Dispersal, kin aggregation, and the fitness consequences of not spreading sibling larvae

GENERAL INFORMATION

1. Title of Dataset: Dispersal, kin aggregation, and the fitness consequences of not spreading sibling larvae

2. Author Information
    A. Principal Investigator Contact Information
        Name: Scott Burgess
        Institution: Florida State University
        Address: 319 Stadium Drive, Tallahassee, FL, USA 32306
        Email: [e-mail]

3. Date of data collection (single date, range, approximate date): 2016-2017

4. Geographic location of data collection: Turkey Point, Florida, USA

5. Information about funding sources that supported the collection of the data: National Science Foundation (NSF; OCE-1948788) and the Florida State University Council on Research and Creativity

DATA & FILE OVERVIEW

1. File List:
Figure 2.R
Figure 3.R
Figure 4.R
Figure 5.R
Observed sibship.R
Clark Evans Corrected function.R

Figure 2 data.csv
Figure 3 data.csv
Figure 4 data.csv
Figure 5 data.csv
sampleIDfile_msats.csv
Sibships.csv

2. Relationship between files:
Figure 2.R uses Figure 2 data.csv
Figure 3.R uses Figure 3 data.csv and Clark Evans Corrected function.R
Figure 4.R uses Figure 4 data.csv and Clark Evans Corrected function.R
Figure 5.R uses Figure 5 data.csv
Observed sibship.R uses sampleIDfile_msats.csv and Sibships.csv

3. Metadata

Figure 2 data.csv
deployment: Sequential number for each deployment date
deployment.date: The date on which settlement plates were attached to poles in the field
treatment: Control = No colony in the center of the array; Treatment = Seven colonies placed in the center of the array.
sheet: Unique identifier for each settlement plate (=sheet)
distance.m: Distance, in meters, of the settlement plate to the center of the array
settlers: The number of settlers recorded in each settlement plate after retrieval
days: The number of days between the deployment and retrieval of settlement plates
settlers.day: settlers / days = the number of settlers per day

Figure 3 data.csv
D.Date: Date on which settlement plates were Deployed
R.Date: Date on which settlement plates were Retrieved
D.Group: Sequential number for each deployment group
Plate.ID: Unique identifier for each settlement plate
Deployment: 1 = settlement plates deployed for 3 days; 2 = settlement plates placed back into the water after 3 days, and collected again after another 3 days (capturing larvae that settled on between day 4 and 6).
Point: Unique identifier for each settler
Raw.X: The distance, in millimeters, from the left side of the image
Raw.Y: The distance, in millimeters, from the bottom side of the image
True.X: The distance, in millimeters, from the left side of the focal settlement area
True.Y: The distance, in millimeters, from the bottom side of the focal settlement area

Figure 4 data.csv
Sheet ID: Unique identifier for each settlement plate (=sheet)
Relatedness: Sib = each settler came from the same mother (half-sib or full-sib); NonSibs = each settler came from a different (unrelated) mother.
Point: Unique identifier for each settler
Raw.X: The distance, in millimeters, from the left side of the image
Raw.Y: The distance, in millimeters, from the bottom side of the image
True.X: The distance, in millimeters, from the left side of the focal settlement area
True.Y: The distance, in millimeters, from the bottom side of the focal settlement area

Figure 5 data.csv
mother.ID: Unique identifier for each maternal colony
sib.total: A code representing the concatenation of sib.group.size and total.group.size
sib.group.size: The total number of focal siblings in the group
total.group.size: The total number of all settlers in the group
age.d: Days since settlement
Ind: F = focal individual (an offspring from the corresponding mother.id); NF = Non-focal individual (comes from another maternal colony, NOT from the corresponding mother.id)
sheet: Unique identifier for each settlement plate (=sheet)
survival: 1 = alive; 0 = dead.
bifurcations: The number of bifurcations on the colony.

sampleIDfile_msats.csv
Ind: Individual ID for each colony that also indicates site ("ML_"). ML=Marine Lab.
Sample: Individual ID for each colony.
Group: A unique code indicating a seagrass blade. I.e., samples from Group 1 were from the  seagrass blade #1, and so on.

Sibships.csv
OffspringID1: Individual ID for each colony that matches 'Sample' in sampleIDfile_msats.csv.
OffspringID2: Individual ID for each colony that matches 'Sample' in sampleIDfile_msats.csv.
Probability: Probability (estimated from COLONY) that OffspringID1 and OffspringID2 are sibship type listed under SibshipType
Run: Run number from COLONY
Sibship Type: Whether COLONY estimated OffspringID1 and OffspringID2 to have a Full of Half sib relationship.