Data from: Does the niche-breadth or trade-off hypothesis explain the abundance-occupancy relationship in avian haemosporidia?

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Anthus spinoletta;Ficedula parva;host specialization;Luscinia luscinia;Periparus ater;Acrocephalus palustris;Alectoris Chukar;Cettia cetti;Sturnus unicolor;Lanius meridionalis;Anthus trivialis;Passer hispaniolensis;Phylloscopus sindianus;Streptopelia turtur;Strix aluco;Upupa epops;Emberiza hortulana;Emberiza melanocephala;Sylvia crassirostris;Saxicola maurus;Passer domesticus;Poecile lugubris;Sylvia borin;Carduelis cannabina;Picus vaillantii;Sylvia curruca;blood parasites;Sylvia deserticola;Hippolais polyglotta;Holocene;Galerida cristata;Certhia brachydactyla;Certhia familiaris;Phoenicurus moussieri;Otus scops;Host Parasite Interactions;Cyanistes caeruleus;Ficedula semitorquata;Motacilla cinerea;Sitta krueperi;Cyanopica cooki;Cyanistes teneriffae;Emberiza calandra;Lanius senator;Serinus serinus;Athene noctua;Lanius collurio;Sylvia hortensis;Birds;Sylvia communis;Corvus corone;Hirundo rustica;Eremophila alpestris;Erithacus rubecula;Irania gutturalis;Pyrrhula pyrrhula;Motacilla flava;Prunella ocularis;Turdus viscivorus;Luscinia megarhynchos;Oenanthe deserti;Sylvia atricapilla;Muscicapa striata;Plasmodium;Sylvia cantillans;Oenanthe leucura;Haemosporidia;Turdus philomelos;Phoenicurus phoenicurus;Sitta europaea;Aegithalos caudatus;Troglodytes troglodytes;Petronia petronia;Turdus merula;abundance-occupancy relationship;Rhodopechys sanguineus;Carduelis flavirostris;Falco naumanni;Fringilla coelebs;Phylloscopus sibilatrix;Phoenicurus ochruros;Oenanthe oenanthe;Lophophanes cristatus;Pycnonotus barbatus;Carduelis carduelis;Carpodacus erythrinus;Phylloscopus collybita;Sylvia melanocephala;Monticola saxatilis;Coccothraustes coccothraustes;Cercotrichas galactotes;Prunella modularis;Sylvia nisoria;Falco tinnunculus;Parus major;Haemoproteus;Alectoris rufa;Hippolais languida;Ficedula speculigera;Dendrocopos minor;Dendrocopos major;Emberiza cia;Saxicola rubetra;Sylvia undata;Garrulus glandarius;Leucocytozoon;Columba palumbus;Picus viridis;Phylloscopus nitidus;Iduna opaca;Riparia riparia;Chloris chloris;Emberiza cirlus

DOI：

doi:10.5061/dryad.r8bj6

摘要：

t host generalists are more abundant and efficient at colonizing different host communities than specialists. The trade-off hypothesis argues that host

Data from: Breeding phenological response to spring weather conditions in common Finnish birds: resident species respond stronger tha

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Certhia familiaris;Ficedula hypoleuca;Carduelis chloris;citizen science;Cyanistes caeruleus;Periparus ater;Turdus iliacus;Muscicapa striata;Parus major;Phyloscopus trochilus;Phoenicurus phoenicurus;Pica pica;Motacilla alba;Vanellus vanellus;Sylvia communis;Chroicocephalus ridibundus;Turdus pilaris;Larus canus;Saxicola rubetra;Hirundo rustica;Turdus merula;Numenius arquata;Sylvia borin;breeding phenology;Fringilla coelebs;Sturnus vulgaris;Lophophanes cristatus;nest-card data;Sterna hirundo

DOI：

doi:10.5061/dryad.0n624

摘要：

over the period 1961–2012. In addition, we examine differences in response to these climatic variables for species grouped for different

GBIF Occurrence Download

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GBIF biodiversity species occurrences

DOI：

doi:10.15468/dl.wi41nz

摘要：

, 1858 or Chaetura vauxi (J. K. Townsend, 1839) or Empidonax hammondii (Xantus de Vesey, 1858) or Certhia familiaris Linnaeus, 1758 or Ajaia ajaja

GBIF Occurrence Download

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GBIF biodiversity species occurrences

DOI：

doi:10.15468/dl.niplab

摘要：

A dataset containing 286004 species occurrences available in GBIF matching the query: TaxonKey: Certhia familiaris Linnaeus, 1758 HasCoordinate: true