Data from: Pseudo-parallel patterns of disjunctions in an Arctic-alpine plant lineage

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Micranthes;Micranthes tolmiei;Micranthes bryophora

DOI：

doi:10.5061/dryad.q6f6qd7

摘要：

and the intense climatic fluctuations that have occurred since its formation. In Micranthes (Saxifragaceae), which has high rates of montane endemism, two species

Data from: The future of cold-adapted plants in changing climates: Micranthes (Saxifragaceae) as a case study

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Micranthes;niche modeling;Holocene

DOI：

doi:10.5061/dryad.7294nh2

摘要：

. We selected 29 species of Micranthes (Saxifragaceae) representing the mountain and Arctic biomes of the northern hemisphere. For this analysis, 24,755

Data from: Plant community composition and species richness in the High Arctic tundra: from the present to the future

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Cassiope tetragona;Silene involucrata;Pedicularis flammea;Silene acaulis;Draba arctica;carex marítima;Stellaria longipes;Euphrasia frigida;Festuca hyperborea;Luzula nivalis;Festuca brachyphylla;plant cover;Equisetum variegatum;Arctagrostis latifolia;High Arctic tundra vegetation;Bistorta vivipara;Arenaria pseudofrigida;Sabulina stricta;boral;Arnica angustifolia;Minuartia biflora;Pedicularis hirsuta;Poa glauca;Poa arctica;Potentilla nivea;Sabulina rubella;Hierochloe alpina;Cerastium arcticum;Festuca rubra;Salix arctica;Carex bigelowii;Carex fuliginosa;Juncus castaneus;Draba glabella;Rhododendron lapponicum;Micranthes nivalis;Eriophorum triste;Kobresia myosuroides;vascular plants;Potentilla rubricaulis;Carex nardina;Papaver radicatum;Saxifraga oppositifolia;Equisetum arvense;Polemonium boreale;Potentilla hyparctica;Juncus triglumis;Saxifraga cespitosa;Carex capillaris;Oxyria digyna;Chamerion latifolium;Carex rupestris;Draba subcapitata;Alopecurus borealis;Bayesian Ordination and Regression Analysis;Kobresia simpliciuscula;Rumex acetosella;vegetation composition;Luzula confusa;Campanula uniflora;Potentilla arenosa;Saxifraga cernua;Vaccinium uliginosum;Juncus biglumis;Trisetum spicatum;Festuca vivipara;Dryas sp.

DOI：

doi:10.5061/dryad.8gr16

摘要：

Arctic plant communities are altered by climate changes. The magnitude of these alterations depends on whether species distributions are determi

Data from: Phenological mismatch with trees reduces wildflower carbon budgets

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Trillium grandiflorum;Hydrophyllum virginianum;Asarum canadense;Cypripedium acaule;Aquilegia canadensis;Viola pedata;Quercus rubra;Fagus grandifolia;Populus grandidentata;Maianthemum racemosum;Micranthes virginiensis;Acer rubrum;Aralia nudicaulis;Silene caroliniana;Acer saccharum;Caltha palustris;Anenome quinquefolia;Moehringia lateriflora;Trientalis borealis;Populus tremuloides;Packera aurea;phenology;Ulmus americana;Fraxinus americana;Geranium maculatum;Arisaema triphyllum;Quercus alba;Betula papyrifera;Betula lenta;Carya glabra;Sanguinaria canadensis;Betula populifolia;Hypoxis hirsuta;Nyssa sylvatica;Houstonia caerulea

DOI：

doi:10.5061/dryad.3h7951k

摘要：

and overstory species to increased spring temperature could have significant ecological implications. Pairing contemporary data with historical observations