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Data from: Dissecting biodiversity in a global hotspot: uneven dynamics of immigration and diversification within the Cape Floristic
负责人:
关键词:
Thamnochortus stokoei;Thamnochortus paniculatus;Paleocene;Restio bifarius;Restio sporadicus;Thamnochortus gracilis;Askidiosperma insigne;Anthochortus ecklonii;Soroveta ambigua;Thamnochortus obtusus aff;Restio paludicola;Restio decipiens;Restio obscurus;Restio blinkbergensis;Cannomois arenicola;Willdenowia teres;Elegia fistulosa;Restio eleocharis;Thamnochortus serpens;Askidiosperma longiflorum;Elegia coleura;Elegia extensa;Cannomois virgata;Ceratocaryum xerophilum;Holocene;Elegia cernua;Restio calcicola;Willdenowia glomerata;Thamnochortus lucens;Ceratocaryum decipiens;Elegia thyrsoidea;Restio gossypinus var;Rhodocoma fruticosa;Restio bifidus;Restio virgeus;Elegia spathacea;Restio nanus;Restio constipatus aff;Restio venustulus;Restio corneolus;Restio brachiatus aff;Elegia hutchinsonii;Nevillea singularis;Elegia ebracteata;Ceratocaryum argenteum;Restio durus;Thamnochortus pellucidus;Restio arcuatus;Restio rivulus;Restio dodii var purpureus;Restio verrucosus;Elegia decipiens var;Elegia stokoei;immigration \u2013 diversification dynamics;Restio miser;Hypodiscus montanus;Restio rudolfii;Askidiosperma rugosum;Elegia microcarpa var;Restio distichus;Restio zwartbergensis;Thamnochortus pluristachyus;Elegia prominens;Restio saroclados;Thamnochortus insignis;metapopulation;Restio secundus;Restio echinatus;Willdenowia affinis;Restio capensis;Restio pulvinatus;Ceratocaryum pulchrum;Restio triticeus aff;Restio pulcher;island biogeography theory;Hypodiscus albo-aristatus;Hypodiscus sp nov;Cannomois aristata;Restio singularis;Thamnochortus punctatus;Elegia aggregata;Ceratocaryum fimbriatum;Restio degenerans;Restio burchellii;Restio capillaris;Thamnochortus pulcher;Anthochortus insignis;Elegia marlothii;Restio sejunctus;Thamnochortus obtusus;Restio coactilis;Restio wittebergensis;Restio colliculospermus;Restio stokoei;Restio tenuispicatus;Staberoha multispicula;Willdenowia rugosa;Miocene;Askidiosperma delicatulum;Rhodocoma capensis;Elegia dregeana;Platycaulos subcompressus;Restio implicatus;Willdenowia pilleata;Willdenowia bolusii;Hypodiscus procurrens;Cannomois sp;Restio egregius;Elegia acockii;Thamnochortus karooica;Restio cedarbergensis;Restio inconspicuus;Restio versatilis;Mastersiella digitata;Restio sp;Staberoha cernua;Restio nuwebergensis;Elegia microcarpa;Restio triticeus;Restio rupicola;Restio distylus;Rhodocoma gracilis;Staberoha banksii;Elegia thyrsifera;Elegia intermedia;Restio paludosus;Restionaceae;Hypodiscus willdenowia;Restio laniger;Cannomois anfracta;Restio longiaristatus;Restio affinis;Restio barbatus;Restio perplexus;Staberoha remota;Eocene;Restio asperus;Restio taylori;Restio adpressus;Staberoha ornata;Cannomois spicata;Restio paniculatus;Nevillea vlokii;Restio leptoclados;Elegia fenestrata;Restio bifurcus;Restio constipatus;Elegia fastigiata;Restio gossypinus aff;Restio quinquefarius;Willdenowia humilis;Thamnochortus fraternus;Restio sabulosus;Elegia squamosa;Elegia sp;Elegia grandispicata;Thamnochortus nutans;Restio pillansii;Restio pygmaeus;Elegia neesii;Hypodiscus rugosus;Restio pumilus;Restio saxatilis;Restio alticola;Hypodiscus squamosus;Restio anomalus;Restio villosus;Restio dodii var purpurascens;Elegia decipiens;Dispersal;Restio albotuberculatus;Restio scaber;Platycaulos compressus;Elegia persistens;Restio festuciformis;Platycaulos callistachyus;Elegia muirii;Restio confusus;Cannomois grandis;Restio debilis;Elegia namaquense;Restio brachiatus;Restio marlothii;Restio dodii var dodii;Restio aridus;Willdenowia sulcata;Staberoha stokoei;Thamnochortus fruticosus;Hypodiscus laevigatus;Thamnochortus rigidus;Restio luxurians;Restio subverticellatus;Restio