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Data from: Bat trait, genetic and pathogen data from large-scale investigations of African fruit bats (Eidolon helvum)
负责人:
关键词:
population genetics;henipavirus;Anthropocene;morphology;rubulavirus;Ecology;zoonosis;virus;Epidemiology;tooth age;Bat;serology;lyssavirus;Eidolon helvum
DOI:
doi:10.5061/dryad.2fp34
摘要:
Bats, including African straw-coloured fruit bats (Eidolon helvum), have been highlighted as reservoirs of many recently emerged zoonotic
Data from: What's stirring in the reservoir? modelling mechanisms of henipavirus circulation in fruit bat hosts
负责人:
关键词:
Ghanaian bat henipavirus;serology;2009-2017;Eidolon helvum
DOI:
doi:10.5061/dryad.5v3s28v
摘要:
methods to fit these models to nine years of longitudinal data on henipavirus serology from a captive colony of Eidolon helvum bats in Ghana. We find tha
Data from: Long-distance seed dispersal by straw-coloured fruit bats varies by season and landscape
负责人:
University Of Konstanz
关键词:
Eidolon animal movement animal tracking Eidolon helvum fragmentation foraging gut passage seasonality straw-coloured fruit bat
DOI:
doi:10.5441/001/1.44183438
摘要:
, but ultimately ecosystem functions and services. Thus, seed dispersers such as the straw-coloured fruit bat, E. helvum, which traverse long distances ac
Data from: Divergent evolutionary rates in vertebrate and mammalian specific Conserved Non-coding Elements (CNEs) in echolocating mammals
负责人:
关键词:
ear development;bats;Pteropus vampyrus;Mammalia;conserved non-coding elements;Myotis lucifugus;Rhinolophus ferrumequinum;Megaderma lyra;Cetacea;Eidolon helvum;Pteronotus parnellii;Chiroptera
DOI:
doi:10.5061/dryad.50kd5
摘要:
ross divergent groups and are thus assumed to be under strong selective constraint. Many CNEs may contain regulatory factor binding sites, and their frequent
Data from: A synthesis of animal-mediated seed dispersal of palms reveals distinct biogeographic differences in species interactions
负责人:
关键词:
Caluromys philander;Myloplus rubripinnis;Ateles paniscus;Eulemur macaco;Astrocaryum standleyanum;Hyphaene compressa;Tachyphonus coronatus;Phoenix dactylifera;Rhinemys rufipes;Raphia vinifera;Sciurus spadiceus;Pionites leucogaster;Phytelephas macrocarpa;Bactris riparia;Nasua nasua;Dasyprocta azarae;Pseudophoenix sargentii;Eltonian shortfall;Deckenia nobilis;Dasyprocta prymnolopha;Selenidera piperivora;Didelphis albiventris;Ramphastos sulfuratus;Acridotheres tristis;Orthogonys chloricterus;Ortalis canicollis;Bos primigenius;Acrocomia aculeata;Papio ursinus;Geonoma polyandra;Procnias nudicollis;Borassus aethiopum;Eremospatha wendlandiana;Psophia crepitans;Rhea americana;Myloplus;Brycon amazonicus;Zosterops capensis;Attalea rostrata;Sciurus granatensis;Pholidostachys pulchra;Dasyprocta fuliginosa;Astrocaryum gynacanthum;Treron australis;Bycanistes albotibialis;Leontopithecus chrysopygus;Cyanocorax cristatellus;Microcebus murinus;Phoenix reclinata;Elaeis guineensis;Eidolon helvum;Manicaria saccifera;multispecies interactions;Syagrus petraea;Arecaceae;Chelonoidis carbonaria;Butia yatay;Procyon lotor;frugivore;Hapalemur griseus;Triportheus angulatus;Chamaedorea elegans;Thraupis palmarum;Amazona ochrocephala;Coendou bicolor;functional trait matching;Polyboroides typus;Syagrus ruschiana;Body Size;Dendrocygna bicolor;Anthreptes collaris;Nectomys