known to be inadequate and are likely to change in a future version of this specification.

`g7:enumset-ord-STAT`

These values were formerly used by The Church of Jesus Christ of Latter-day Saints for coordinating between temples and members. They are no longer used in that way, meaning their interpretation is subject to individual user interpretation

The definition of some of these values combined with the official policies of the church mean that some values only make sense under a subset of ordinance structures. These contexts are identified in the “applies to” column below, and it is recommended that applications follow those guidelines. These recommendations were not present when these enumeration values were first introduced in version 5.3 so uses that do not conform to the “applies to” guidelines may be encountered; if so, they should be treated by applications like any other user-specified but semantically-strange data.

The definition of some of these values combined with the official policies of the church and the move of the church away from using GEDCOM for handling ordinance requests make them redundant and/or no longer relevant. If so, that is indicated in the “status” column below. Like the “applies to” column, the “status” column is a recommendation, not a requirement, and applications should be prepared to encounter non-current values.

Value	Applies to	Meaning	Status
`BIC`	`SLGC`	Born in the covenant, so child to parent sealing ordinance is not required.	Current
`CANCELED`	`SLGS`	Canceled and considered invalid.	Current
`CHILD`	All but `SLGC`	Died before 8 years old, so ordinances other than child to parent sealing are not required.	Current
`COMPLETED`	All	Completed, but the date is not known.	Deprecated, use `DATE BEF date` instead. This status was defined for use with TempleReady which is no longer in use.
`EXCLUDED`	All	Patron excluded this ordinance from being cleared in this submission.	Deprecated. This status was defined for use with TempleReady which is no longer in use.
`DNS`	`SLGC`, `SLGS`	This ordinance is not authorized.	Current
`DNS_CAN`	`SLGS`	This ordinance is not authorized, and the previous ordinance is cancelled.	Current
`INFANT`	All but `SLGC`	Died before less than 1 year old, baptism or endowment not required.	Deprecated. Use `CHILD` instead.
`PRE_1970`	All	Ordinance was likely completed because an ordinance for this person was converted from temple records of work completed before 1970.	Deprecated. Use `DATE BEF 1970` instead.
`STILLBORN`	All	Born dead, so no ordinances are required.	Current
`SUBMITTED`	All	Ordinance was previously submitted.	Deprecated. This status was defined for use with TempleReady which is no longer in use.
`UNCLEARED`	All	Data for clearing the ordinance request was insufficient.	Deprecated. This status was defined for use with TempleReady which is no longer in use.

`g7:enumset-NAME-TYPE`

Value	Meaning
`AKA`	Also known as, alias, etc.
`BIRTH`	Name given at or near birth.
`IMMIGRANT`	Name assumed at the time of immigration.
`MAIDEN`	Maiden name, name before first marriage.
`MARRIED`	Married name, assumed as part of marriage.
`PROFESSIONAL`	Name used professionally (pen, screen, stage name).
`OTHER`	A value not listed here; should have a `PHRASE` substructure

4 The FamilySearch GEDZIP file format

It is often useful to transmit a dataset together with a set of external files. The FamilySearch GEDZIP 7.0 file format is provided for this purpose. Version 7.0 was the first version of GEDZIP released; the version number of a GEDZIP file is the same as the version number of the dataset it contains.

A GEDZIP file is a zip archive, as defined by the .ZIP File Format Specification and standardized by ISO/IEC 21320-1:2015.

Each GEDZIP file contains the following entries:

An entry with name gedcom.ged containing a data stream.
An entry for each local file g7:datatype-FilePath payload in gedcom.ged, with the same zip file name as the payload. If there is a local file named gedcom.ged, it must be renamed to a new unused filename with the same extension prior to constructing the GEDZIP.

All file names inside a GEDZIP are case-sensitive.

Many other zip-based file formats (such as jar, epub, docx, GEDCOM-X) assign special meaning to the zip directory META-INF and the zip file names MANIFEST.MF and META-INF/MANIFEST.MF. These have no special meaning in GEDZIP and it is recommended that they not be used in a GEDZIP file, both to avoid confusing systems that look inside zip archives to determine their file type, and to leave open the possibility of their addition in a future version of this specification.

