This document follows a number of conventions, most of them typographic but some of them stylistic. Some output formats, particularly plain text, have limited typographic capabilities so the various forms of typographic markup are not always distinguishable, either from each other or from the surrounding text.

Each table in Babase is documented in a section of its own, beginning with a description of the table as a whole and continuing with sub-sections for each column in the table. Of particular importance is the sentence that describes what a row in the given table represents. These are summarized in the textual tables given in the Table Overview section.

Interrelationships between the columns of a table, or between tables, is documented at the beginning of the table's section, not in the sub-sections documenting the columns themselves. Although relationships between 2 tables concern both of the tables the description of each such relationship appears only once in this document, in the overall description of one of the of the two tables concerned. On occasion there may be be brief mention elsewhere.

All TABLE NAMES are written in UPPER CASE. Column Names are in lower case with Initial Capitals. SOMETABLE.Somecolumn is shorthand for “the Somecolumn column of the SOMETABLE table”. The use of a period to separate the table from the column name is the convention used by SQL to eliminate ambiguity regarding which table a column belongs to. When a column name includes an acronym the acronym is capitalized, as is the first letter of the next word when the acronym begins the column name. For example, PCSColor.

Actual database values are typographically distinguished from the surrounding text, as in the following sentence: “The Sname (short name) of the baboon Pebbles is PEB.”

When this document defines a word, uses it for the first time, or otherwise wishes to refer to a word or phrase as a thing in and of itself, the word or phrase is typographically distinguished as follows: “The word census has several meanings within this document.”

Text that has special meaning to computer systems is typographically distinguished as follows: “The SQL SELECT statement is the standard method for retrieving data from relational databases.”

Emphasized text is typographically distinguished as follows: “Always backup your data.”

When the words must or cannot or the phrases must not or may not are used, the system will not allow a contrary condition. For example: "Sname must be a unique data value" or "A user with read-only permissions may not change data values." Babase will immediately raise an error when a dis-allowed change is attempted and the change will not take effect.

When the words should or ought are used the system does not enforce the condition. It may or may not report a violation of the condition. An example: "The sexual cycle event referred to in the pregnancy table's Conceive column should date the conception that began the pregnancy." In this case the system has no way of knowing when the pregnancy began and so no way of validating the date.

When the phrase the system will report is used there is some mechanism for reporting a an unusual but not dis-allowed condition. Unlike prohibited conditions, unusual conditions are not generally reported at the time the condition is created.^[1]

The documentation is written with a tendency to emphasize Special Values. So, for example, “not alive” is often written instead of “dead” because Babase has a special value that means alive but the system is not aware of a particular code that means dead. The result is an occasional double negative.

Significant but often slightly off-topic paragraphs are set off from the surrounding material as a note, shown in Example 1.1.

When the reader should take care, particularly when the system might do something unexpected in a given circumstance, this is noted in a caution. Example 1.2 shows how a caution is set off from the surrounding text.

When a mis-use of the system will lead to incorrect results, particularly when such results are not obvious, this document contains a warning. Example 1.3 show how warnings are set off from the surrounding text.

To otherwise draw the readers attention to material some text is marked important. Example 1.4 show how important text is set off from the surrounding material.

Suggestions as to how to use Babase are noted in tips, as are remarks on how data are presently entered in Babase or recorded in the field. Example 1.5 show how a tip is set off from the regular document text.

Often, the tips are the result of best practice developed from considered experience and so document how Babase is used at the time of this writing. However, as best practice continues to develop and field protocols change, the Protocol for Data Management: Amboseli Baboon Project and the Amboseli Baboon Research Project Monitoring Guide should always be consulted. Those documents have precedence over the tips presented herein should there be conflicting advice.

Supplemental and cross-referential material is presented in footnotes.

Anyone who is changing or adding programs to the system should read this entire document. Chapter 3: “Baboon Data: Primary Source Material” is particularly important for all those using the system. Chapter 2: “Babase System Architecture” provides the introduction to Babase. It explains fundamental concepts without which Babase cannot be understood, although some portions can be skipped; the sections “The Babase Program Code” and “Indexes” are primarily of interest to programmers and the section “Special Values” is for the data maintainers. Everyone will want to pay special attention to the “Entity-Relationship Diagrams” section. These diagrams can also be found in PDF form in The Babase Pocket Reference, where they may be easier on the eye. The section “Data Maintenance Programs” of chapter 8: “Babase Programs” is of little interest to those who only want to retrieve information from the system. Portions of the “Useful Programs and Functions” section of the same chapter is of interest to the more sophisticated user. Note that some functions may be hidden in “Next” links, depending on the format chosen when reading this document. Data maintainers should be sure to understand chapter 5: “Support Tables”. Those who are only retrieving data from Babase need not read chapter 7: “Data Entry”.