squamipes;Pitangus sulphuratus;Bactris setulosa;Ara glaucogularis;Handleyomys alfaroi;Cercopithecus nictitans;Rhamdia schomburgkii;Lycalopex gymnocercus;Bactris maraja;Hyphaene thebaica;Cheirogaleus medius;Dypsis prestoniana;Hapalemur occidentalis;Sciurus aestuans;Primolius auricollis;Proechimys pattoni;Leporinus friederici;Allagoptera campestris;Thraupis sayaca;Colossoma bidens;Dypsis decaryi;Puma concolor;Aotus brumbacki;Sapajus nigritus;Crinifer piscator;Heteromys desmarestianus;Ursus americanus;Saguinus geoffroyi;Coendou prehensilis;Aphandra natalia;Prestoea decurrens;Tapirus terrestris;Hylaeamys megacephalus;Philander frenatus;Parula pitiayumi;Ateuchus squalidus;Psarocolius montezuma;Cerradomys subflavus;Astrocaryum confertum;Bactris mexicana;Alectroenas madagascariensis;Loxodonta africana;Astrocaryum paramaca;Proechimys brevicauda;Astrocaryum vulgare;Steatornis caripensis;Myoprocta acouchy;Beccariophoenix madagascariensis;Aratinga euops;Brycon falcatus;Ateles geoffroyi;Cyclarhis gujanensis;Metynnis;Attalea microcarpa;Euphonia pectoralis;Sciurus ignitus;Saltator similis;Allagoptera arenaria;Dasyprocta punctata;Triportheus culter;Psittacus erithacus;Leptorinus;Podocnemis expansa;Pteroglossus bailloni;Mimus polyglottos;Copernicia alba;Astrocaryum aculeatissimum;Brotogeris chiriri;Alouatta seniculus;Euphractus sexcinctus;Cephalophus dorsalis;Pteroglossus viridis;Amazona ventralis;Welfia regia;Amazona farinosa;Mazama nemorivaga;Turdus amaurochalinus;Penelope superciliaris;Chrysocyon brachyurus;Milvus migrans;Bactris glaucescens;Trinomys eliasi;Attalea geraensis;Ravenea sambiranensis;Peltocephalus dumerilianus;Syagrus romanzoffiana;Papio anubis;Calamus deerratus;Pipile cujubi;Margarops fuscatus;Eulemur fulvus;Pionus fuscus;Syagrus oleracea;Myleus rhomboidalis;Tinamus solitarius;Bactris hirta;Sarcoramphus papa;Phoenix sylvestris;Attalea speciosa;Potamocarcinus richmondi;Anodorhynchus glauca;Iriartella setigera;Cuniculus paca;Ortalis vetula;Civettictis civetta;Papio papio;Penelope obscura;Deroptyus accipitrinus;Tauraco corythaix;Sciurus ingrami;Marmosa robinsoni;Artibeus lituratus;Coracopsis nigra;Nasua narica;Tauraco persa;Celeus flavescens;Euryoryzomys russatus;Astrocaryum jauari;Anodorhynchus hyacinthinus;Melanerpes candidus;Acoelorrhaphe wrightii;Frugivory;Euterpe precatoria;Eidolon dupreanum;Hyphaene petersiana;biotic interactions;Sciurus deppei;Dacnis cayana;Monodelphis americana;Triportheus;Dypsis pinnatifrons;Gnorimopsar chopi;Turdus nigriceps;Raphia taedigera;Liomys salvini;Bactris acanthocarpa;Attalea attaleoides;Cacajao melanocephalus;Attalea butyracea;Turdus albicollis;Tangara cayana;fruit;Brycon;Ramphocelus bresilius;Serrasalmus manueli;Dendrocygna arborea;Ateles chamek;Butia capitata;Raphia sudanica;Thraupis ornata;palms;Lemur catta;Megalechis thoracata;Ramphastos cuvieri;Anthropocene;Saltator albicollis;Proechimys simonsi;Bactris pilosa;Iriartea deltoidea;Patagioenas leucocephala;animal-mediated seed dispersal;Cebus kaapori;Mauritia flexuosa;megafauna;Ramphastos dicolorus;Amazona amazonica;Semaprochilodus;Brycon hilarii;Sturnus contra;Turdus leucomelas;Lophocebus albigena;Pteropus rufus;Archontophoenix cunninghamiana;Pionus maximiliani;Ramphastos swainsonii;Laccosperma secundiflorum;Trogon viridis;Mauritiella aculeata;Eremospatha cabrae;Proechimys semispinosus;Priodontes maximus;Roystonea