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Authors Title Year Volume Issue Page start Page end Page count Cited by Affiliations Authors with affiliations Abstract Author Keywords Document Type | |
Bruelheide H. Cocktail clustering – a new hierarchical agglomerative algorithm for extracting species groups in vegetation databases 2016 27 6 1297 1307 "Institute of Biology/Geobotany and Botanical Garden, Martin Luther University Halle-Wittenberg, Am Kirchtor 1, Halle, Germany; German Centre for Integrative Biodiversity Research (iDiv) Halle-Jena-Leipzig, Deutscher Platz 5e, Leipzig, Germany" "Bruelheide, H., Institute of Biology/Geobotany and Botanical Garden, Martin Luther University Halle-Wittenberg, Am Kirchtor 1, Halle, Germany, German Centre for Integrative Biodiversity Research (iDiv) Halle-Jena-Leipzig, Deutscher Platz 5e, Leipzig, Germany" "Aims: In one approach of formalized vegetation classification, species groups define a vegetation unit as a set of relevés, each of which possesses a minimum number of species from that group. Thus, species group |
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Rank Country Population | |
1 China[a] 1409517397 | |
2 India 1339180127 | |
3 United States 324459463 | |
4 Indonesia 263991379 | |
5 Brazil 209288278 | |
6 Pakistan 197015955 | |
7 Nigeria 190886311 | |
8 Bangladesh 164669751 | |
9 Russia 143989754 |
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Plot_ID Individual_ID Species_name DBH | |
L2R 1 Quercus sessilifolia 56.0 | |
L2R 2 Neolitsea acuminatissima 2.0 | |
L2R 3 Quercus sessilifolia 59.0 | |
L2R 4 Neolitsea acuminatissima 1.5 | |
L2R 4 Neolitsea acuminatissima 1.5 | |
L2R 5 Hydrangea paniculata 3.0 | |
L2R 5 Hydrangea paniculata 1.5 | |
L2R 5 Hydrangea paniculata 2.0 | |
L2R 6 Neolitsea acuminatissima 2.0 |
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create.abbrev2 <- function (names, sep = '') | |
{ | |
Gene <- names %>% # note Gene with uppercase G to show that beginning has uppercase lettter | |
str_split (' ') %>% | |
sapply (FUN = function (x) x[1]) %>% | |
str_sub (start = 1, end = 4) | |
spec <- names %>% # spec with lowercase s | |
str_split (' ') %>% | |
sapply (FUN = function (x) x[2]) %>% |
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newick2phylog_DZ <- function (x.tre, add.tools = TRUE, call = match.call()) | |
{ | |
complete <- function(x.tre) { | |
if (length(x.tre) > 1) { | |
w <- "" | |
for (i in 1:length(x.tre)) w <- paste(w, x.tre[i], | |
sep = "") | |
x.tre <- w | |
} | |
ndroite <- nchar(gsub("[^)]", "", x.tre)) |
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Acer palmatum v. pubescens Acer serrulatum Barthea barthei Blastus cochinchinensis Camellia brevistyla Camellia tenuifolia Castanopsis cuspidata v. carlesii Cinnamomum kanehirae Cinnamomum subavenium Cleyera japonica Cleyera japonica v. longicarpa Cleyera japonica v. taipinensis Cryptocarya chinensis Cyclobalanopsis longinux Cyclobalanopsis morii Cyclobalanopsis sessilifolia Daphniphyllum glaucescens s. oldhamii v. kengii Dendropanax dentiger Diospyros morrisiana Elaeocarpus japonicus Engelhardia roxburghiana Eurya crenatifolia Eurya glaberrima Eurya loquaiana Fatsia polycarpa Ficus erecta v. beecheyana Fraxinus griffithii Glochidion acuminatum Glochidion rubrum Helicia formosana Ilex ficoidea Ilex formosana Ilex goshiensis Ilex hayataiana Ilex lonicerifolia Ilex species Illicium anisatum Illicium arborescens Illicium tashiroi Itea parviflora Lasianthus fordii Lasianthus wallichii Limlia uraiana Litsea acuminata Litsea elongata v. mushaensis Machilus japonica Machilus thunbergii Machilus zuihoensis Malus dou |
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Species SLA LDMC LT LA SSD Wett_U Wett_B Chlor | |
Acer palmatum v. pubescens 22.0 427.3 0.14 1785 0.61 67 73 24 | |
Acer serrulatum 19.1 446.6 0.15 2534 0.61 83 96 38 | |
Ardisia quinquegona 11.3 423.1 0.21 1428 0.60 NA NA 61 | |
Barthea barthei 20.8 301.6 0.28 1504 0.54 67 50 35 | |
Blastus cochinchinensis 31.7 267.8 0.19 3628 0.50 76 49 27 | |
Camellia brevistyla 10.3 409.4 0.32 796 0.57 55 69 40 | |
Camellia tenuifolia 9.9 420.7 0.34 854 0.56 63 72 77 | |
Castanopsis cuspidata v. carlesii 9.8 473.6 0.32 1816 0.55 71 92 41 | |
Castanopsis cuspidata v. carlesii f. sessilis 9.6 466.7 0.36 1581 0.55 NA NA NA |
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Locality code Locality name Date of vegetation sampling Latitude Longitude Elevation PPO43 Ca_M Mg_M K_M Fe_M pH cond TOC TC IC TN Ca_H2O Mg_H2O K_H2O Na_H2O Fe_H2O CN | |
M01 Luen-Pi-Chi 9/13/2014 24 42 12.4 121 35 28.4 794 5.4 33.6 34.2 86.5 330 3.8 102 487.00 489.00 1.8 60.1 3.01 6.55 17.2 13.1 2.73 8.103161398 | |
M02 Nan-Cha-Tien Shan 11/4/2014 24 46 46.8 121 24 41.6 947 14.7 262 67.4 121 274 4.1 89.7 441.00 444.00 3 56.6 15.4 8.36 20.4 6.47 0.97 7.791519435 | |
M03 Wu-Lai_Fu-Shan 11/19/2014 24 46 58.6 121 28 58.2 868 3.1 98.6 83.2 142 278 3 379 275.00 279.00 3.8 203 42.8 45.7 48.3 18.8 0.51 1.354679803 | |
Q01 Fu-Sin-Jien I 9/16/2014 24 38 57.1 121 26 08.0 1343 9.4 89 85.6 132 365 3.5 282 1033.00 1036.00 3.3 83.9 2.84 3.25 42.2 33.9 6.25 12.31227652 | |
Q02 Fu-Sin-Jien II 9/28/2014 24 39 22.0 121 26 01.7 1606 92.6 153 290 248 327 3 228 1244.00 1247.00 3.3 123 8.71 19.6 41.1 22.8 4.67 10.11382114 | |
Q03 Fu-Fu-Shan 10/14/2014 24 43 33.6 121 23 29.6 1571 13.8 374 101 121 507 3.4 193 285.00 288.00 3 122.7 5.95 5.18 28 |
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