The babase database contains the “real” information. All research takes place in this database.

The babase_copy database contains a copy of the babase database. It is a place to try out dangerous things that might break the babase database.

The babase_test database contains a few bits of made up information. It is a place to try out random things and a place where the babase developers can work on alterations and enhancements.

The members of this group have read access to Babase data and cannot add, delete, or otherwise alter any of the data.

The members of this group have unlimited rights to the Babase data. They may add data, delete data, or alter existing data. They may not, however, alter the structure of the babase database or change the rules to which the data are required to conform. Thus, they may not add or delete tables, alter triggers, or write or replace stored procedures.

The babase schema holds the “official” Babase tables. Everything in the babase schema is documented and supported.

In this schema the babase_readers and babase_editors have the access described above.

Babase contains a number of schemas that exist to simplify things for those interested only in particular portions of Babase. These schemas contain nothing but views that reference other parts of Babase, the parts that are especially relevant and useful to those interested only in one of the broad categories of Babase data. These schemas and their corresponding categories are:

These schemas provide an overview of the major areas of Babase. They should be especially useful to those starting out with Babase or those interested only in particular portions of Babase data.

The views in these schemas may only be queried. Any updating of Babase data must be done in the babase schema.

The babase_history schema contains a table for each temporal table in the babase schema. The tables in this schema store the "old" versions of data from those temporal tables, allowing the ability to query for earlier versions of the data. See the Temporal Tables and babase_history appendix for more details.

The name of each table in this schema should be a concatenation of 1) the name of the related babase schema table, and 2) "_HISTORY". For example, a table in the babase schema called SOMETABLE would have a table in the babase_history schema called SOMETABLE_HISTORY.

The babase_pending schema holds tables pending planned integration into Babase. The tables in this schema are intended to be used with the “official” Babase tables but, unlike the “official” Babase tables, there is no automated validation process and the table structure has not been thoroughly reviewed. The tables in babase_pending are to be used but their content and structure may change when officially incorporated into Babase.

Documentation on the content of the babase_pending schema may be found on the babase_pending page of the Babase Wiki.

The difference between this schema and the sandbox schema is in the permissions granted.

The sandbox schema holds tables that are used together with the “official” Babase tables but have not yet made it into the Babase project. They will not be documented in the Babase documentation.

The groups have the following permissions:

The devel schema holds tables undergoing integration into Babase. Normally it is empty, but during the design and development of new tables it may contain the tables being developed.

The tables in this schema do not necessarily contain valid or finalized data and so are not expected to be used for other than developmental purposes.

Permissions are granted in the devel schema on the same basis as the granting of permissions in the babase schema.

The difference between this schema and the sandbox schema is that the development tools support the creation and modification of the tables in the devel schema, which facilitates the movement of tables from the devel schema into the babase schema.

Each user has her own schema, a schema named with the user's login. Users have permissions to do anything they want in their own schemas, and no permissions whatsoever to anybody else's schema. A user's schema is private.

Because of the schema search order the schema name must be used to qualify anything created in the user's schema. E.g.

Beginning with Babase 5.0, nearly every table in Babase has a column called "Sys_Period", which shows the range of time when the data in a row is considered "valid". When a row in a table in the babase schema is updated or deleted, the "old" version is no longer "valid" and is saved in a corresponding table in the babase_history schema.

Updates to this column should only be performed automatically by the system, when data are inserted, updated, or deleted. Manual updates to this column are only allowed when done by an admin^[20].

In the babase schema, the lower bound of the Sys_Period column indicates when the row was last updated, when the row was inserted to the table, or when the Sys_Period column was added to the table, whichever is most recent. The upper bound of the Sys_Period column for tables in that schema will always be NULL, meaning "no end" (yet).

In the babase_history schema, each row represents an old "version" of the row. In these tables, the lower bound of the Sys_Period column is the timestamp of the INSERT or UPDATE that created that version of the row, or the date and time that the Sys_Period column was added to the original table, whichever is most recent. The upper bound is the timestamp of the INSERT, UPDATE, or DELETE that rendered the row no longer "valid".

