Tabla 2006 Behav Ecol

Tabla 2006 Behav Eco

MOESM1 of Global Kalman filter approaches to estimate absolute angles of lower limb segments

Additional file 1. Mathematical models

Lehtonen et al-HDY-11-OR0193-SNP genotypes

The SNP genotypes of the pied flycatcher individuals utilised in this study by population. Data have been collected in the field and the genotypes subsequently generated in a genetics laboratory. The loci are listed at the start of the page, in the order that they presented in in the file (left to right).The alleles are in 2-digit format, one column per locus. Z-linked loci are denoted with a Z and haplotypes denoted with the abbreviaiton 'hap'. Population names correspond to the sampling site of the individual (e.g. Jeseniky = Jeseniky Mountains, the Czech Republic) as presented in Table 1 of the publication

Lehtonen et al-HDY-11-OR0193R- microsatellite genotypes Dartmoor

The microsatellite genotypes for the pied flycatchers collected from Dartmoor, which have not previously been published elsewhere. Data have been collected in the field and the genotypes subsequently generated in a genetics laboratory. The alleles are in 2-digit format, one column per locus. The loci are listed at the start of the page, in the order that they presented in in the file (left to right). The microsatellite data for the other populations is the same as that presented in Lehtonen et al. 2009 Molecular Ecology 18:4463-447

Host clutch size and body condition in relation to change in temperature.

<p>(A) Change in clutch size in relation to change in temperature. (B) Change in body condition in relation to change in temperature. The size of symbols is proportional to log-transformed sample sizes, while the lines are linear regression lines.</p

Geographical distribution of the 26 sites for the study of temporal change in abundance and prevalence of parasites of birds and their consequences.

<p>Geographical distribution of the 26 sites for the study of temporal change in abundance and prevalence of parasites of birds and their consequences.</p

Temporal change in laying date of hosts, body condition of hosts, population size of hosts, brood size of hosts and clutch size of hosts between the first study year and 2010.

<p>Box plots show means, standard errors and 95% confidence intervals.</p

Repeated measures ANOVAs with laying date, clutch size, brood size, body condition and population density of hosts in two separate study years as within subjects factors and locality identity, host identity, latitude, interval in years and temperature change (°C/year) as between subjects factors.

<p>Each effect was estimated in separates models. P-values smaller than 0.05 are shown in bold.</p

Repeated measures ANOVAs with parasite abundance and prevalence in two separate study years as within subjects factors and locality identity, parasite identity, latitude, interval in years and temperature change (°C/year) as between subjects factors.

<p>Each effect was estimated in separates models. P-values smaller than 0.05 are shown in bold.</p

Change in laying date between first study year and 2010 in relation to latitude.

<p>The size of symbols is proportional to log-transformed sample size, while the lines are linear regression lines.</p