Data from: Biotic-drivers of seedling establishment in Neotropical savannas: selective granivory and seedling herbivory by leaf-cutter ants

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Tapirira guianensis;Brosimum gaudichaudii;Guapira graciliflora;Alibertia myrciifolia;top-down effect;Seedling establishment;seedling herbivory;Matayba guianensis;Miconia albicans;granivory;Eugenia calycina;insect foraging;plant-herbivore interaction;Atta laevigata;Myrcia rostrata;Virola sebifera;cerrado;vegetation dynamics;Maprounea guianensis;Siparuna guianensis;Coussarea hydrangeaefolia

DOI：

doi:10.5061/dryad.1hj56

摘要：

in survival between treatments during the dry season. Taken together, these results support the hypothesis that consumers can lead to demographic bottlene

Data from: Rare frost events reinforce tropical savanna-forest boundaries

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Annona crassiflora;Tapirira guianensis;Moquiniastrum polymorphum;Moquiniastrum barrosoae;Jacaranda caroba;Qualea grandiflora;Aegiphila verticillata;Erythroxylum cuneifolium;Miconia ligustroides;Feedback;Campomanesia adamantium;Plant\u2013climate interactions;Duguetia furfuracea;Styrax camporum;frost;Savanna;Machaerium brasiliense;Kielmeyera coriacea;Tropical Forest;Erythroxylum suberosum;Dimorphandra mollis;Pera glabrata;Stryphnodendron rotundifolium;Caryocar brasiliense;Myrsine ferruginea;Baccharis dracunculifolia;Vochysia tucanorum;Byrsonima intermedia;Platypodium elegans;cerrado;frost trap;Annona coriacea;Bowdichia virgilioides;Myrsine umbellata;Symplocos pubescens;Cold tolerance;Miconia albicans;2016-2017;Ocotea corymbosa;Handroanthus ochraceus;Eriotheca gracilipes;Schefflera vinosa;Leptolobium elegans;Annona dioica;Machaerium acutifolium;Copaifera langsdorffii;Casearia sylvestris;Ouratea spectabilis;Tabernaemontana catharinensis;Myrcia tomentosa;Ocotea pulchella;Lippia origanoides;Myrcia fallax;Myrsine guianensis;Diospyros hispida

DOI：

doi:10.5061/dryad.56hb7gf

摘要：

frequency and severity that it likely acts as a partial environmental filter and evolutionary pressure for some of the most frost-sensitive species.

Data from: Globally, functional traits are weak predictors of juvenile tree growth, and we do not know why