In all tables, this column is a timestamp range (with time zone), with inclusive lower bound and exclusive upper bound. The lower bound cannot be NULL, and defaults to the current_timestamp when the row is inserted/updated.

This table records cases where short names (Snames) were assigned to individuals and then the choice of name was rescinded. It contains one row for every rescinded Sname, linking the rescinded value to the Sname presently assigned to the individual.

A new row may not be inserted into BIOGRAPH with an Sname value that is an Alternate_Sname value. However, in order to accommodate cases of switched identities, ALTERNATE_SNAME rows may have Alternate_Sname values which appear in the BIOGRAPH.Sname column.

The Sname value must differ from the Alternate_Sname value.

This table lists and explains "behavior gaps": periods of time during which behavioral data (e.g. interactions, focal sampling) for an indicated group are (or are suspected to be) sparse, lacking, or simply lower than normal, for a known reason. The "known reason" is an important element of these gaps; periods of time where data collection happens to dip below the norm for unknown reasons are not included in this table.

Data from gap periods are not any less "valid" than data from any other times. However, when aggregating and analyzing data, the sparseness of data in a given period may affect the final results. The purpose of this table is to point out such periods and allow users to decide for themselves how to deal with them.

Reasons for gaps vary widely, so they are noted in a text column rather than with a support table of possible "gap reasons". This makes querying for reasons unwieldy, but this is by design; the table is intended to be used as a guide for thoughtful consideration^[27] of time periods where gaps in observation may be affecting analyses.

When discussed in this table, a "gap" does not necessarily mean a complete absence of data for the indicated period. It may merely refer to periods where collected data is sparser than usual. Also, a gap does not necessarily indicate that all data types are uniformly sparse. It may be that the gap only applies to a single type of data. Users should pay attention to the Gap_End_Status and Notes columns for details about which data types are affected.

Identification of a gap is done by a data manager. The system is not involved with this process, and does not handle data from gap periods differently than data from any other time periods. Those kinds of judgments are left for the user to make.

A group may have overlapping behavior gaps; it's possible for more than one factor to affect observation of a group at the same time.

A gap's Gap_End must be after its Gap_Start, or NULL. The Gap_End can only be NULL if the group's GROUPS.Cease_To_Exist is NULL. This allows for recording of ongoing, not-yet-completed gaps.

A gap's Gap_End and Gap_End_Status must both be NULL or both be non-NULL.

This table records the basic biographical data on baboons. It contains one row for each baboon, including still births and fetal deaths (collectively, fetal losses), on which data have been collected. In all cases the Statdate value must not be less than the Birth value. Live animals, those with a Status of 0, must have a recorded cause of death of “not applicable”, a Dcause of 0. Live animals that have no associated CENSUS rows (absences excepted) must have a Statdate equal to their Birth date. Animals with no recorded cause of death, a Dcause of 0, must have “not applicable” as the degree of confidence in both the nature and agent of death; their DcauseNatureConfidence and DcauseAgentConfidence must both be 0.

The system will generate an error when it finds a birth date that is later than the the team's last contact with the mother -- when the Birth date is later than the mother's Statdate.^[28]

All individuals with an Sname, i.e. those that aren't fetal losses, must have a Name and will have rows in MEMBERS. Individuals with an Sname may not have their Sname removed (set to NULL).

Those rows that record data on fetal losses must maintain the following relations between their data values: the Sname, Name, Entrydate, and Entrytype values must be NULL; the Statdate must be the same as the birth date (Birth); and the Status must not be 0 (alive). Because fetal losses have no Sname they cannot have corresponding CENSUS rows and there will not be any record of their group membership in MEMBERS.

Entrydate and Entrytype can only be NULL for fetal losses--when their Sname is also NULL. Otherwise, they cannot be NULL and Entrydate must be between the individual's Birth and Statdate values, inclusive. When Entrytype is B (Birth), the Entrydate must be the individual's Birth. When Entrytype is any other value, Entrydate cannot equal Birth.

The Statdate of live individuals is derived from the CENSUS table. An actual census does not have to be taken. Any observation of an individual in a group that results in a row being added to CENSUS is sufficient, except that Absences don't count. When there are no non-absent censuses and the individual is alive, then the Statdate is the Entrydate. This column is automatically updated when CENSUS is updated to ensure that these conditions remain true. When the individual is not alive the Statdate is the date of death.

Aside from the preceding caveats, Babase does not allow data to be related with an individual when the date of the data postdates the individual's Statdate. Therefore Statdate provides a convenient way of determining the end of the time interval during which there are data on an individual, a way that is independent of whether the individual is alive or dead.

