DOI: 10.6084/m9.figshare.26698670
title: Additional file 1 of Effects of rodent abundance on ticks and Borrelia: results from an experimental and observational study in an island system

description: Additional file 1: Table S1. The population-level data of rodent abundance index and abundance index of infected rodents, including information about trapping sessions and the number of traps. Table S2. Population-level data on ticks including information about the number of collected nymphs and infected nymphs during 2019 and 2020. Table S3. The estimated effects of the treatments (removal, control and large islands) on the mean density of cervid dung in 2019. Table S4. The estimated effects of the treatments (removal, control and large islands) and the average density of cervid dung in 2019 on the density of nymphs on the island (DONt+1) in 2020. Table S5. Detailed information on primer and probes used for screening of B. afzelii. Table S6. List of all tested models. Table S7. The estimated effects of rodent removal treatment and session (May, June, July and August/September) and their interactions on the rodent abundance and the abundance of infected rodents on the experimental study. Table S8. The estimated effects of island size category (small control vs large) and session (May, June, July and August/September) and their interactions on the rodent abundance and the abundance of infected rodents in the observational study. Table S9. The estimated effects of the trapping sessions (May, June, July, August/Septe,ber), treatment (removal, control and large islands), and the rodent species (bank vole vs field vole) the larval tick infestation load in 2019.Table S10. The estimated effects of the study session (May, June, July, August/September) and rodent removal treatment on the density of nymphs (DON), the density of infected nymphs (DIN) and NIP in 2019 on experimental islands. Table S11. The estimated effects of rodent removal treatment on DONt+1, NIPt+1 and DINt+1 (May 2020) on the experimental islands. Table S12. The estimated effects of the rodent abundance index in different trapping sessions (May, June, July and August/September) on DONt+1 (May 2020) (a) on the experimental and (b) on the observational study islands. Table S13. The estimated effects of the rodent abundance index and the abundance index of infected rodents in different trapping sessions (May, June, July and August/September) on NIPt+1 (2020) on the experimental islands. Table S14. The estimated effects of the rodent abundance index and the abundance index of infected rodents in different trapping sessions (May, June, July and August/September) on the density of infected nymphs (DINt+1) in 2020 on the experimental islands. Table S15. The estimated effects of the rodent abundance index and the abundance index of infected rodents in different trapping sessions (May, June, July and August/September) on NIPt+1 (2020) on the observational islands. Table S16. The estimated effects of the rodent abundance index and the abundance index of infected rodents in different trapping sessions (May, June, July and August/September) on the density of infected nymphs (DINt+1) in 2020 on the observational islands.