Habitat amount, quality, and fragmentation associated with prevalence of the tick-borne pathogen Ehrlichia chaffeensis and occupancy dynamics of its vector, Amblyomma americanum

#SNLAND #SpringerNature @SpringerEcology @ChenweiShang #LandscapeEcology

RT @Rutgers_EcoGSA: Congrats to Dylan on a new publication! 🌾🕷🦠 (there’s no tick emoji but spiders are also arachnids so close enough?) #ph…

RT @dylantux: New paper on the effects of landscape context on ticks and tick-borne pathogens: https://t.co/AS7nhy2zHL Not what we expecte…

RT @dylantux: New paper on the effects of landscape context on ticks and tick-borne pathogens: https://t.co/AS7nhy2zHL Not what we expecte…

RT @Rutgers_EcoGSA: Congrats to Dylan on a new publication! 🌾🕷🦠 (there’s no tick emoji but spiders are also arachnids so close enough?) #ph…

Congrats to Dylan on a new publication! 🌾🕷🦠 (there’s no tick emoji but spiders are also arachnids so close enough?) #phdlife #ticks #science #scicomm #published

New paper on the effects of landscape context on ticks and tick-borne pathogens: https://t.co/AS7nhy2zHL Not what we expected, but it looks like islands of core habitat (e.g. city parks) may be at higher risk than well connected fragments (e.g. exburbs).