nce of Aegean Nigella (Ranunculaceae)

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关键词：

Nigella;Continental islands

DOI：

doi:10.5061/dryad.961t3

摘要：

further insights into the biogeographical processes underlying the Pleistocene diversification of the Aegean Nigella arvensis complex; (2) evaluate

Data from: The diversity of floral temperature patterns, and their use by pollinators

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关键词：

Pelargonium cucullatum;Helleborus orientalis;Helianthemum nummularium;Helleborus x \u2018Snow White\u2019;Floral Signalling;Arabis alpina;Begonia coccinea;Chamerion angustifolium 'Albino';Bergenia cordifolia;Chaenomeles speciosa;Vinca minor;Geranium sylvaticum;Tulipa tarda;Conditioning;Jasminum officinale;Crinum x powellii;Brachyscome iberidifolia;Trautvetteria caroliniensis;Osteospermum jucundum;Hyacinthoides non-scripta;Iris sibirica;Cistus x purpureus;Astrantia major;Gazania rigens;Geranium psilostemon;Geranium pyrenaicum;Lotus corniculatus;Paradisea lusitanica;Dietes bicolor;Potentilla fruticosa 'Gibson's Scarlet';Campanula poscharskyana;bumblebees;Kerria japonica 'Flore Pleno';Camellia fraterna;Papaver cambricum;Matricaria chamomilla;Iris unguicularis;Crocus x stellaris;Helichrysum sp.;Fragaria vesca;Fuchsia magellanica;Geranium californicum;Campanula persicifolia;Bellis perennis;Anemone nemorosa;Azalea sp.;Hemerocallis sp.;Hydrangea macrophylla;Bees;Cypella herbertii;Primula vulgaris;Tulipa 'Golden Appledoorn';Anthurium scherzerianum;Impatiens tinctoria;Tulipa 'Honky Tonk';Magnolia kobus;Taraxacum officinale;Geranium pratense;Bombus terrestris;Xerochrysum bracteatum 'Florabella Pink';Hemerocallis 'Autumn Red';Spiraea prunifolia;Narcissus pseudonarcissus;Dimorphotheca pluvialis;Anemone blanda;Paeonia peregrina;Coreopsis verticillata;Eschscholzia californica;Hypericum calycinum;Xerochrysum bracteatum;Brunnera macrophylla;Ranunculus bulbosus;Roscoea sp.;Aquilegia vulgaris;Arctotis acaulis;Ranunculus sp.;Cistus 'Snow Fire';Borago officinalis;Dahlia coccinea;Vinca herbacea;Chamelaucium uncinatum;Rhododendron carolinianum 'P.J. Mezitt';Ranunculus aquatilis;Cistus x pulverulentus;Pelargonium quercifolium;Nymphaea odorata;Helianthemum apenninum;Mimulus aurantiacus;Tulbaghia violacea;Mimosa pudica;learning;Dimorphotheca sp.;Allium cristophii;Geum 'Kariskaer';Gazania rigens 'Cookie';Malva sylvestris;Phlomis fruticosa;Ranunculus auricomus;Nepeta 'Six Hills Giant';Scutellaria galericulata;Zantedeschia aethiopica;Infrared thermography;Felicia amelloides;Leucanthemum vulgare;Aubrieta deltoidea;Piptanthus napalensis;Prunus sp.;Pelargonium echinatum;Zinnia peruviana 'Red Spider';Cistus 'Snow White';Papaver rhoeas;Crocosmia 'Lucifer';Geum chiloense 'Lady Straheden';Cistus x verguinii;Geranium albanum;Silene coronaria;Angiosperms;temperature;Crocus vernus;Ficaria verna;Rhododendron sp.;Daphne odora;Polemonium foliosissimum;Cistus x argenteus;Dimorphotheca sinuata;Euphorbia characias;Campanula portenschlagiana;Knautia macedonica;Alyogyne huegelii;Salvia forsskaolii;Gazania 'Daybreak Bright Orange';Galanthus nivalis;Acanthus hungaricus;Tulipa 'Daydream';pollination;Geu chiloense 'Mrs Bradshaw';Tulipa hageri 'Red Cup';Knautia macedonica 'Red Knight';Nigella damascena;Geranium procurrens;Pasithea caerulea;Rhodanthe chlorocephala;Exochorda x macrantha;Narcissus hispanicus;Tulipa kaufmanniana

DOI：

doi:10.5061/dryad.qp244

摘要：

by captured sunlight or plant thermogenesis. Bumblebees, honeybees and stingless bees can distinguish flowers based on differences in overall temperature bet

Data from: Plant-soil feedbacks from 30-year family-specific soil cultures: phylogeny, soil chemistry and plant life stage

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关键词：

soil sickness;Soil biota;pathogenic;coexistence;Petunia integrifolia;Ranunculaceae;Poaceae;Lamiaceae;Matricaria recutita;Nicotiana tabacum;seedling;Janzen-Connell;germination;Salvia viridis;Nigella damascena;Above-below ground ecology;Asteraceae;phylogeny;Solanaceae;Triticum aestivum

DOI：

doi:10.5061/dryad.26kb0

摘要：

e idiosyncratic, and species did not perform better on soils cultured by phylogenetically more distant relatives. The magnitude and sign of feedback effects could

Data from: Root:shoot ratio in developing seedlings: how seedlings change their allocation in response to seed mass and ambient nutrient supply

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关键词：

Lychnis viscaria;Lithospermum arvense;Plantago lanceolata;Nigella arvensis;Campanula glomerata;Seed mass;Lotus corniculatus;Inula britannica;seedling development;Ranunculus acris;Lathyrus vernus;Lepidium campestre;R:S ratio;Campanula trachelium;Anchusa officinalis;Dianthus deltoides;interspecific comparison;Agrimonia eupatoria;biomass partitioning;Sisymbrium officinale;Filipendula vulgaris;Centaurea cyanus;nutrient availability

DOI：

doi:10.5061/dryad.67mg4q8

摘要：

1) Root:shoot (R:S) biomass partitioning is one of the keys to the plants' ability to compensate for limiting resources in the environment