Wild boar population, sex, age, weigh, litter size, maximal number of paternal allele, number of father estimated with Gerud, number of father estimated with Cervus, ID of father identified by Cervus

Wild boar population, sex, age, weigh, litter size, maximal number of paternal allele, number of father estimated with Gerud, number of father estimated with Cervus, ID of father identified by Cervu

Wild boar genotypes

Wild boar genotype

Data mast

Data mas

Birth timing data of wild boar

Birth timing data of wild boa

Number of fathers within a litter and CV of fetus mass

The first column corresponds to the estimated number of fathers within a litter. The second column corresponds to the coefficient of variation of fetus mass within a litter

Supplement 1. WinBUGS code for fitting the state-space formulation and obtaining the distribution of the correlation between the two causes of mortality.

<h2>File List</h2><blockquote> <p><a href="WinBUGS_code.txt">WinBUGS_code.txt</a></p> </blockquote><h2>Description</h2><blockquote> <p>The WinBUGS code.txt enables to fit the state–space formulation and to obtain the distribution of the correlation between the two causes of mortality.</p> </blockquote

Appendix B. Mark-recovery-recapture analyses of the wild boar data.

Mark-recovery-recapture analyses of the wild boar data

Appendix A. Estimating the intrinsic bias in the correlation between cause-specific mortalities: Incorporating experts' opinions using a hierarchical model.

Estimating the intrinsic bias in the correlation between cause-specific mortalities: Incorporating experts' opinions using a hierarchical model

Appendix C. Posterior annual estimates of alive recapture probabilities in the wild boar population.

Posterior annual estimates of alive recapture probabilities in the wild boar population