ecospat.testTree {ecospat} | R Documentation |
Test Tree For The Ecospat package
Description
The tree object is a phylogenetic tree of class 'phylo' (see read.tree) that contains data of 50 angiosperm species from the Western Swiss Alps.
Format
ecospat.testTree is a tree contains the following species:
[1] "Rumex_acetosa" [2] "Polygonum_bistorta" [3] "Polygonum_viviparum" [4] "Rumex_crispus" [5] "Cerastium_latifolium" [6] "Silene_acaulis" [7] "Gypsophila_repens" [8] "Vaccinium_gaultherioides" [9] "Soldanella_alpina" [10] "Cruciata_laevipes" [11] "Galium_album" [12] "Galium_anisophyllon" [13] "Galium_megalospermum" [14] "Gentiana_verna" [15] "Gentiana_bavarica" [16] "Gentiana_purpurea" [17] "Gentiana_lutea" [18] "Bartsia_alpina" [19] "Rhinanthus_alectorolophus" [20] "Prunella_grandiflora" [21] "Acinos_alpinus" [22] "Plantago_alpina" [23] "Plantago_lanceolata" [24] "Veronica_officinalis" [25] "Veronica_aphylla" [26] "Veronica_alpina" [27] "Veronica_chamaedrys" [28] "Veronica_persica" [29] "Globularia_cordifolia" [30] "Globularia_nudicaulis" [31] "Myosotis_alpestris" [32] "Myosotis_arvensis" [33] "Aposeris_foetida" [34] "Centaurea_montana" [35] "Hieracium_lactucella" [36] "Leontodon_helveticus" [37] "Leontodon_autumnalis" [38] "Hypochaeris_radicata" [39] "Achillea_atrata" [40] "Achillea_millefolium" [41] "Homogyne_alpina" [42] "Senecio_doronicum" [43] "Adenostyles_glabra" [44] "Arnica_montana" [45] "Aster_bellidiastrum" [46] "Bellis_perennis" [47] "Doronicum_grandiflorum" [48] "Phyteuma_orbiculare" [49] "Phyteuma_spicatum" [50] "Campanula_rotundifolia"
Author(s)
Charlotte Ndiribe charlotte.ndiribe@unil.ch, Nicolas Salamin nicolas.salamin@unil.ch and Antoine Guisan antoine.guisan@unil.ch
References
Ndiribe, C., L. Pellissier, S. Antonelli, A. Dubuis, J. Pottier, P. Vittoz, A. Guisan and N. Salamin. 2013. Phylogenetic plant community structure along elevation is lineage specific. Ecology and Evolution, 3, 4925-4939.
Examples
if(require("ape",quietly=TRUE)){
fpath <- system.file("extdata", "ecospat.testTree.tre", package="ecospat")
tree <- ape::read.tree(fpath)
plot(tree)
}