When saved as a file, a GEDZIP should use the filename extension .gdz.

A few details about the zip archive format are useful to fully understand GEDZIP:

An archive can contain 1 or more files.
Files within an archive can be added, removed, or updated individually without needing to re-process the rest of the archive. Libraries such as libzip allow applications to operate directly on the zip archive as if it were a normal directory tree.
What the zip specification calls a “file name” is actually a local path and may contain directories.
Directory separators are / internally and are converted to the appropriate form by the zip processing tool during zipping and unzipping. Because of this, unzipping a GEDZIP in any local directory results in all GEDZIP file paths working as-is for the resulting gedcom.ged without the need for any additional processing.

5 Contributors

This document was based on The GEDCOM Standard Release 5.5.1, and could not have existed without the contributors to that and previous versions of the specification. Appreciation is extended to all family history participants that have made FamilySearch GEDCOM the de facto standard for saving and transferring genealogical information.

New contributions in this edition benefited from the input of a large number of people:

Managing Editors

Gordon Clarke, FamilySearch
Luther Tychonievich, FHISO and University of Virginia

Taskforce

David Pugmire, FamilySearch
Jimmy Zimmerman, FamilySearch
Larry Telford, FamilySearch
Matt Misbach, FamilySearch
Russell Lynch, FamilySearch
Robert Raymond, FamilySearch
Gaylon Findlay, Ancestral Quest
Derek Maude, Ancestry
Simon Orde, Family Historian
James Tanner, The Family History Guide
John Cardinal, Family History Hosting
Albert Emmerich, GEDCOM-L
Dave Berdan, Legacy Family Tree
Evgen Zherebniy, Software Mackiev
Jason Fletcher, Midlera Software
Uri Gonen, MyHeritage
Dallan Quass, OurRoots.org
Tony Proctor, SVG Family-Tree Generator
Bill Harten, Puzzilla
Bruce Buzbee and Mike Booth, RootsMagic

Development Teams

Tags team: Luther Tychonievich, Albert Emmerich, Russell Lynch, Tony Proctor, John Cardinal
Extensions team: Luther Tychonievich, Tony Proctor, Jimmy Zimmerman
Notes team: Dallan Quass, David Pugmire, Jason Fletcher, Russell Lynch
External Media team: Dallan Quass, Jason Fletcher, Derek Maude

6 Appendix A: Known Calendars and Dates

6.1 Known Calendars

This specification defines 4 calendars: GREGORIAN, JULIAN, FRENCH_R, and HEBREW. Previous versions also provided for, but did not define the meaning of, ROMAN and UNKNOWN calendars.

Extension calendars should use the usual rules for extensions, including using _ as the leading character of the calendar name. Month codes in extension calendars must either be already used for the same month name in another calendar or must start with _. Only upper case characters are allowed in month codes.

Each calendar must list its permitted epochs and their meaning.

Each month defined in this section has a URI constructed by concatenating g7:month- to the month code; for example, the month of Elul has the URI http://gedcom.io/terms/v7/month-ELL.

`GREGORIAN`

The Gregorian calendar is the now-ubiquitous calendar introduced by Pope Gregory XIII in 1582 to correct the Julian calendar which was slowly drifting relative to the seasons.

Permitted months are

Code	Name
`JAN`	January
`FEB`	February
`MAR`	March
`APR`	April
`MAY`	May
`JUN`	June
`JUL`	July
`AUG`	August
`SEP`	September
`OCT`	October
`NOV`	November
`DEC`	December

The epoch marker BCE is permitted in this calendar; year y BCE indicates a year y years before year 1. Thus, there is no year 0; year 1 BCE was followed by year 1.

The URI for this calendar is g7:cal-GREGORIAN

`JULIAN`

The Julian calendar was introduced by Julius Caesar in 45 BC and subsequently amended by Augustus in about 8 BC to correct an error in the application of its leap year rule during its first 3 decades. Years had been counted from various starting epochs during the Julian calendar’s use; the version specified by this specification uses the same starting epoch as the Gregorian calendar.

This calendar uses the same months as the Gregorian calendar, differing only in which years February has 29 days.

