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2,418 results for “Silene”
Silene latifolia ssp. alba (Caryophyllaceae) - leaf - basal or on lower stem
Image of Silene latifolia ssp. alba (Caryophyllaceae) - leaf - basal or on lower stem
Silene regia (Caryophyllaceae) - whole plant - in flower - general view
Image of Silene regia (Caryophyllaceae) - whole plant - in flower - general view
Silene regia (Caryophyllaceae) - leaf - on upper stem
Image of Silene regia (Caryophyllaceae) - leaf - on upper stem
Silene regia (Caryophyllaceae) - stem - showing leaf bases
Image of Silene regia (Caryophyllaceae) - stem - showing leaf bases
Silene regia (Caryophyllaceae) - inflorescence - frontal view of flower
Image of Silene regia (Caryophyllaceae) - inflorescence - frontal view of flower
Silene regia (Caryophyllaceae) - inflorescence - lateral view of flower
Image of Silene regia (Caryophyllaceae) - inflorescence - lateral view of flower
Silene latifolia (Caryophyllaceae) - stem - showing leaf bases
Image of Silene latifolia (Caryophyllaceae) - stem - showing leaf bases
Data from Investigating the effects of diurnal and nocturnal pollinators on male and female reproductive success and on floral trait selection in Silene dioica
<p><strong>data_all_OdEx.csv</strong>: all data about phenotypes or reproductive success at the individual scale</p> <ul> <li>ID : ID name</li> <li>nGrSemis_min : seed number needed to be sowned to get enough seedlings</li> <li>nGrGerm : seed number effectively sowned</li> <li>nGrGerm_OK : number of germinated seed</li> <li>TauxGerm : germination rate</li> <li>nFruits_MAX : maximal number of fruit that the plant could have produced</li> <li>nFruits_OK : effective number of fruits that the plant had produced</li> <li>nFruits_OK_avecPred : effective number of fruits that the plant had produced ignoring predation</li> <li>nFruits_pred : number of predated fruits</li> <li>mean_nbSeeds : mean number of seeds per fruit</li> <li>sd_nbSeeds : sd number of seeds per fruit</li> <li>mean_nbOv : mean ovule non fertilize per fruit</li> <li>sd_nbOv : sd ovule non fertilize per fruit</li> <li>mean_nbOvTOT : mean ovule number per flower</li> <li>sd_nbOvTOT : sd ovule number per flower</li> <li>prodTOT : total number of seed produced including germination rate</li> <li>FS : Fruit-set</li> <li>SS : Seed-set</li> <li>prodTOTsg : total number of seed produced without germination rate</li> <li>nbFlo_run0 : flower number at the beginning of the experiment</li> <li>nbFlo_run1 : flower number at the first measurement</li> <li>mean_nbFlo : mean flower number</li> <li>MeanFec : mean seed sired per males according to MEMM model</li> <li>MeanDelta : mean delta pollen dispersion according to MEMM model</li> <li>MeanMRS : mean male reproductive success (including female RS) according to MEMM model</li> <li>MedFec : same as above with the median</li> <li>MedDelta : same as above with the median</li> <li>MedMRS : same as above with the median</li> <li>VarFec : same as above with the variance</li> <li>VarDelta : same as above with the variance</li> <li>VarMRS : same as above with the variance</li> <li>ciFec : Same as above with confidence interval</li> <li>ciDelta : Same as above with confidence interval</li> <li>ciMRS : Same as above with confidence interval</li> <li>MS_Res : mating success</li> <li>mean_lFl : mean corolla width</li> <li>mean_hFl : mean calyx height</li> <li>QttTOT : pollen number per flower</li> <li>pop : which originate population</li> <li>cohort : which cohort</li> </ul> <p><strong>data_seeds_OdEx.csv</strong> : all data about seed number of weight as well as unfertilized ovule at the fruit scale for female RS</p> <ul> <li>ID : ID name</li> <li>noFruit : ID fruit</li> <li>poids : seed weight</li> <li>nbSeeds : number of seeds</li> <li>nbOv : number of unfertilized ovule</li> <li>moySeeds : mean seed size</li> <li>varSeeds : variance in seed size</li> </ul> <p><strong>data_poll_OdEx.csv</strong> : all data about pollinator observation session</p> <ul> <li>ID : ID name</li> <li>session : observation session number</li> <li>nbVis : number of independent insect attracted</li> <li>nbVisTot : number of total visit</li> <li>binVis : individual visited or not</li> </ul>
Figure 7 in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 7. Silene nepalensis: A, whole plant; B, whole plant; C, lower stem node; D, calyx; E, teeth cilia; F, vein pubescence; G, calyx; H, upper part of pedicel; I, petal; J, petal; K, petal; L, seed. Silene poa Lidén, sp. nov.: M, whole plant; N, whole plant; O, calyx; P, teeth cilia; Q, vein pubescence; R, upper part of pedicel; S, calyx vein en face; T, seed; U, petal. Scale bars: A, B, M, N, 10 cm; C, D, G, I–K, O, U, 1 cm; E, F, H, L, P–T, 1 mm. Vouchers: A, K, H. Ohba et al. 8580491 (E); B, J, H. Ikeda et al. 20811234 (E); C–F, I, L, M. Wakabayashi et al. 9730195 (E); G, H, Durham univ. exp. D037 (KATH); M, Dep. Med. Pl. Kathmandu 6293 (KATH); N, S, U, PSW 2570 (E); O–R, T, J.F. Duthie 2742 (DD). Drawings: Magnus Lidén.