An individual's Dcause represents a specific Nature and Agent of death. When considering the associated DcauseNatureConfidence and DcauseAgentConfidence values, it is important to remember that a Dcause should be interpreted as "if Nature, then Agent". It is tempting to assume that this means that the DcauseAgentConfidence cannot be higher than the DcauseNatureConfidence, but this is not so. The DcauseAgentConfidence is assigned contingent on the associated Nature being true, so it is possible for the DcauseAgentConfidence to be higher than the DcauseNatureConfidence. For this reason, the system has no rules validating the DcauseAgentConfidence based on the DcauseNatureConfidence, nor vice versa.

Confidence in the accuracy of the estimated birth date is categorized in the Bstatus column. The estimated range of possible birth dates might not be as symmetrical around the Birth date as is implied in BSTATUSES, so the specific boundaries of this range are recorded in the EarliestBirth and LatestBirth columns.

The EarliestBirth and LatestBirth columns cannot be NULL, unless the Bstatus is 9.0 ("unknown"), in which case both EarliestBirth and LatestBirth must be NULL.

The EarliestBirth must be on or before the individual's Birth, which must be on or before the individual's LatestBirth. LatestBirth must be on or before the individual's Statdate, but only for individuals with non-absent rows in CENSUS.^[29]

The LatestBirth must be on or before the Entrydate, unless the individual's Entrytype is B (Birth). As mentioned above, when Entrytype is B, the Entrydate must equal the Birth date. In these cases, if there is any uncertainty about when the individual's "true" birth date is, the LatestBirth might legitimately be after the Birth date and therefore after the Entrydate. The LatestBirth should never be long after the Entrydate^[30], so even in these cases there are boundaries placed on LatestBirth. When Entrytype is B (Birth), the LatestBirth cannot be more than 29 days^[31] after the Entrydate unless either or both of them is NULL.

The system will return a warning if the length of time between EarliestBirth and LatestBirth is more than Bstatus years^[32]. Similarly, the system will return a warning if the EarliestBirth is more than (0.5 × Bstatus) years before the Birth date, and another if the LatestBirth is more than (0.5 × Bstatus) years after the Birth date.

It's possible for an individual's Bstatus to be "too high", based on the length of time between EarliestBirth and LatestBirth. That is, a high Bstatus could mistakenly be used for individuals whose EarliestBirth - LatestBirth range is significantly less than Bstatus years. The system will return a warning if the length of time between the EarliestBirth and LatestBirth is less than or equal to the length of time indicated by a smaller BSTATUSES.Bstatus value.

When inserting or updating data in this table, the system can use the row's Bstatus to automatically populate the EarliestBirth and LatestBirth columns, if desired. When the Bstatus is not 9.0 ("unknown"):

While the UNIQUE_INDIVS table contains a larger list of all individuals across multiple populations, this table is the primary authority for the "main" population. When rows are inserted or deleted in this table, related rows are automatically inserted or deleted in UNIQUE_INDIVS with IndivId = the Bioid, and PopId = 1. Individuals in the main population cannot be added to UNIQUE_INDIVS before being added to this table.

The population census table. Aside from the BIOGRAPH.Matgrp column, this table is the origin of all information regarding group membership. This table holds all the field census data and any information regarding group membership that is recorded in the field demography notes. It contains one row per animal per group per day censused. There is an additional row per individual per demography note for those days when there is a demography note regarding the individual and group but no census of the group. (See DEMOG.)

The system will report individuals who are first censused in a group other than their maternal group (BIOGRAPH.Matgrp). The exceptions to this are when the maternal group is the unknown group or that first census row records an absence.

The system will report individuals with a BIOGRAPH.Sname that do not have any related (non-absent) CENSUS rows.

The Date must be between the Grp's related GROUPS.Start and Cease_To_Exist, inclusive, with one exception. Rows indicating absences — rows whose Status is A — may occur outside of the date range for a group's lifetime. These may sometimes be needed during fission/fusion periods to manually prevent an individual from being interpolated into a group that no longer exists or doesn't yet exist. However, a need for such absences is rare, so the system will report a warning for any "absent" censuses before the Grp's Start or after its Cease_To_Exist, exclusive.

The system will report a warning when CENSUS rows have a Status of C or D and a Date before the individual's LatestBirth, and another warning if before the individual's Entrydate.

As noted in the MEMBERS documentation, Babase does not allow an individual to be in more than one group on a given day.