The epoch marker BCE is permitted in this calendar; year y BCE indicates a year y years before year 1. Thus, there is no year 0; year 1 BCE was followed by year 1.

The URI for this calendar is g7:cal-JULIAN

`FRENCH_R`

The French Republican calendar or French Revolutionary calendar are the names given to the new calendar adopted in 1794 by the French National Convention. This calendar was adopted on Gregorian day 22 September 1792, which was 1 Vendémiaire 1 in this calendar. It was abandoned 18 years later.

Permitted months are

Code	Name
`VEND`	Vendémiaire
`BRUM`	Brumaire
`FRIM`	Frimaire
`NIVO`	Nivôse
`PLUV`	Pluviôse
`VENT`	Ventôse
`GERM`	Germinal
`FLOR`	Floréal
`PRAI`	Prairial
`MESS`	Messidor
`THER`	Thermidor
`FRUC`	Fructidor
`COMP`	Jour Complémentaires

No epoch marker is permitted in this calendar.

The URI for this calendar is g7:cal-FRENCH_R

`HEBREW`

The Hebrew calendar is the name given to the calendar used by Jewish peoples around the world which developed into its current form in the early ninth century. It traditionally marks new days at sunset, not midnight. Its first day (1 Tishrei 1) primarily overlapped with Gregorian 7 September 3761 BCE and Julian 7 October 3761 BCE (starting at sunset on the 6th day of those months).

Code	Name
`TSH`	Tishrei (תִּשְׁרֵי)
`CSH`	Marcheshvan (מַרְחֶשְׁוָן) or Cheshvan (חֶשְׁוָן)
`KSL`	Kislev (כִּסְלֵו)
`TVT`	Tevet (טֵבֵת)
`SHV`	Shevat (שְׁבָט)
`ADR`	Adar I, Adar Rishon, First Adar, or Adar Aleph (אדר א׳)
`ADS`	Adar (אֲדָר); or Adar II, Adar Sheni, Second Adar, or Adar Bet (אדר ב׳)
`NSN`	Nisan (נִיסָן)
`IYR`	Iyar (אִייָר)
`SVN`	Sivan (סִיוָן)
`TMZ`	Tammuz (תַּמּוּז)
`AAV`	Av (אָב)
`ELL`	Elul (אֱלוּל)

To keep the lunar-based months synchronized with the solar-based years, some years have Adar I and others do not, instead proceeding from Shevat directly to Adar II. However, in common (non-leap) years, it is common to simply write “Adar” not “Adar II”, which users not aware of the distinction might incorrectly encode as ADR instead of ADS. It is recommended that systems knowing which years had Adar I and which did not replace ADR in common years with ADS.

No epoch marker is permitted in this calendar.

The URI for this calendar is g7:cal-HEBREW

6.2 Dual dates

The day on which a new year began and the year number increased varied at different times and places during the use of the Gregorian and Julian calendars. For example, England measured the new year as 25 March until 1752, when it switched to 1 January as the new year. In periods of transition, or when writing after a change about dates occurring before a change, it was sometimes common to indicate 2 years with a slash, for example, “30 January 1648/49” meaning “1648 if you count the new year as coming after 30 January, 1649 if you count it as coming before 30 January”. Other notations, such as abbreviations for phrases like “new style” and “old style”, were also sometimes employed.

2 DATE 30 JAN 1649
3 PHRASE 30 January 1648/49

Many nations transitioned from using the Julian calendar to using the Gregorian calendar. This transition caused a change in dates by several days, which (depending on the date in question) could change the month and year as well. In periods of transition, or when writing after a change about dates occurring before a change, it was sometimes common to indicate 2 dates with slashes, for example “23/6 November/December 1907” meaning “Julian 23 November 1907, Gregorian 6 December 1907”. Other notations, such as abbreviations for phrases like “new style” and “old style”, were also sometimes employed.

2 DATE 6 DEC 1907
3 PHRASE 23/6 November/December 1907

Some documents also used slashes to indicate approximate dates, such as writing a birth year as “1903/4” when it was computed from a year-granularity age at a given date.

