Data from: Flower colour and phylogeny along an altitudinal gradient in the Himalaya of Nepal

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Swertia sp;Impatiens balsamina;Phlomis spectabilis;Begonia picta;Ranunculus scleratus;plant reproductive ecology;Plantago sp;Bistorta affinis;Crotalaria cytisoides;Rhododendron sp;Calanthe mannii;Rhododendron nivale;Parochetus communis;montane habitat;Ranunculus pulchellus;Pedicularis elwesii;Bulbophyllum affine;Dendrobium porphyrochilum;Erigeron multiradiatus;pollination;Pleurospermum brunonis;Cyananthus lobatus;Hedychium gardnerianum;Scutellaria sp;Cymbidium aloifolium;Aechmanthera gossypina;Impatiens urticifolia;Microula sikkimensis;Geranium donianum;Coelogyne nitida;Clerodendrum serratum;Smitinandia micrantha;Dendrobium amoenum;Holocene;Androsace sarmentosa;Primula rotundifolia;Leontopodium jacotianum;Bistorta macrophylla;Trichotosia dasyphylla;Anaphalis contorta;Senecio graciliflorus;Viola wallichi;Phaius tankervilliae;Pieris formosa;Ranunculus diffusus;elevation gradient;Saussurea nepalensis;Rhododendron anthopogon;Geranium pratense;Aerides multiflora;Epilobium sp;Delphinium stapeliosum;Theropogon pallidus;Senecio jacquemontiana;Persicaria capitata;Leucas lanata;Pedicularis megalantha;Oxygraphis polypetala;hymenopterans;Rhodiola bupleuroides;Ponerorchis chusua;Potentilla cuneata;Lobelia chinensis;Anemone vitifolia;Schima wallichi;Osbekia stellata;Nepeta connata;Primula buryana var purpurea;Hydrangea aspera;Potentilla plurijuga;Bistorta amplexicaulis;Anemone rupestris;Orobanche cernua;Gypsophila cerastioides;Berberis mucrifolia;Potentilla microphylla;Anaphalis busua;Kingidium taenialis;Hypericum elodeoides;Rheum acuminatum;Eria excavata;Corydalis juncea;Heracleum wallichi;Rumex nepalensis;Saxifraga roylei;Spiranthes sinensi;Chirita sp;Rhynchostylis retusa;Coleus blumei;Aster sp;Maharanga emodi;Thalictrum reniforme;Dendrobium nobile;Solanum surattense;Coelogyne prolifera;Caltha plaustris var himalensis;Aerides odorata;Ranunculus brotherusii;Impatiens stenantha;Meconopsis dwoji;Desmodium multiflorum;Vanda cristata;Lilium sp;Rhodiola sp;Pedicularis scullyana;Anemone sp;Pedicularis roylei;Chesnea sp;Papilionanthe teres;Nervilia infundibulifolia;Pleurospermum candollei;Satyrium nepalense;dipterans;Viola biflora

DOI：

doi:10.5061/dryad.2p8v2

摘要：

1. Both the phylogenetic structure and trait composition of flowering plant communities may be expected to change with altitude. In particular

Data from: SRUD: a simple non-destructive method for accurate quantification of plant diversity dynamics

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Euphrasia pectinata;Arenaria serpyllifolia;Kobresia humilis;Trollius farreri;Pleurospermum camtschatium;Lancea tibetica;Allium sikkimense;Polygonum viviparum;Ajania tenuifolia;Veronica eriogyne;Parnassia trinervis;Lomatogonium carinthiacum;Pedicularis rhinanthoides;Xanthopappus subacaulis;Thermopsis lanceolata;Gentiana sino-ornata;Pedicularis kansuensis;Stipa aliena;Delphinium kamaonense;Koeleria cristata;Gentiana straminea;Gentiana aristata;Pedicularis chinensis;Agrostis hugoniana;Viola pseudo-bambusetorum;Medicago archiducis-nicolai;Cerastium arvense;Festuca sinensis Keng;nutrient enrichment;Astragalus polycladus;Aneurolepidium dasystachys;Kobresia capillifolia;Corydalis pallida;Artemisia sieversiana;Agrostis trinii;Festuca coelestfs;Geranium pylzowianum;Poa pachyantha;Leontopodium souliei;Poa crymophila Keng;Saussurea nigrescens;Aconitum gymnandrum;Gentianopsis paludosa;Capsella bursa-pastoris;Microula sikkimensis;Vicia sepium;Herbivory;Aster alpinus;Halenia elliptica;Saussurea brunneopilosa;Festuca ovina;Carex atrofusca;plant population and community dynamics;Potentilla anserina;Saposhnikovia divaricata;Daucus carota;Plantago depressa;Silene aprica;Sanguisorba filiformis;Pedicularis szetschuanica;Anaphalis lactea;Gentiana macrophylla;Ligularia virgaurea;Saussurea hieracioides;Maximum plant height;Anemone rivularis;Galium aparine var. echinospermum;Euphorbia altotibetica;Ranunculus tanguticus;Anemone trullifolia;Ajuga lupulina;Anaphalis sinica;Saussurea pachyneura;Thalictrum alpinum;Galium verum;Swertia tetraptera;percent cover;biomass;Stellaria uda;Tibetia himalaica;Scirpus pumilus;Saussurea stella;Artemisia mongolica;Ajuga ovalifolia;space resource utilisation (SRU);Potentilla fragarioides;Elymus nutans;Chenopodium glaucum;Anemone obtusiloba;Pedicularis longiflora;Oxytropis kansuensis;Rumex patientia;Leontopodium nanum;dominant species;Deschampsia caespitosa;Taraxacum maurocarpum

DOI：

doi:10.5061/dryad.1bm144m

摘要：

taxonomic expertise. Ecosystem processes and plant community structure are likely driven primarily by dominant species (mass-ratio effect). Within communiti