Identified individuals in Kainji-Lake National Park.

<p>Shown are: Sample identity (SampleID, individual identity (IndvID), sex and allelic length at the nine scored loci, *** (indicates missing data).</p

Identified individuals in Yankari Game Reserve.

<p>Shown are; Sample identity (SampleID), individual identity (IndvID), sex and allelic length at the nine scored loci, *** (indicates missing data).</p><p>Microsatellite Loci</p

Map of Nigeria with some major cities and position of the two survey sites.

<p>Kainji-Lake National Park (KLNP) in black rectangle, Yankari Game Reserve (YGR) in black triangle.</p

Summary of genetic diversity; number of alleles (K), allelic richness (A), sample size (N), Observed and Expected heterozygosity (H_OBS & H_EXP) and inbreeding coefficient (F_IS) in the two populations over the years.

<p><u>Yankari Game Reserve (N = 8) Kainji-Lake National Park (N = 10)</u></p

Figure 2

<p>a: All genotypes sampled along the core area of Yankari Game Reserve. b: All genotypes sampled along the core area of Kainji-Lake National Park.</p

Figure 3

<p>a: Sampling frequency per individual and year in Yankari Game Reserve. b: Sampling frequency per individual and year in Kainji-Lake National Park.</p

Sanger_alignment_LONG

Sanger sequence alignment_LONG.nex is the “alignment LONG”, which comprises full (or partial but long) cytb sequences, including outgroups

RAD_datasetFRESH_nex_subsets

RAD_datasetFRESH_nex_subsets.tar is an archive containing the replicates of random allele pairings of individual SNPs within the genomically subsetted SNP dataset FRESH, including the outgroup, in nexus format. See the ReadMe file for more information

RAD_datasetFRESH_xml_SNAPP_ingroup

RAD_datasetFRESH_xml_SNAPP_ingroup.tar is an archive containing input xml files used for SNAPP analyses of the replicates of random allele pairings of individual SNPs within the genomically subsetted SNP dataset FRESH, retaining the ingroup only. See the ReadMe file for more information

TreeData

Data on numbers of mature trees per transect section. Trees are divied into three dispersal modes (dispersed by primates, other animals, or by abiotic means). Each forest (A,B,C) has two study sites (one hunted, one protected), and each site has four 1 km transects divided into 200 m sections