2 DATE BET 1903 AND 1904
3 PHRASE 1903/4

Versions 5.3 through 5.5.1 had special syntax for recording the first of these 3 concepts with a slash in the year. However, because slashes appear in historical documents with all 3 of the above meanings, some users misused this notation to record the other 2 situations as well. The result is ambiguity in the intended meaning of the resulting data. Version 7.0 removed the year slash notation; a PHRASE substructure should be used instead to clarify meaning.

6.3 Calendars in date ranges and date periods

Calendars apply to the subsequent date production, not to the entire DateValue. Hence,

DATE FROM 1670 TO 1800 means DATE FROM GREGORIAN 1670 TO GREGORIAN 1800
DATE FROM 1670 TO JULIAN 1800 means DATE FROM GREGORIAN 1670 TO JULIAN 1800
DATE FROM JULIAN 1670 TO 1800 means DATE FROM JULIAN 1670 TO GREGORIAN 1800

Because some systems may show dates as-is to users and because not all users understand the above rule, it is recommended that calendar tags be included if any date is non-GREGORIAN. It is recommended that the calendar tag be omitted if all dates in a payload are in the Gregorian calendar. Hence, the recommended forms of the previous 3 dates are

DATE FROM 1670 TO 1800
DATE FROM GREGORIAN 1670 TO JULIAN 1800
DATE FROM JULIAN 1670 TO GREGORIAN 1800

Introduction

Purpose and Content of The FamilySearch GEDCOM Specification

Purpose for Version 7.x

A Guide to Version Numbers

URIs and Prefix Notation

1 Hierarchical container format

1.1 Characters

1.2 Structures

1.3 Lines

1.4 The Header and Trailer

1.5 Extensions

1.5.1 Extension Tags

1.5.2 Requirements and Recommendations

1.5.3 Extension versus Standard

1.6 Removing data

2 Data types

2.1 Text

2.2 Integer

2.3 Enumeration

2.4 Date

2.5 Time

2.6 Age

2.7 List

2.8 Personal Name

2.9 Language

2.10 Media Type

2.11 Special

2.12 File Path

3 Genealogical structures

3.1 A Metasyntax for Structure Organization

3.2 Structure Organization

3.2.1 Document

Dataset :=

RECORD :=

HEADER :=

3.2.2 Records

FAMILY_RECORD :=

INDIVIDUAL_RECORD :=

MULTIMEDIA_RECORD :=

REPOSITORY_RECORD :=

SHARED_NOTE_RECORD :=

SOURCE_RECORD :=

SUBMITTER_RECORD :=

3.2.3 Substructures

ADDRESS_STRUCTURE :=

ASSOCIATION_STRUCTURE :=

CHANGE_DATE :=

CREATION_DATE :=

DATE_VALUE :=

EVENT_DETAIL :=

FAMILY_ATTRIBUTE_STRUCTURE :=

FAMILY_EVENT_DETAIL :=

FAMILY_EVENT_STRUCTURE :=

IDENTIFIER_STRUCTURE :=

INDIVIDUAL_ATTRIBUTE_STRUCTURE :=

INDIVIDUAL_EVENT_DETAIL :=

INDIVIDUAL_EVENT_STRUCTURE :=

LDS_INDIVIDUAL_ORDINANCE :=

LDS_ORDINANCE_DETAIL :=

LDS_SPOUSE_SEALING :=

MULTIMEDIA_LINK :=

NON_EVENT_STRUCTURE :=

NOTE_STRUCTURE :=

PERSONAL_NAME_PIECES :=

