This readme file was generated on 2023-04-04 by Emily McLean

GENERAL INFORMATION

Title of Dataset: Data from: Genetic variance and indirect genetic effects for affiliative social behavior in a wild primate

Author
Name: Emily McLean
Institution: Oxford College of Emory University
Email: emily.mclean@emory.edu

Author/Advisor
Name: Susan Alberts
Institution: Duke University	
Email: alberts@duke.edu

DATA & FILE OVERVIEW

File List:
1. pedigree.csv - this file contains the pedigree information used in this analysis.  Each column contains the following information
	kid - the unique alphanumeric identifier of an individual in the study population
	mom - the alphanumeric identifier of the individual who gave birth to the kid
	dad - the alphanumeric identifier of the father of the kid
	
2. Aggregate grooming data.csv - this file contains the data frame used to run our aggregate grooming models.  Each column contains the following information:
	ID - the focal individual
	Aggregate Grooming Given - the amount of grooming the focal individual gave to all other females during a year of her life.  This value is corrected for observer effort and the mean amount of grooming given by all other individuals that year
	Dominance Rank - the average dominance rank of the focal individual for a year of her life
	Age - the age of the focal individual during this year of her life
	Co-residency with mother - the percent of the time period that the focal individual spent in the same social group as her mother
	Co-residency with adult daughters - the percent of the time period that the focal individual spent in the same social group as her adult daughters. This value can be greater than 1 if the focal individual had more than one adult daughter
	Co-residency with adult maternal sisters - the percent of the time period that the focal individual spent in the same social group as her adult maternal sisters. This value can be greater than 1 if the focal individual had more than one adult maternal sister
	Pedigree relatedness to other adult females - the sum of the focal individual’s relatedness to all other adult females in the group, weighted by how much of the time period they were co-resident
	Group size - the average number of adults in the focal individual’s social group for the time period
	Sex Ratio - the average female to male sex ratio of the group for the time period
	Admixture score - the microsatellite based admixture score of the focal individual
	MomID - the alphanumeric identifier of the focal individual’s mother

3. Dyadic grooming data.csv - this file contains the data frame used to run our dyadic grooming models.  Each column contains the following information:
	Dyadic Grooming Given - the amount of grooming the giver gave to the receiver in a single calendar year. This value is corrected for observer effort and the mean amount of dyadic grooming given by all other individuals that year
	Relatedness - the pairwise relatedness between the grooming giver and receiver
	PartnerIsMom - a binary variable indicating whether the receiver was the mother of the giver
	PartnerIsMatSis - a binary variable indicating whether the receiver was a maternal sister of the giver
	GrpSize - the average number of adults in the giver’s social group for the time period
	SexRatio - the average female to male sex ratio of the group for the time period
	GiverAge - the average age of the giver during the calendar year
	ReceiverAge - the average age of the receiver during the calendar year
	GiverRank - the average ordinal rank of the giver during the calendar year
	ReceiverRank - the average ordinal rank of the receiver during the calendar year
	GiverAdmixture - the micro satellite based admixture score of the giver
	ReceiverAdmixture - the micro satellite based admixture score of the receiver
	Giver - the alphanumeric identifier of the individual who gave grooming
	Receiver - the alphanumeric identifier of the individual who received grooming
	DyadID - a unique alphanumeric identifier for the pair of individuals involved in the grooming interaction (A giving grooming to B and B giving grooming to A will have the same DyadID)