borinquena;Thrinax radiata;Canis latrans;Bactris setosa;Lithodoras dorsalis;Makalata didelphoides;Attalea oleifera;Zenaida auriculata;Potos flavus;Pimelodella;Astrocaryum sciophilum;Dypsis ampasindavae;Patagioenas inornata;Myoprocta pratti;Cyanocorax cyanopogon;Chamaedorea tepejilote;Saimiri boliviensis;Oenocarpus mapora;Turdus rufiventris;Electrophorus electricus;Sciurus sanborni;Pyroderus scutatus;Proechimys longicaudatus;Tayassu pecari;Crax rubra;Sciurillus pusillus;species traits;Nandayus nenday;Spindalis zena;Pecari tajacu;Dasypus novemcinctus;Colossoma macropomum;Didelphis marsupialis;Sciurus pyrrhinus;Clyomys bishopi;Pipile jacutinga;Lamprotornis corruscus;Sigmodon hispidus;Brycon bicolor;Cebus capucinus;Caluromys derbianus;Ortalis ruficauda;Paulicea lutkeni;Allagoptera caudescens;Myloplus torquatus;Rupicola rupicola;Ateles belzebuth;Pyrrhura frontalis;Callicebus ornatus;Penelope purpurascens;Verschaffeltia splendida;Eremospatha macrocarpa;Piaractus mesopotamicus;Leopardus pardalis;Callithrix penicillata;Desmoncus polycanthos;Urocyon cinereoargenteus;Tangara seledon;Sapajus apella;Bactris bidentula;Loxigilla noctis;Brotogeris versicolurus;Megalodoras uranoscopus;Leopoldinia pulchra;Ara militaris;Psophia leucoptera;Astrocaryum chambira;Astrocaryum mexicanum;Bassaricyon gabbii;Dypsis madagascariensis;Crax daubentoni;Tangara cyanoptera;Serrasalmus;Baryphthengus ruficapillus;Didelphis aurita;Peromyscus mexicanus;Turdus olivaceus;Pteroglossus aracari;Chelonoidis denticulata;Trinomys iheringi;Mazama gouazoubira;Roystonea regia;Geonoma schottiana;Schistochlamys melanopis;Alouatta guariba;Ara ararauna;Procyon cancrivorus;Roystonea oleracea;Mazama americana;Myiopsitta monachus;Ploceus cucullatus;Phoenicophorium borsigianum;Pan troglodytes;Raphia monbuttorum;Papio hamadryas;Astrocaryum macrocalyx;Tyrannus dominicensis;Geonoma pauciflora;Patagioenas squamosa;Piaractus brachypomus;Cheirogaleus major;Philander opossum;Tocantisia piresi;Poicephalus gulielmi;Attalea phalerata;Hyphaene coriacea;Cocos nucifera;Lemurophoenix halleuxii;Astrocaryum aculeatum;Thraupis episcopus;Oxydoras niger;Copernicia tectorum;Ara chloropterus;Amazona brasiliensis;Cerdocyon thous;Proechimys guyannensis;Cryosophila stauracantha;Sciurus variegatoides;Turdus plumbeus;Cephalophus callipygus;Proechimys;Alouatta palliata;Ramphastos vitellinus;Perissocephalus tricolor;Ploceus ocularis;Ramphastos tucanus;Dasyprocta leporina;Sciurus aureogaster;Ortalis guttata;Attalea cohune;Oxysternon festivum;Ara severus;Lagothrix lagotricha;Dypsis nodifera;Selenidera maculirostris;Chiroxiphia caudata;Syagrus pseudococos;Rhinoclemys punctularia;Gypohierax angolensis;Sabal palmetto;Euterpe catinga;Microsciurus mimulus;Proechimys steerei;Cercocebus galeritus;Aiphanes horrida;Proechimys cuvieri;Callicebus torquatus;Tangara cyanocephala;Pimelodus maculatus;Proechymis;Penelope marail;Cyanocorax affinis;Attalea maripa;Phractocephalus hemiliopterus;Euterpe oleracea;Hylaeamys oniscus;Sigmodon alstoni;Tapirus bairdii;Brycon melanopterus;Serrasalmus rhombeus;Pithecia albicans;Ramphastos toco;Oenocarpus bacaba;Andropadus importunus;Turdus migratorius;Caracara plancus;mutualism;Eira barbara;Geonoma elegans;Pterodoras granulosus;Myiodynastes maculatus;Geonoma stricta;Sabal mexicana;Triclaria malachitacea;Pogoniulus bilineatus;Amazona aestiva;Rousettus angolensis;Astrocaryum