Ideally, the original field census data sheets could be recovered from CENSUS, but there are several situations where that is not possible:

First, a datum is lost when an individual is actually censused in two groups on the same day because of movement between groups and the timing of the censuses.^[37] In this situation a decision should be made as to which group CENSUS should record the individual's presence on that day. A demography note should then be added to DEMOG, with text that notes the individual's presence in the second group. This results, technically, in all of the information from both censuses, or other location information, being entered into the database. However, it should be remembered that, because the information regarding the second census is in textual form, it is not readily available to automated tools.

Second, it may be necessary during group fissions and fusions to record a different Grp than what was actually recorded because it is usally not clear in real time that a fission/fusion has begun. There is necessarily a lag between when a change can be seen retroactively and when the field notebooks are actually updated to reflect the existence of the newly-formed group(s). For fusions it is important to construct group membership in Babase carefully, for the sake of maintaining group residency. If an individual is a resident of one parent group and is censused in another, the residency algorithm recognizes the other parent group as an entirely different group. That is, it does not recognize that the groups will soon be related. To prevent a loss of residency due to an apparent group change, censuses in the other parent group(s) should be recorded with the daughter group as the Grp whenever at least some of both parent groups are together.

Third, some CENSUS rows are derived from analyses of historical data and employ MEMBERS-style rows where group members generally have a row on every date of a given month that they were present, rather than just those dates when censuses were performed. See the Status column for details.

This table records the dates of first consortship for males; this is a maturational milestone in males that we have analyzed in several contexts. It contains one and only one row for every individual for which there is a recorded first consortship. Individuals who have not yet consorted, or individuals that have consorted but whose first consortship date is not known, do not appear in the table.

When there is a row in this table there must be a sexual maturity date in MATUREDATES, and the consortship date must be later than the sexual maturity date. The Consorted date cannot be before the individual's Entrydate, nor after the individual's Statdate. The individual must be at least 5 years of age on his Consorted date. The system will report a warning if the individual is 12 or more years of age on his Consorted date.

This table holds the text that records group membership information not written on the regular field census sheets, especially that from the field demography notes. DEMOG provides a means of notating CENSUS rows, and thus facilitates management of additional “free form” CENSUS rows, rows that do not directly correspond with the field census sheets.^[42] Thus, in conjunction with these corresponding CENSUS rows, the DEMOG rows capture group membership information that otherwise would not appear in the CENSUS table.

DEMOG contains one and only one row for every individual for every date for every group where the individual was noted present in free form textual field notes or other miscellaneous sources. The DEMOG row holds textual information. There is always exactly one corresponding CENSUS row, which holds the corresponding group membership information in the usual coded and structured form. (Note that only some CENSUS rows will have DEMOG rows; CENSUS rows that originate entirely in the regular censuses of groups will not, in general, have an associated DEMOG row). A single field note referring to more than one individual must appear in DEMOG as two (or more) separate rows, one row per individual. Multiple field notes pertaining to a single individual on a single date must be combined into one piece of text and entered in a single DEMOG row. (See the Protocol for Data Management: Amboseli Baboon Project for structure of the demography data as entered by the operator.)

Adding or removing DEMOG rows automatically updates the CENSUS.Status column of the corresponding CENSUS row.

This table records dates of dispersal for males (females do not disperse and do not appear in this table). It contains one and only one row for every male who has a known date of dispersed from the study groups. Males who have not yet dispersed do not have a row in this table. Only males can have rows on this table.

The system will report a warning when there is a row in this table and there is no sexual maturity date in MATUREDATES. The Dispersed date must be on or after the individual's Entrydate. The Dispersed date cannot be after the individual's Statdate when the individual is not alive (when BIOGRAPH.Status is not 0). When the individual is alive the Dispersed date may only be after the Statdate when the individual has been censused absent (CENSUS.Status is A) in the group^[44] and the Dispersed date is not after the earliest such post-Statdate census date.

The system will returning a warning when the Dispersed date is before his LatestBirth.

This table contains one row for every group on which there is some recorded information. This includes not only the study groups and non-study groups, but also temporary daughter groups and the special group “Unknown”^[45](See the Protocol for Data Management: Amboseli Baboon Project for when to use this special group.) When a daughter group becomes a regular group (after a fission or fusion is complete), the new group should be given a Permanent date to indicate that it is now a permanent group (Permanent is not NULL). Any “old” daughter groups that did not become permanent should be left in GROUPS to support the daughter grouping membership history.