nudiflorus;Restio diffusus;Restio acockii;Restio wallichii;Thamnochortus levynsiae;Restio papillosus;Hypodiscus rigidus;Restio elsieae;Restio occultus;Thamnochortus arenarius;Elegia hookeriana;Restio femineus;Staberoha distachyos;Hypodiscus alternans;Restio gossypinus;Platycaulos major;Restio rigoratus;Restio unispicatus;Restio fragilis;Thamnochortus platypteris;Anthochortus capensis;Rhodocoma vleibergensis;Rhodocoma gigantea;Restio aureolus;Thamnochortus kammanassie;Askidiosperma andreaeanum;Elegia asperiflora;Staberoha vaginata;Restio rottboellioides;Platycaulos depauperatus;Ceratocaryum fistulosum;Restio vallis-simius;Thamnochortus bachmannii;Thamnochortus spicigerus;Elegia amoena;semi-permeable barriers;Restio cincinnatus;Anthochortus graminifolius;Elegia deustum;Restio miser aff;Restio fraternus;Staberoha capensis;Elegia tectorum;Restio sieberi;Thamnochortus glaber;Restio monanthos;Cannomois parviflora;Restio monostylis;Elegia equisetacea;Restio subtilis;Restio tetragonus;Restio fusiformis;Restio insignis;Restio stereocaulis;Elegia grandis;Restio hyalinus;Willdenowia purpurea;Askidiosperma esterhuyseniae;Restio andreaeanus;Cannomois congesta;Ceratocaryum sp;Willdenowia sp;Restio ocreatus;Elegia elephantina;Restio bolusii;Thamnochortus sporadicus;Restio rigidus;Elegia atratiflora;Restio duthieae;Restio strobilifer;Platycaulos acutus;Hypodiscus striatus;Restio harveyi;Restio filiformis;Restio distans;Thamnochortus schlechteri;Ceratocaryum caespitosum;Restio brunneus;Restio distractus;Elegia racemosa;Restio karooicus;Restio rigidus aff;Mastersiella purpurea;Staberoha sp;Restio setiger;Restio uniflorus;Restio clandestinus;Restio degenerans aff;Elegia altigena;Willdenowia arescens;Mastersiella sp;Ceratocaryum persistens;Restio quadratus;Restio vilis;Cannomois nitida;Thamnochortus guthrieae;Restio pedicellatus;Thamnochortus muirii;Restio montanus;Restio distylis;Elegia fucata;Restio hystrix;Restio perseverans;Elegia mucronata;Restio tenuissimus;Restio helenae;Restio fuscidulus;Cannomois primosii;Restio inveteratus;Restio patens;Oligocene;Hypodiscus aristatus;Elegia recta;Restio impolitus;Restio rarus;Restio caespitosus;Thamnochortus amoena;Elegia vaginulata;Restio nubigenus;Askidiosperma alticolum;Restio strictus;Elegia galpinii;Restio tuberculatus;Thamnochortus acuminatus;Platycaulos anceps;Restio triflora;Thamnochortus sp;Restio dispar;Restio similis;Restio scaberulus;Restio leptostachyus;Nevillea obtusissima;hotspot;Askidiosperma albo-aristatum;Thamnochortus ellipticus;Elegia filacea;Restio gaudichaudianus;Restio ramosissimus;Thamnochortus dumosus;Cannomois scirpoides;Restio ejuncidus;Staberoha aemula;Restio muirii;Restio vimineus;Cannomois schlechteri;Anthochortus sp;Elegia cuspidata;Restio curviramis;Hypodiscus synchroolepis;Restio levynsiae;Elegia caespitosa;Restio ingens;Elegia capensis;Thamnochortus pubescens;Rhodocoma foliosa;Restio micans;Hypodiscus argenteus;Hypodiscus sulcatus;Restio curvibracteatus;Restio purpurascens;Askidiosperma paniculatum;Cannomois robusta;Restio nodosus;Thamnochortus erectus;Mastersiella spathulata;Thamnochortus rigidus aff;Elegia rigida;Restio communis;Restio venustulus aff;Elegia stokoei aff;Anthochortus laxiflorus;Restio macer;Elegia esterhuyseniae;Hydrophilus rattrayi;Anthochortus singularis;Askidiosperma capitatum;Rhodocoma arida;Platycaulos cascadensis;Thamnochortus cinereus;Restio parthenocarpos;Restio multiflorus;Restio peculiaris;Restio esterhuyseniae;Willdenowia stokoei;Restio praeacutus;Hypodiscus neesii;Elegia verreauxii;Restio pratensis;Elegia nuda;Elegia juncea;Elegia macrocarpa;Restio parvispiculus;Elegia stipularis;Restio pachystachyus;Anthochortus crinalis;Willdenowia incurvata;Askidiosperma chartaceum;Askidiosperma nitidum;Thamnochortus papyraceus;Restio papyraceus;Rhodocoma alpina
DOI:
doi:10.5061/dryad.1cs77qn
