Additional file 1 of Diversity and evolution of the repetitive genomic content in Cannabis sativa

Table S1. Raw data information and repeat content for different varieties of Cannabis sativa, Humulus lupulus, Morus notabilis and Arabidopsis thaliana. Table S2. Repetitive content (percentage of the genome) in the genomes of C. sativa PK, Finola (FIN), USO31 (USO), H. lupulus (HUM) and, M. notabilis (MOR). Table S3. Repeat sequence conservation, as measured by percent sequence similarity among consensus sequences from each repeat class in each genotype, compared to the consensus repeats from the C. sativa PK genome. The missing entries are due to the absence of specific families in either of the genomes’ repeat libraries. (PDF 163 kb

Data from: Infection dynamics in coexisting sexual and asexual populations: support the Red Queen hypothesis

Long-term field data from Vergara et al: Infection dynamics in coexisting sexual and asexual populations: support the Red Queen hypothesis. Column headings: "year" gives year of sample; "site" gives the location of the study site at Lake Alexandrina, New Zealand; "gender" gives male or female; "Microphallus" gives infection status: 1 = infected with Microphallus, 2 = not infected with Microphallus; "ploidy" gives reproductive strategy: sexual = diploid; asexual = triploid

Coordinate for 15 lakes

Coordinate for 15 lake

Data for 15 lakes

Data for 15 lake

Female Multiple Mating Data

Female Multiple Mating Dat

Bins_adults-babies

data from experimental mesocosms; parent and offspring data combine

EM Mating Pairs

EM Mating Pair

Bins_adults_withmales

data from experimental mesocosms; infection rate and asexual frequency in parent generation; modified for analysis with male

Bins_babies

data from experimental mesocosms; asexual frequency in offspring generatio

Distance for sites in Lake Alexandrina

Distance for sites in Lake Alexandrin