Every reference to a group elsewhere in the Babase system corresponds to a Gid of one of the records in this table. Temporary groups (those with Permanent of NULL) must have a non-NULL> From_group value. Permanent groups must not have a Permanent value that is earlier than their Start value. Permanent groups may or may not have a NULL From_group value.

Note that there is no particular reason to remove from GROUPS those daughter groups that exist for only a short time during group fission. Those sorts of groups can remain temporary forever.

Neither a GROUPS row's From_group value nor its To_group value may be the same as its Gid value.

A group's Permanent and From_group cannot both be NULL. But both can be non-NULL.

The Cease_To_Exist value must be NULL or greater than the Start value. The Study_Grp value must be NULL or must not be less than the Start value. When the Cease_To_Exist and the Study_Grp value are both non-NULL the Study_Grp value must not be after the Cease_To_Exist value.

The Cease_To_Exist value must also be greater than or equal to all daughter groups' Start values.

The Last_Reg_Census value must be NULL or greater than the Start value. It also must be less than or equal to the group's Cease_To_Exist date, unless the Cease_To_Exist is also NULL. And Last_Reg_Census must be NULL or Study_Grp must be NULL or Last_Reg_Census must be on or after the Study_Grp date. The Last_Reg_Census must be NULL when Study_Grp is NULL.

The Cease_To_Exist must be the day preceeding the Permanent date of any daughter groups, unless the daughter group's Permanent is NULL. An important consequence is that all of a group's permanent daughter groups must have the same Permanent date.

A group that is a fusion product cannot have a fission parent -- the From_group must be NULL when the group is the result of group fusion, i.e., when the group's Gid appears in the To_group column of another group. ^[46]

The One_letter_code value must be unique within the time period from the group's Start date through the group's Cease_To_Exist date, inclusive of endpoints.

Individuals cannot be placed into rows in the CENSUS table before the Start date of the group, or cannot be censused in the group at all if the value of the Start column is NULL. Individuals cannot be placed into rows of the CENSUS table after the Cease_To_Exist value of the group. Note that both these restrictions apply to all CENSUS rows, even those that indicate the individual is absent from the group.

Gaps in observation of a group cannot be added to the BEHAVE_GAPS table if the Gap_Start or Gap_End are before the Start date of the group. Similarly, gaps cannot be added to BEHAVE_GAPS if the Gap_Start or Gap_End are after the Cease_To_Exist date.

This table records sexual maturity dates, the dates of menarche or testicular enlargement. It contains one and only one row for every animal who matured in a study group or who lived in a study group as a sexually mature individual, and it may occasionally contain a row for a male who was known to mature but who did not live in a study group. Individuals who have not yet matured do not have a row in this table. All sexually mature individuals should have a row in this table. Entry into sexual maturity is not always an obvious or definite event^[51], especially for males, so the Matured may be recorded as the first of the month in which the individual entered maturity.

There are restrictions on when an individual may become mature. The age of an individual at sexual maturity (Matured) must be at least 1016 days. This is about 2.7 years of age. The system will issue a warning when the sexual maturity occurs on or before the 3rd birthday. Individuals with a Mstatus of O (On) must be mature before 2922 days of age (8 years). The system will issue a warning when the sexual maturity occurs on or after the 7th birthday. An individual's sexual maturity date must be on or before his Statdate.

Some maturity dates are based on irregular observations of individuals before the long-term study began, or before the individuals entered an "official" study group. Either way, these individuals' Matured dates may be long before their Entrydate. Because of this, the system will allow but issue a warning when the month of the maturity date is earlier than the month of the individual's entry into the study population (their Entrydate).

For females, when Mstatus is O (On) Matured must be the first T date recorded in the female's sexual cycling data in the CYCPOINTS table. When Mstatus is not O Matured may not be after the first Tdate.

This table records dates individuals first attained adult rank. It allows one and only one row for every individual who has attained adult rank. Individuals who have not yet obtained adult rank do not have a row in this table.

The system will report a warning when an individual has a rank (in RANKS) before their Ranked date that is higher (where 1 is highest) than another individual who has already attained adult rank.

When there is a row in this table there must be a sexual maturity date in MATUREDATES. When MATUREDATES.Mstatus is O (On) then the rank attainment date must be later than the sexual maturity date. Otherwise, the rank attainment date must not be before the sexual maturity date. The Ranked date cannot be after the individual's Statdate. All individuals must be 5 or more years of age on their rank attainment date. Individuals with a Rstatus of O (On) must be less than 12 years of age on their rank attainment date. The system will report a warning for any males over 8.5 (exclusive) that have not yet attained adult rank.