Figure 4 in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 4. Silene thomsonii: A, eastern form; B, 'weedy' lowland form; C, widespread form (except the extreme east of the distribution area). Photographs: A and B, E. Byers; C, K. Halberg.
Figure 3 in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 3. Silene thomsonii: A, whole plant, low-altitude form; B, whole plant, Central Nepalese form to which the type of the name S. thomsonii belongs; C, whole plant, Central Nepalese form to which the type of the name S. thomsonii belongs; D, whole plant, eastern form from Solukhumbu; E, calyx (drawn from resoftened herbarium material; the calyces are much more closed when fresh, see Figure 4); F, calyx (drawn from resoftened herbarium material; the calyces are much more closed when fresh, see Figure 4); G, hairs on calyx teeth; H, hairs on calyx veins; I, upper part of pedicel; J, seed; K, seed; L, petal; M, petal. Scale bars: A–D, 10 cm; E, F, L, M, 1 cm; G–K, 1 mm. Vouchers: A, Suzuki et al. 9485253 (E); B, Hoshino et al. 9666181 (E); C, Yon 165 (E); D, Wakabayashi et al. 9710312 (E); E, Suzuki et al. 9485253 (E); F–H, B. Yon 233 (E); I, DNEP3 AY36 (E); J, Wakabayashi et al. 9710312 (E); K, KR 9740430 (KATH); L, B. Yon 233 (E); M, DNEP3 AY36 (E). Drawings: Magnus Lidén.
Figure 2. A in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 2. A small plant of Silene scoparia in a rock wall between Lupra and Kagbeni. Note the infection by Microbotryum violaceum affecting the anthers. Photograph: Michelle Page.
Figure 1 in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 1. Silene scoparia Lidén, sp. nov.: A, whole plant leaf rosettes; B, whole plant with flowers (two damaged flowers have been 'mended' for clarity, with the mended parts appearing lighter); C, calyx (insert: calyx teeth); D, hairs on calyx veins; E, hairs on pedicels; F, hairs on calyx teeth vein; G, petal; H, cauline leaf; I, seed. Silene oreoploca Lidén, nom. nov.: J, whole plant with flowers; K, calyx (insert: calyx teeth); L, hairs on calyx veins; M, hairs on pedicels; N, petal; O, cauline leaf; P, seed; Q, androgynophore pubescence. Silene moorcroftiana Wall. ex Benth.: R, whole plant with flowers; S, calyx (insert: calyx teeth); T, hairs on calyx veins; U, hairs on pedicels; V, petal; W, cauline leaf; X, seed; Y, androgynophore pubescence. Scale bars: A, B, J, R, 10 cm; G, H, N, O, V, W and C, K, S (excluding inserts), 1 cm; C, K, S (inserts), 2 mm; D–F, I, L, P, Q, T, X and Y, 1 mm. Vouchers: A, Y. Iokawa et al. 20020015 (E00826586); B, M. Minaki et al. 9104467 (E00231757); C–I, G. Miehe, S. Miehe & K. Koch 01-076-08 (GB); J, Tibet herbal medicine census 1666 (PE); K–O, Chen Jia-Rui 92294 (PE); P and Q, Miehe 99-49-10 (GB); R, S. Noshiro et al. 20106115 (TI); S–Y, S. Miehe 99-62-16 (GB). Drawings: Magnus Lidén.
