Data from: Resolving relationships within the palm subfamily Arecoideae (Arecaceae) using next-gen derived plastid sequences

负责人：

关键词：

Orania palindan;Areceae;Podococcus barteri;Pelagodoxeae;Pseudophoenix vinifera;Sclerosperma profizianum;Hydriastele microspadix;Podococceae;oil palm;Roystoneeae;Phoenix dactylifera;Kentiopsis piersoniorum;Oenocarpus bataua;Satakentia liukiuensis;Leopoldinieae;Calamus caryotoides;Drymophloeus litigiosus;Manicarieae;Geonoma undata subsp. dussiana;Reinhardtia gracilis;Euterpeae;Bismarckia nobilis;Heterospathe cagayanensis;Coryphoideae;Geonomateae;Ceroxyleae;Calameae;Leopoldinia pulchra;Sclerospermeae;Reinhardtieae;Dypsis decaryi;Ceroxyloideae;Attalea speciosa;mid-Eocene;Veitchia spiralis;present day;Elaeis oleifera;Burretiokentia grandiflora;Chamaedorea seifrizii;Pelagodoxa henryana;Phoeniceae;Reinhardtia paiewonskiana;Borasseae;Cyclospatheae;Oenocarpus minor;Roystonea regia;phylogenetics;Calamoideae;Chamaedoreeae;Manicaria saccifera;Next-generation sequencing;Arecaceae;Reinhardtia simplex;Cocoseae;Iriartea deltoidea;Ravenea hildebrandtii;gene capture;Dictyosperma album;Beccariophoenix madagascariensis;Arecoideae;Reinhardtia latisecta;Oranieae;Iriarteeae;Prestoea acuminata var. montana;Bactris major;Areca vestiaria

DOI：

doi:10.5061/dryad.4tn05

摘要：

ee major clades within this group were recovered: Roystoneeae/Reinhardtieae/Cocoseae (RRC), Areceae/Euterpeae/Geonomateae/Leopoldinieae/Manicarieae

Data from: PalmTraits 1.0, a species-level functional trait database for palms worldwide

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关键词：

Areceae;Chuniophoeniceae;Pelagodoxeae;Nypoideae;Eugeissoneae;Sabaleae;geographical ecology;Frugivory;Caryoteae;Podococceae;Lepidocaryeae;Roystoneeae;leaves;Seed dispersal;Macroecology;rainforest evolution;restoration;Irarteeae;armature;Leopoldinieae;Manicarieae;biology;Macroevolution;Euterpeae;Coryphoideae;Ceroxyleae;Geonomateae;Calameae;functional diversity;conservation;growth form;Paleoecology;Size;plant-animal interactions;global change;Sclerospermeae;Corypheae;Reinhardtieae;present;Ceroxyloideae;fruit;Cyclosphatheae;Phoeniceae;Cryosophileae;tropical ecology;Borasseae;Trachycarpeae;Calamoideae;plant traits;Chamaedoreeae;ecosystem functioning;Biogeography;Community dynamics;spines;Arecaceae;Cocoseae;Arecoideae;colour;Phytelepheae;Oranieae;Palmae;ecosystem services;stem

DOI：

doi:10.5061/dryad.ts45225

摘要：

(Arecaceae), a plant family with keystone importance in tropical and subtropical ecosystems. We derived measurements of essential functional traits for al

Data from: Global biogeography and diversification of palms sheds light on the evolution of tropical lineages. I. Historical biogeography

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关键词：

Ancestral area reconstruction;Arecales;historical biogeography;boreotropical hypothesis;Arecaceae;molecular dating;Palmae;Diversification rates;Cretaceous;Cenozoic;tropical rain forests

DOI：

doi:10.5061/dryad.vb25b35j

摘要：

regions, notably in the major Indo-Pacific tribe Areceae. In contrast, the history of subfamily Coryphoideae was primarily Laurasian, supporting ear