PERSONAL_NAME_STRUCTURE :=

PLACE_STRUCTURE :=

SOURCE_CITATION :=

SOURCE_REPOSITORY_CITATION :=

3.3 Structure Meaning

3.3.1 Events

3.3.1.1 Individual Events

3.3.1.2 Family Events

3.3.2 Attributes

3.3.2.1 Individual Attributes

3.3.2.2 Family Attributes

3.3.3 Latter-day Saint Ordinances

3.3.4 Structure types

ABBR (Abbreviation) g7:ABBR

ADDR (Address) g7:ADDR

ADOP (Adoption) g7:ADOP

`RECORD` :=

`HEADER` :=

`FAMILY_RECORD` :=

`INDIVIDUAL_RECORD` :=

`MULTIMEDIA_RECORD` :=

`REPOSITORY_RECORD` :=

`SHARED_NOTE_RECORD` :=

`SOURCE_RECORD` :=

`SUBMITTER_RECORD` :=

`ADDRESS_STRUCTURE` :=

`ASSOCIATION_STRUCTURE` :=

`CHANGE_DATE` :=

`CREATION_DATE` :=

`DATE_VALUE` :=

`EVENT_DETAIL` :=

`FAMILY_ATTRIBUTE_STRUCTURE` :=

`FAMILY_EVENT_DETAIL` :=

`FAMILY_EVENT_STRUCTURE` :=

`IDENTIFIER_STRUCTURE` :=

`INDIVIDUAL_ATTRIBUTE_STRUCTURE` :=

`INDIVIDUAL_EVENT_DETAIL` :=

`INDIVIDUAL_EVENT_STRUCTURE` :=

`LDS_INDIVIDUAL_ORDINANCE` :=

`LDS_ORDINANCE_DETAIL` :=

`LDS_SPOUSE_SEALING` :=

`MULTIMEDIA_LINK` :=

`NON_EVENT_STRUCTURE` :=

`NOTE_STRUCTURE` :=

`PERSONAL_NAME_PIECES` :=

`PERSONAL_NAME_STRUCTURE` :=

`PLACE_STRUCTURE` :=

`SOURCE_CITATION` :=

`SOURCE_REPOSITORY_CITATION` :=

`ABBR` (Abbreviation) `g7:ABBR`

`ADDR` (Address) `g7:ADDR`

`ADOP` (Adoption) `g7:ADOP`

`ADOP` (Adoption) `g7:FAMC-ADOP`

`ADR1` (Address Line 1) `g7:ADR1`

`ADR2` (Address Line 2) `g7:ADR2`

`ADR3` (Address Line 3) `g7:ADR3`

`AGE` (Age at event) `g7:AGE`

`AGNC` (Responsible agency) `g7:AGNC`

`ALIA` (Alias) `g7:ALIA`

`ANCI` (Ancestor interest) `g7:ANCI`

`ANUL` (Annulment) `g7:ANUL`

`ASSO` (Associates) `g7:ASSO`

`AUTH` (Author) `g7:AUTH`

`BAPL` (Baptism, Latter-Day Saint) `g7:BAPL`

`BAPM` (Baptism) `g7:BAPM`

`BARM` (Bar Mitzvah) `g7:BARM`

`BASM` (Bas Mitzvah) `g7:BASM`

`BIRT` (Birth) `g7:BIRT`

`BLES` (Blessing) `g7:BLES`

`BURI` (Depositing remains) `g7:BURI`

`CALN` (Call number) `g7:CALN`

`CAST` (Caste) `g7:CAST`

`CAUS` (Cause) `g7:CAUS`

`CENS` (Census) `g7:FAM-CENS`

`CENS` (Census) `g7:INDI-CENS`

`CHAN` (Change) `g7:CHAN`

`CHIL` (Child) `g7:CHIL`

`CHRA` (Christening, adult) `g7:CHRA`

`CHR` (Christening) `g7:CHR`

`CITY` (City) `g7:CITY`

`CONF` (Confirmation) `g7:CONF`

`CONL` (Confirmation, Latter-Day Saint) `g7:CONL`

`CONT` (Continued) `g7:CONT`

`COPR` (Copyright) `g7:COPR`

`CORP` (Corporate name) `g7:CORP`

`CREA` (Creation) `g7:CREA`

`CREM` (Cremation) `g7:CREM`

`CROP` (Crop) `g7:CROP`

`CTRY` (Country) `g7:CTRY`

`DATA` (Data) `g7:DATA`

`DATA` (Data) `g7:SOUR-DATA`

`DATA` (Data) `g7:HEAD-SOUR-DATA`

`DATE` (Date) `g7:DATE`

`DATE` (Date) `g7:DATE-exact`

`DATE` (Date) `g7:HEAD-DATE`

`DATE` (Date) `g7:NO-DATE`