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Anacardium excelsum;Shorea beccariana;Pouteria grandiflora;Current-day;Inga punctata;Quercus rubra;Pentaspadon motleyi;Pachira flaviflora;Bernoullia flammea;Mansonia altissima;Swartzia simplex;Vitex pinnata;functional ecology;Shorea xanthophylla;Albizia saman;Inga auristellae;Licania macrophylla;Hierarchical models;Terminalia amazonia;Inga lopadadenia;Albizia adinocephala;Eschweilera sagotiana;Inga pezizifera;Protium unifoliolatum;Schizolobium amazonicum;Goupia glabra;Calophyllum longifolium;Quercus ilex;Acer campestre;Simarouba amara;Shorea laxa;Betula papyrifera;Luehea seemannii;Inga sinacae;FunDivEUROPE;Hieronyma alchorneoides;Sextonia rubra;Tocoyena pittieri;plant population and community dynamics;Beilschmiedia pendula;Nephelium lappaceum;Ocotea cymosa;Cedrela odorata;Qualea rosea;Xylosma spiculifera;Anisoptera grossivenia;Castanospora alphandii;Castanea henryi;Shorea leprosula;Dipterocarpus palembanicus;Shorea ovalis;Dipteryx oleifera;Schizolobium parahyba;Diospyros kaki;Cojoba arborea;Picea glauca;Larix decidua;Fraxinus excelsior;Sorbus aucuparia;Guarea guidonia;Lansium domesticum;Dicorynia guianensis;Jacaranda copaia;Enterolobium cyclocarpum;Randia armata;Pinus strobus;Lithocarpus glaber;Prunus avium;Swartzia grandifolia;Vatairea lundellii;Eschweilera grandiflora;Licania heteromorpha;Quercus myrsinifolia;Eriotheca globosa;Heliocarpus appendiculatus;Stephanostegia capuronii;Sclerolobium densiflorum;Virola surinamensis;Populus tremula;Larix sibirica;Castanopsis sclerophylla;Coussarea curvigemma;Protium sagotianum;Handroanthus guayacan;Colubrina glandulosa;Maquira guianensis;Cordia megalantha;Swartzia panacoco;Toxicodendron succedaneum;Alphitonia petriei;Phyllanthus salviifolius;Acer platanoides;Sorbus torminalis;Albizia zygia;Amburana cearensis;Lafoensia punicifolia;Artocarpus heterophyllus;Eugenia nesiotica;Swartzia polyphylla;Faramea occidentalis;Tilia cordata;Calycophyllum candidissimum;Eschweilera chartaceifolia_aff;Rinorea sylvatica;Spondias mombin;Eschweilera coriacea;Pachira aquatica;rgr;Picea abies;Terminalia oblonga;Protium opacum;Ochroma pyramidale;Phoebe microphylla;Parashorea malaanonan;Prunus buxifolia;Quercus robur;Lonchocarpus sericeus;Ficus pleurocarpa;Dipterocarpus acutangulus;Lophira alata;Poulsenia armata;Shorea faguetiana;Artocarpus integer;Cordia alliodora;Erythrina poeppigiana;Eperua grandiflora;Thuja occidentalis;Protium gallicum;Shorea gibbosa;Vatica nitens;Cardwellia sublimis;Protium meridionale;Gliricidia sepium;Albizia tomentosa;Posoqueria latifolia;Swartzia benthamiana;Terminalia ivorensis;Artocarpus incisus;Aspidosperma spruceanum;Diospyros cathayensis;Quercus pyrenaica;Swietenia macrophylla;Inga edulis;Virola koschnyi;Milicia excelsa;Fagus sylvatica;Khaya ivorensis;Baillonella toxisperma;Ceiba pentandra;Pinus resinosa;Pericopsis elata;Pachira brevipes;Parashorea tomentella;Aegiphila bogotensis;Guapira myrtiflora;Tarrietia utilis;Hopea dryobalanoides;Dalbergia retusa;Inga stipularis;Eperua falcata;Recordoxylon speciosum;Acer saccharum;Diphysa americana;Trichilia tuberculata;Sterculia apetala;Calophyllum brasiliense;Shorea macroptera;Quercus glauca;Paraserianthes falcataria;Picea rubens;Pinus massoniana;Quercus petraea;Platymiscium parviflorum;Aspidosperma megalocarpon;Garcinia intermedia;Dipterocarpus conformis;Harungana madagascariensis;Lacistema aggregatum;Larix laricina;Inga cayennensis;Aralia chinensis;Astronium lecointei;Castilla elastica;Tetragastris panamensis;Lindera limprichtii;Pachira sessilis;Shorea parvifolia;Carpinus betulus;Protium carnosum;Platypodium elegans;Durio zibethinus;Pinus pinaster;Sapindus mukorossi;Gustavia superba;Dysoxylum mollissimum;Pachira insignis;Albizia guachapele;Eriotheca longitubulosa;Garcinia macrophylla;Pouteria reticulata;Genipa americana;Protium aracouchini;Uapaca ferruginea;size-standardized growth rate;Shorea macrophylla;Lindera communis;Erythrina fusca;Brosimum alicastrum;Dipterocarpus globosus;Hura crepitans;Protium heptaphyllum;Cunninghamia lanceolata;Stemmadenia donnell-smithii;Acer pseudoplatanus;Stryphnodendron microstachyum;Heisteria concinna;Homalanthus novoguineensis;Micropholis egensis;Tabebuia rosea;Cecropia ficifolia;Vochysia ferruginea;Ficus yoponensis;Dryobalanops sumatrensis;Tapirira guianensis;Camellia oleifera;Sloanea obtusifolia;Protium decandrum;Tachigali versicolor;Shorea argentifolia;Pseudotsuga menziesii;Virola michelii;Bursera simaruba;Pentadesma butyracea;Hopea beccariana;Betula pendula;Baccaurea motleyana;Inga cf_coruscans;Intsia palembanica;Copaifera lucens;Mangifera indica;Alnus glutinosa;Cecropia obtusifolia;Astronium graveolens;Parkia speciosa;Pachira quinata;Tabernaemontana arborea;Vochysia guatemalensis;Micropholis guyanensis;Ulmus glabra;Licania platypus;Alangium chinense;Ormosia macrocalyx;Dryobalanops lanceolata;Guazuma ulmifolia;Pouteria sapota;Inga thibaudiana;Archidendron jiringa;Hymenaea courbaril;Pinus sylvestris;Hopea sangal;Acer rubrum;Hopea ferruginea;Chrysophyllum cainito;Amphitecna tuxtlensis;Cryptomeria japonica;Swartzia cf_laevicarpa;Dalbergia hupeana;Shorea johorensis;Virola sebifera;Balizia elegans;Dussia mexicana;Peronema canescens;Podocarpus neriifolius;Protium subserratum;Cedrela montana;Abies balsamea;Theobroma speciosum;Eugenia oerstediana;Cecropia sciadophylla;TreeDivNet;Micropholis venulosa;Betula alleghaniensis;Symphonia globulifera;Phoebe zhennan;Rollinia mucosa;Growth;Platymiscium pinnatum

DOI：

doi:10.5061/dryad.h9083

摘要：

xa, biogeographic regions and environments. Such global consistency would imply that traits could serve as valuable proxies for the complex suite of factors that determine

Data from: The distribution of fruit and seed toxicity during development for eleven Neotropical trees and vines in Central Panama

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关键词：

Anacardium excelsum;fruit toxicity;Tapirira guianensis;Stigmaphyllon hypargyreum;Malpighiaceae;Bonamia trichanta;Convolvulaceae;Artemia franciscana;Sordariomycetes;Antirhea trichantha;bioassays;Hypocreales;Rubiaceae;Cecropiaceae;Bignoniaceae;Lauraceae;Anacardiaceae;Nectandra umbrosa;Ascomycota;seed toxicity;Phoma sp.;Cecropia peltata;Nectriaceae;Castilla elastica;Moraceae;Fusarium sp.;Jacaranda copaia;Dothideomycetes;chemical defenses;Tiliaceae;Pleosporales;Cecropia longipes;Luehea seemannii

DOI：

doi:10.5061/dryad.b2c80

摘要：

Secondary compounds in fruit mediate interactions with natural enemies and seed dispersers, influencing plant survival and species distributions