alatum;Salvator merianae;Bycanistes cylindricus;Coccothrinax argentata;Bycanistes fistulator;Penelope jacquacu;Oenocarpus bataua;Hypsipetes madagascariensis;Odocoileus virginianus;Tolypeutes matacus;Gaussia maya;Daubentonia madagascariensis;Cephalopterus penduliger;Lepilemur dorsalis;Manacus manacus;Euphonia violacea;Pionites melanocephalus;Papio cynocephalus;Myloplus asterias;Coereba flaveola;Attalea humilis;Astrocaryum gratum;Ceratogymna atrata;Data sharing;Pycnonotus barbatus;Coracopsis vasa;Poicephalus meyeri;Bactris gasipaes;Elaeis oleifera;Saimiri sciureus;Euterpe edulis;Gorilla gorilla;Cyanocorax caeruleus;Bombycilla cedrorum;Lipaugus lanioides;ecological networks;Melanerpes portoricensis;Tityra cayana;Attalea funifera;Socratea exorrhiza;Sciurus igniventris;Metachirus nudicaudatus;Sturnus pagodarum;Dermanura watsoni;Carpornis cucullata;Phytelephas seemannii;Myleus;Turdus flavipes;Astrocaryum murumuru;Syagrus coronata;Brotogeris tirica;Coccothrinax readii;Orthopsittaca manilata;Heteromys anomalus
DOI:
doi:10.5061/dryad.rd46vq3
摘要:
Aim: To synthesize published knowledge on palm-frugivore seed dispersal observations and to test whether broad-scale differences in geographic coverage, diversity, composition and functional structure of plant-animal interactions emerge between biogeographic regions. Location: Neotropics and Afrotropics. Methods: We constructed a meta-network for both regions by aggregating observations of pairwise palm-frugivore interactions from the primary literature. We assessed sampling completeness with accumulation curves and estimated knowledge gaps for individual palm species and geographic units within biogeographic regions. We compared the taxonomic composition as well as structural indices of regional interaction networks and tested whether functional trait matching (i.e. the relationship between palm fruit size and frugivore body size) differs between regions. Results: A total of 750 unique pairwise interaction records were retrieved from the primary literature covering 340 frugivores and 126 palms. Sampling completeness of frugivore interactions within biogeographic regions and for individual palm species was low (often <50%), geographic coverage limited, and relative knowledge gaps were largest in areas with high palm species richness. Interaction diversity and network modularity was larger in the Neotropics than the Afrotropics. A positive fruit size-body mass relationship (i.e. functional trait matching) was statistically significant in the Afrotropics, but not in the Neotropics. Main conclusions: Available data on palm-frugivore interactions suggest major biogeographic differences in ecological networks among regions, even when taking differences in palm species richness into account. The Neotropics showed a larger interaction diversity and more modular network structure than the Afrotropics. Broad-scale morphological trait matching among plants and frugivores was only observed in the Afrotropics. The lack of a Neotropical trait matching relationship might be driven by the late Quaternary extinctions of mammalian megafauna in this region. Although our work has increased the digital availability of palm-frugivore interaction observations, massive knowledge gaps of interaction diversity remain in the tropics.

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