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Migratory birds have the potential to transport exotic vectors and pathogens of human and animal health importance across vast distances. We systematically examined birds that recently migrated to the United States from the Neotropics for ticks. We screened both ticks and birds for tick-borne pathogens, includingRickettsia species andBorrelia burgdorferi . Over two spring seasons (2013 and 2014), 3.56% of birds (n = 3,844) representing 42.35% of the species examined (n = 85) were infested by ticks. Ground-foraging birds with reduced fuel stores were most commonly infested. Eight tick species were identified, including seven in the genusAmblyomma , of which onlyAmblyomma maculatum/Amblyomma triste is known to be established in the United States. Most ticks on birds (67%) were neotropical species with ranges in Central and South America. Additionally, a singleIxodes genus tick was detected. A total of 29% of the ticks (n = 137) and no avian blood samples (n = 100) were positive for infection withRickettsia species, includingRickettsia parkeri , an emerging cause of spotted fever in humans in the southern United States, a species in the group ofRickettsia monacensis , and uncharacterized species and endosymbionts of unknown pathogenicity. No avian tick or blood samples tested positive forB. burgdorferi , the etiologic agent of Lyme disease. An extrapolation of our findings suggests that anywhere from 4 to 39 million exotic neotropical ticks are transported to the United States annually on migratory songbirds, with uncertain consequences for human and animal health if the current barriers to their establishment and spread are overcome.

Avian Migrants Facilitate Invasions of Neotropical Ticks and Tick-Borne Pathogens into the United States