It is possible that an individual will be known to have attained rank in a non-study group before they entered the study population (their Entrydate). Because of this, the system will allow but issue a warning if an individual's Ranked is before the first of the month of his Entrydate.

Records which body parts were affected in each related wound or pathology Cluster, and the quantity of these wounds/pathologies affecting the specific part when that quantity is known. This table contains one row for each recorded body part, per associated wound/pathology (from WP_DETAILS) cluster. For example, if a report indicates two clusters affecting body part A and another cluster affecting body part B, this will be recorded in three rows in this table: two for body part A and one for body part B.

Each WPDId-Bodypart pair must be unique; a wound/pathology cluster can be associated with a particular body part only once.

The Quantity_Affecting_Part column records the quantity of individual wounds/pathologies in the related cluster that are affecting this row's body part. When this quantity is unknown or unclear from the report, or when the related wound/pathology is not obviously countable (e.g. "fatigue"), this column should be NULL. When a single wound/pathology affects more than one body part, this wound/pathology will be counted more than once: the Quantity_Affecting_Part column should be 1 for each of the affected parts' separate rows. For example, if there was a long slash/laceration extending from the arm to the trunk, this would be recorded with a Quantity_Affecting_Part of 1 in both the "arm" row and the "trunk" row, effectively counting a single wound twice.

This table contains one row for each cluster of wounds or pathologies that are indicated in a report.

Similar to our use of "report" in WP_REPORTS, a "cluster" of wounds/pathologies is mostly just a data management term: useful for bookkeeping but lacking biological relevance. For our uses, a "cluster" is a group of one or more co-occuring wounds/pathologies of the same type (same WoundPathCode). They are "co-occurring" in that these wounds/pathologies were observed to appear on the same date and were likely not acquired independently. The decision to divide multiple wounds/pathologies into separate one-wound/pathology clusters or to group them into clusters of multiple wounds/pathologies is mostly made by the data manager.

In many cases, how exactly to cluster a set of wounds/pathologies is not a decision, but a necessity. When multiple wounds/pathologies of the same type are indicated on a report, there may be particular MaxDimension, ImpairsLocomotion, and/or InfectionSigns values that apply to some but not all of the wounds/pathologies (e.g. "This one slash is impairing locomotion, those other three are not"). In these cases, it is necessary to divide the multiple wounds/pathologies into separate clusters.

Clusters are numbered in the Cluster column, which must be unique per WPRId.

Some WoundPathCode values may inherently imply that the ImpairsLocomotion or InfectionSigns column(s) be a particular value. For example, if an individual is limping, by definition this pathology is impairing the individual's locomotion so the ImpairsLocomotion value should always be Y for that pathology. Because of this possibility, some validation of the ImpairsLocomotion and InfectionSigns columns is controlled by values in the WP_WOUNDPATHCODES table and its ImpairsLocomotion and InfectionSigns columns. See the WP_WOUNDPATHCODES documentation for more details.

The system will return a warning for any WP_DETAILS rows that do not have at least one related row in WP_AFFECTEDPARTS.

This table contains one row for each instance where an observer provides an update on a report. These updates discuss how the wounds/pathologies have healed (or possibly how they haven't healed), so these updates are generally referred to as "heal updates".

Heal updates may be very specific, referring to a particular body part (a WP_AFFECTEDPARTS row). They may be a bit more vague and refer only to a particular wound/pathology (a WP_DETAILS row). They may even be so vague that the identity of the report (a WP_REPORTS row) being updated is the only "known" datum. To flexibly accommodate this variation, this table includes the WPRId, WPDId, and WPAId columns. These columns allow the recording of the report being updated, the particular wound/pathology from that report, or the body part affected by that wound/pathology, respectively. In each row of this table, one of these columns (WPRId, WPDId, and WPAId) must not be NULL, and the others must be NULL.

The Date in this table must be on or after the associated report's Date.

A heal update may indicate that an individual is missing, or presumed dead. For this reason, the Date may be after the individual's Statdate. However, the system will send a warning when the Date is more than 90 days after the individual's Statdate.

When wounds/pathologies are especially severe or life-changing, heal updates may continue for years after the related Date. However, these are rare. The system will return a warning when a Date is more than 365 days after its related Date.