Figure 5 in FLORA OF NEPAL NOTULAE IV: NEW SPECIES AND RESURRECTED NAMES IN SILENE
Figure 5. Silene nyalamensis (L.H.Zhou) Lidén, comb. nov.: A, calyx; B, petal; C, seed; D, whole plant; E, upper part of pedicel; F, calyx vein pubescence; G, calyx teeth cilia. Silene blepharicalyx Lidén, sp. nov.: H, calyx; I, petal; J, seed; K, whole plant; L, upper part of pedicel; M, calyx vein pubescence; N, calyx teeth cilia. Silene procera Lidén, sp. nov.: O, calyx; P, petal; Q, seed; R, S, whole plant; T, upper part of pedicel; U, calyx vein pubescence; V, calyx teeth cilia. Scale bars: A, B, H, I, O, P, 1 cm; C, E–G, J, L–N, Q, T–V, 1 mm; D, K, R, S, 10 cm. Vouchers: A, C–G, Tibet herbal medicine census 1832 (PE); B, Banerji & P.R. Shakya 5706 (KATH); H, L–N, K.K. Shrestha & S.K. Ghimire SP363 (KATH); I, J, S. Noshiro et al. 20106081 (E); K, A. Stainton, W.R. Sykes & L.H.J. Williams 2197 (E); O, P, R–V, H. Ikeda et al. (Manaslu 2008 expedition) 20815090 (E); Q, H. Ikeda et al. 20811114 (E). Drawings: Magnus Lidén.
Fig. 9 - Silene acaulis L in Botanical geography correspondence between Alexander von Humboldt and Filippo Parlatore (1851-1852)
Fig. 9 - Silene acaulis L. Circum-arctic-alpine herbaceous species typical of the high altitude pioneer clods, collected by Parlatore on the edge of the Mer de Glace in the Mount Blanc Alpine range in 1849 (courtesy of the Department of Botany in the Natural History Museum of the University of Florence). / Silene acaulis L. Specie erbacea circum-artico-alpina propria delle zolle pioniere d'alta quota, raccolta da Parlatore ai margini della Mer de Glace nella catena alpina del Monte Bianco nel 1849 (per gentile concessione del Dipartimento di Botanica del Museo di Storia Naturale dell'Università di Firenze).
Fig. 1 in Recombination provides evidence for ancient hybridisation in the Silene aegyptiaca (Caryophyllaceae) complex
Fig. 1 Species tree inferred by the DISSECT module of *BEAST based on six nuclear loci. Clades containing conspecific samples have been shown as triangles. Six clades and three singletons comprise the nine species discussed in the text. Numbers above branches are the clade
Fig. 5 in Recombination provides evidence for ancient hybridisation in the Silene aegyptiaca (Caryophyllaceae) complex
Fig. 5 Proposed model of the introgression and recombination between the S. atocioides (pink) and S. aegyptiaca (yellow) S. aegyptiaca lineages. Event A is a hybridisation episode leading to the introgression of a S. atocioides (pink) allele of EST09 into the S. aegyptiaca (yellow) population. This would have occurred at ca. 0.026 relative time units. Event B is recombination among alleles in the S. aegyptiaca (yellow) population over time since introgression to produce several combinations between the single S. atocioides (pink) allele lineage from the source population and several S. aegyptiaca (yellow) allele lineages present in the S. atocioides (pink) population. We presuppose that a recombination hotspot is present to generate approx. the same breakpoint in each case. This results in alelle combinations with monophyletic S. atocioides (pink) alleles (all derived from pink allele 1) in the recombinants, but more diverse S. aegyptiaca (yellow) alleles (derived from yellow alleles 1, 2 and 3) in the recombinants, consistent with the gene tree observations. Alternatively, two independent recombinations (rather than three) and subsequent divergence of one S. aegyptiaca (yellow) allele lineage in the recombinants could explain the gene trees
Fig. 4 in Recombination provides evidence for ancient hybridisation in the Silene aegyptiaca (Caryophyllaceae) complex
Fig. 4 Maximum clade credibility chronogram inferred using BEAST of the 3′ partition of EST09. Numbers above branches are the clade posterior probabilities. The putatively recombined sequences are marked by red
Linked collectors and determiners for: Centralisation des observations floristiques dans le cadre du SINP - Observations floristiques - plateforme SINP régionale SILENE PACA.
Natural history specimen data linked to collectors and determiners held within, "Centralisation des observations floristiques dans le cadre du SINP - Observations floristiques - plateforme SINP régionale SILENE PACA". Claims or attributions were made on Bionomia by volunteer Scribes, <a href="https://bionomia.net/dataset/0d8cc344-d880-42ec-a200-40b4ad71affd">https://bionomia.net/dataset/0d8cc344-d880-42ec-a200-40b4ad71affd</a> using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, <a href="https://gbif.org/dataset/0d8cc344-d880-42ec-a200-40b4ad71affd">https://gbif.org/dataset/0d8cc344-d880-42ec-a200-40b4ad71affd</a>. Formatted as a Frictionless Data package.
Figure 5 in The parasitoid complex associated with the herbivore Hadena bicruris (Lepidoptera: Noctuidae) on Silene latifolia (Caryophyllaceae) in the Netherlands
Figure 5. The parasitoid complex as observed on H. bicruris in the Netherlands along the river Waal. Solid lines show the most important parasitoid species. Bold names indicate possible specialist species.
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