Data_seed production_experiment 1

Data on seed production in experimental evolution lines monogamous M, polyandrous P, and source S in Collinsia heterophylla following one-donor crosses within and between lines at floral developmental stage 1-4. Seed production estimated as number of seeds per capsule

Data_seed germination_experiment 1

Data on proportion germinated seeds in experimental evolution lines monogamous M, polyandrous P, and source S in Collinsia heterophylla

Data_siring success and seed production_experiment 2

Data on siring success of a focal pollen donor and seed production in Collinsia heterophylla following two-donor crosses involving a focal pollen donor and a standard competing pollen donor on a set of recipient plants. Pollen from the focal pollen donor was applied at floral developmental stage 1 and pollen from the standard competitor was applied at floral developmental stage 2, i.e. one day later. Siring success estimated as proportion seeds sired by the donors using microsatellite markers in up to 20 seeds from four replicate crosses using the same focal and standard pollen donors, and the same recipient. Seed production estimated as number of seeds per capsule as a mean of the four replicate crosses

Data_flower production_experiment 1

Data on flower production in experimental evolution lines monogamous M, polyandrous P, and source S in Collinsia heterophylla. Flower production estimated as number of branches times number of flowers in top branch

Data_pollen tube growth rate_experiment 1

Data on pollen tube growth rate in experimental evolution lines monogamous M, polyandrous P, and source S in Collinsia heterophylla. Pollen tube growth rate estimated in vitro as a mean for ten replicate pollen tubes after 1h, 45 min

JEB 12656 Microsatellite_genotypes

Microsatellite genotype data used to estimate levels of inbreeding for this study

JEB 12656 Field Data

Collection of raw data from the field experiment conducted for this study

JEB 12656 Glasshouse data

Raw data from the glasshouse experiments conducted for this study. This contains the majority of the data used for this publication. See the sheet titled "Readme" if you need any clarifications

Predictability of occurrence of late blight in Finland (triangles) and Sweden (circles) based on a moving window of 10 years expressed in the p-value of the model containing all parameters listed in Table 1.

<p>Please note that the data series for Finland starts in 1990 and ends already in 2011.</p

Predictive power and coefficient of the covariates without combinations.

<p>Acronyms: temp.: temperature; rel.hum.: relative humidity; min.: minimum. An exp(coeff) value larger unity indicates a positive relationship.</p