This table records the observers of the wound/pathology reports, one row for each observer. When a report has multiple observers, each of them is recorded in this table in a separate row.

Each WPRId-Observer combination must be unique; a report cannot have the same observer more than once.

Records each distinct report of wounds/pathologies for an individual. When a wound or pathology is first seen, field observers usually report it with a specialized form that helps systematically report various pieces of pertinent data. These data may include but are not limited to which kind(s) of wound/pathology was observed, which body part(s) was affected, wound size (if applicable), and updates on later dates describing how well the individual has healed. These reports may describe something small like a single scrape or limp, or something larger like a set of bleeding wounds on several body parts. This table contains one row for each of these wound/pathology "reports".

It is difficult to provide a precise definition of a "report" in this sense. The aforementioned specialized forms are not always used, so a "report" does not always refer to these forms. Some wounds may be especially serious or life-altering, and pathologies may be chronic or reoccuring, meaning that some wounds/pathologies may recur throughout life in several reports. Because of this, each "report" is not necessarily a distinct "instance" of wound/pathology. Frankly, the distinction between "reports" made in this table is mostly artificial, useful for bookkeeping but lacking biological relevance. In general, each "report" is a discrete observation of wounds/pathologies for an individual on a specific date. A "report" may be an elaborate form, a brief note, or something in between.

Each combination of Sname, Date, and non-NULL Time must be unique; an individual can have multiple reports on the same date, but not at the same time.

The Date must be between the individual's Entrydate and Statdate, inclusive; the individual must be alive and in the study population when the report was created. The system will return a warning if the Date is before theindividual's LatestBirth.

The Grp indicates the group written on the form by the observer. For a variety of reasons (e.g. immigrations, group fissions/fusions), the Grp column may be different from the individual's Grp on this Date. Because of this, validation of the Grp column is limited: the Date must be on or after the group's Start date. The system will return a warning when a report occurs after its Grp has ceased to exist; that is, the system will return a warning when the report's Date is after the group's Cease_To_Exist.

The system will return a warning for any WP_REPORTS rows that do not have at least one related row in WP_DETAILS.

Records of the initiation and cessation of continuous periods of observation during which all of a female's cycling events are presumed, for the purpose of analysis, to have been observed. This table contains one row for each female for each initiation or cessation of a continuous period of observation.

A female is considered to be under continuous observation when all of her sexual cycle transition events -- Mdates, Tdates, and Ddates -- are observed or clearly implied by observational data.^[57] When CYCGAPS contains a record of observation cessation this is an indication that some of a female's sexual cycle events have gone unrecorded. For this reason when the interval enclosed by a Mdate, Tdate, Ddate sequence contains CYCGAPS rows indicating interruption of observation, the sexual cycle transition dates to either side of the interruption must be in different sexual cycles. For further information on this and other ways CYCGAPS interacts with the rest of Babase, see the documentation on the CYCLES, CYCPOINTS, PREGS, and SEXSKINS tables.

The presumption is that females are under continuous observation -- females with no CYCGAPS are presumed to be under continuous observation. Consequently a female's earliest CYCGAPS Code must be E (End), denoting the end of a period of observation.

A female may not have two “start of observation” (Code S) without an intervening “end of observation” (Code E), or vice versa. Otherwise there would be starts without ends or ends without starts. Single day observation rows ("points", Code P) may only occur between an end of observation/start of observation pair of rows. There must be a 1-day interval between a female's CYCGAPS rows, with the single exception that an end of observation may be dated the day after a start of observation. Otherwise the same pattern of observation could be recorded using fewer rows.

Rows with a Code value of S (Start) or P (single Point), that mark the beginning of observational periods or that represent isolated single days of observation, must have a value in the State column. All other rows, those with a code of E (End) that represent the end of an observational period, must have no value (NULL) in the State column. When a State value is present, it must correspond to the sexual cycle transition information on CYCPOINTS. For further information regarding required correspondences between CYCGAPS and CYCPOINTS, and how changes in CYCPOINTS can automatically change CYCGAPS with a Code of S, see the CYCPOINTS documentation below.

Only females may have CYCGAPS rows.

This table is used in the construction of the sexual cycle day-by-day tables. It also affects the determination of which sexual cycle events (CYCPOINTS) are part of a single sexual cycle (CYCLES), the construction of automatic Mdates, and the validation of sexual cycles with respect to pregnancies.

The combination of Sname and Date is unique.

All rows must be while the individual is alive. That is, the Date must be on or after the individual's Birth and on or before her Statdate.