摘要:
hy theory. We test whether this applies to the fragmented Cape fynbos vegetation. Location: Southern Africa, Cape Floristic Region (CFR) Taxon: Angiospe
Data from: Tests of species-specific models reveal the importance of drought in postglacial range shifts of a Mediterranean-climate tree: insights
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关键词:
approximate Bayesian computation;climate change;Quercus chrysolepis;drought;California Floristic Province;iDDC modelling;Genetic structure;Holocene;Pleistocene
DOI:
doi:10.5061/dryad.5gv12
摘要:
tation within ecoregions) in structuring genetic variation. Specifically, we use ecological niche models (ENMs) to construct temporally dynamic landscapes wher
Data from: Historical biogeography and temporal diversification in Symphoricarpos (Caprifolieae, Caprifoliaceae, Dipsacales)
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关键词:
Caprifoliaceae;divergence times;Lagrange;Dipsacales;Miocene;BEAST;Symphoricarpos
DOI:
doi:10.5061/dryad.7bp65gp
摘要:
The major aim of this paper was to investigate temporal diversification within Symphoricarpos (Caprifoliaceae, Dipsacales). We used recent
Data from: Assessing the joint behavior of species traits as filtered by environment
负责人:
关键词:
Restio;Pelargonium;Erica;Protea;community assembly
DOI:
doi:10.5061/dryad.2vk03
摘要:
plied to simulated and real vegetation data collected from the Greater Cape Floristic Region of South Africa. The proposed methodology places a fully model-based
Data from: Estimating the effect of plantations on pine invasions in protected areas: a case study from South Africa
负责人:
关键词:
evidence-based policy;Pinus sp.;tree invasions;counterfactual;impact evaluation;causal inference;biological invasions;forestry;Holocene;matching
DOI:
doi:10.5061/dryad.525c1
摘要:
pines (Pinus species) on the spread of these trees into PAs in South Africa's Cape Floristic Region (CFR). We assessed the effect of (1) distance from
National Meadow and Pasture Inventory (TUVA)
负责人:
Nordberg, Anna;;Johansson, Veronika;;Telenius, Anders
关键词:
DOI:
doi:10.15468/jamhmk
摘要:
ormation about a number of natural and cultural environments containing flora and other organisms that are highly dependent on hay-making or gra
Data from: The influence of spatially structured soil properties on tree community assemblages at a landscape scale in the tropical forests
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关键词:
Determinants of plant community structure;Tree community assemblages;Spatially structured soil variables;Torus-translation tests;Moran\u2019s eigenvector maps;tropical forests;Variation partitioning
DOI:
doi:10.5061/dryad.sp5dp
摘要:
bly decreased when investigating the two smaller data sets, which mostly resulted from low statistical power rather than weaker floristic and/or edaphic variation
Data from: Wheat alleles introgress into selfing wild relatives: empirical estimates from Approximate Bayesian Computation in Aegilops triuncialis.
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关键词:
Crop to wild gene flow autogamy transgene escape containment Approximate Bayesian Computation admixture
DOI:
doi:10.5061/dryad.7np24
摘要:
triuncialis), a wild wheat relative prevailing in the Mediterranean flora. Our sampling, based on an extensive survey of 31 Ae. triuncialis populations
Data from: Resprouter fraction in Cape Restionaceae assemblages varies with climate and soil type
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关键词:
Fynbos;regeneration;Poales;reseeder;Life history;Restionaceae;fire;persistence;community assembly
DOI:
doi:10.5061/dryad.62s71
摘要:
esprouter species in local assemblages of Restionaceae (Poales) of the Cape Floristic Region (CFR), and their high species richness and endemism, make this family

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