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Mining citizen science data to explore stopover sites and spatiotemporal variation in migration patterns of the red-footed falcon

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Current Zoology 2020年第5期66卷 467-475页

作者： Anastasios Bounas Maria Solanou Michele PANUccio Sanja BARisic Taulant Bino Kiraz Erciyas-Yavuz Petar Iankov christina ieronymidou Christos Barboutis Department of Biological Applications and Technology University of loanninaloannina45110Greece bManagement Body of Cyclades Protected Areas Tsiropina's MansionPoseidoniaSyros84100Greece MEDRAPT0RS(Mediterranean Raptor Migration Network) via Mario Fioretti 18Rome00152Italy Institute of Ornithology Croatian Academy of Sciences and ArtsZagrebCroatia Faculty of Urban Planning and Environmental Management Polis UniversityRr.Bylis 12TiranaAlbania Ornithology Research Center Ondokuz Mayis UniversityAtakumSamsun55137Turkey Bulgarian Society for Protection of Birds/BirdLife Bulgaria Yavorov Complexbl.71vh.4PO Box 50Sofia1111Bulgaria BirdLife Cyprus PO Box 12026Nicosia2340Cyprus Hellenic Ornithological Society/BirdLife Greece Antikythira Bird ObservatoryThemistokleous 80AthensGR-10681Greece

Citizen scienee data have already been used to effectively address questions regarding migration,a fun dame ntal stage in the life history of *** this study,we use data from eBird and from 3 additional regional citizen scienee databases to describe the migration routes and timing of the red-footed falcon Falco vespertinus in the Mediterranean region across 8years(2010-2017).We further examine the seasonal and yearly variation in migration patterns and explore sites used during the species *** results suggest that the autumn passage is spatially less variable and temporally more consistent among years than in spring and that birds migrate faster in spring than in *** species seems to be more prevalent along the Central Mediterranean during spring migration,probably as a result of the clockwise loop migration that red-footed falcons *** was a high variation in annual median migration dates for both seasons as well as in migration routes across years and *** variation was exhibited in the longitudinal component thus indicating flexibility in migration *** additi on,our results showed the species'preference for I owl a nds covered with cropla nd and mosaics of cropland and natural vegetation as stopover sites during *** areas predicted from our distribution modeling highlight the importance of the Mediterranean islands as stopover sites for sea-crossing raptors,such as the red-footed *** study is the first to provide a broad-scale spatiotemporal perspective on the species migration across seasons,years and flyways and dem on strates how citize n science data can inform future monitori ng and conservation strategies.

关键词： distribution modeling eBird Maxent Mediterranean opportunistic data raptors

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