Additional file 2: of Can the intake of antiparasitic secondary metabolites explain the low prevalence of hemoparasites among wild Psittaciformes?

Adriana Silva-Iturriza (5424587); Alfredo Mijares (689001); Antoine Barnaud (5424569); Bethany Jackson (3339660); Dianne Brunton (210228); Elenise Sipinski (5424584); Gláucia Seixas (5424572); Igor Berkunsky (579936); Indira Widmann (5424560); Javier Martínez (825936); José Díaz-Luque (5424554); Juan Masello (4035413); Jörn Theuerkauf (4923247); Laura Casalins (5424557); Luciano Calderón (3487859); Luis Ortiz-Catedral (5424563); Mark Hauber (3631048); Michael Wink (254812); Patricia Serafini (645974); Peter Widmann (5424566); Petra Quillfeldt (297835); Rodrigo Vásquez (5424581); Romel Rosales (5424578); Santiago Merino (504474); Valeria Ojeda (5424575); Virginia Sanz (5007770)

Additional file 2: of Can the intake of antiparasitic secondary metabolites explain the low prevalence of hemoparasites among wild Psittaciformes?

Abstract

Figure S1. Locations of the sampled population at Rasa I., Palawan, Philippines, in the Indo-Malayan zoogeographical region. Figure S2. Locations of the sampled populations in New Caledonia, Australasian zoogeographical region. Figure S3. Locations of the sampled population in the Chatham Is., Australasian zoogeographical region. Figure S4. Locations of the sampled populations in New Zealand, Australasian zoogeographical region. Figure S5. Locations of the sampled populations in the Neotropical zoogeographical region. (PDF 1271 kb

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Last time updated on 13/08/2018