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9,937 results for “Endemicity”
FIGURE 5 in Rediscovery of Tordylium brachytaenium (Tordylieae, Apioideae, Apiaceae), an endemic and threatened species in Turkey
FIGURE 5. Schematic transects of mericarps. A. T. ketenoglui (ADK 4138), B. T. brachytaenium (ADK 4115), C. T. pestalozzae (ADK 4064). Abbreviations: p= parenchyma cells, e= endosperm, ldv=lateral dorsal vittae, cv= commissural vittae, w=wing, vb=vascular bundle, vh=vesicular hair, lh=linear hair.
FIGURE 3 in Rediscovery of Tordylium brachytaenium (Tordylieae, Apioideae, Apiaceae), an endemic and threatened species in Turkey
FIGURE 3. SEM micrographs of dorsal surface of mericarps. A–D Tordylium pestalozzae (ADK 4064). E–H Tordylium brachytaenium (ADK 4115). I–L Tordylium ketenoglui (ADK 4138).
FIGURE 5 in A new critically endangered species of Angraecum (Orchidaceae) endemic to the island of Mauritius, Indian Ocean
FIGURE 5. Distribution of the new species Angraecum jeannineanum in Mauritius. Each dot is 1 km across. Close circle: actual known range. Open circle: recorded herbarium samples.
FIGURE 2 in Rediscovery of Tordylium brachytaenium (Tordylieae, Apioideae, Apiaceae), an endemic and threatened species in Turkey
FIGURE 2. Tordylium brachytaenium (ADK 4115). A. Habitat. B. General appearance. C. Fruits and umbel. D. Close to the umbel.
FIGURE 1 in A new critically endangered species of Angraecum (Orchidaceae) endemic to the island of Mauritius, Indian Ocean
FIGURE 1. Flowers of the four species of Angraecum sect. Hadrangis. A. Angraecum striatum, showing aperture pattern of the flower with the vertical arrow indicating the height and the horizontal, the width. B. Angraecum cadetii. C. Angraecum bracteosum. D. Angraecum jeannineanum. Photos: J. Fournel and C. Micheneau.
FIGURE 7 in The correct name for the New Zealand endemic conifer Hall's totara (Araucariales: Podocarpaceae)
FIGURE 7. Lectotype of Podocarpus hallii WELT SP038177 (upper branchlet), Copyright © Museum of New Zealand, Te Papa Tongarewa; reproduced with permission.
FIGURE 3 in The correct name for the New Zealand endemic conifer Hall's totara (Araucariales: Podocarpaceae)
FIGURE 3. Podocarpus laetus (as laeta), US 545959, Copyright © United States National Herbarium, Smithsonian Institution; reproduced with permission.
FIGURE 6 in The correct name for the New Zealand endemic conifer Hall's totara (Araucariales: Podocarpaceae)
FIGURE 6. Lectotype of Podocarpus cunninghamii, Copyright © Royal Botanic Gardens, Kew; reproduced with permission.
FIGURE 2 in The correct name for the New Zealand endemic conifer Hall's totara (Araucariales: Podocarpaceae)
FIGURE 2. Neotype of Podocarpus laetus (as laeta), P01621724, Copyright © Museum National d'histoire naturelle, Paris; reproduced with permission.
FIGURE 1 in The correct name for the New Zealand endemic conifer Hall's totara (Araucariales: Podocarpaceae)
FIGURE 1. Podocarpus laetus (as Bidwilli), B10 0426223, Copyright © Botanic Garden and Botanical Museum Berlin-Dahlem, Freie Universität Berlin; reproduced with permission.
FIGURE 1. Pombalia barbata. A in Pombalia barbata, a new species of Violaceae endemic to the Brazilian Caatinga
FIGURE 1. Pombalia barbata. A. Habit; B. Sepal; C. Gynoecium, floral "pedicel" and bracteoles; D1-D6. Variations in corolla shape; E. Flower with perianth removed; F1. Posterior stamen; F2-F4. Morphological variation of the anterior stamens.
FIGURE 2 in Pombalia barbata, a new species of Violaceae endemic to the Brazilian Caatinga
FIGURE 2. Geographical distribution of Pombalia barbata, and the area covered by the Caatinga in detail.
FIGURE 6 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 6. Ranunculus schmalhausenii in the wild in Republic of Karelia, Russia: A—plant in deep water of lake Srednee Kuito (vicinity of town Kalevala), B—whole plant in the shallow of lake Bolshoe Severnoe (vicinity of village Sosnovyi), C, D—floating upper vegetativegenerative part in the shallow of lake Bolshoe Severnoe (vicinity of village Sosnovyi). Photos A.A. Bobrov, (A) 16 July 2012, (B–D) 17 July 2012.
FIGURE 5 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 5. Herbarium specimens (H) of Ranunculus schmalhausenii of different morphotypes: A—typical lake form (Russia, Murmansk region, lake Notozero, H 801405), B—typical river form (Finland, Kittilä Lapland, Ylikylä, H 801383), C—form with lobed petals (Finland, Finland proper, Jalassaari, H 801409), D—form with many petaled flowers (Finland, South Häme, lake Norijärvi, H 043172).
FIGURE 4 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 4. Phylogenetic relations within Batrachium taxa based on the rpl32-trnL region. Unrooted tree was built in MEGA5 using Maximum Likelihood method (ML). Bootstrap support values from 1000 replicates are shown next to the branches.
FIGURE 8 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 8. Individual plant of Ranunculus schmalhausenii (Russia, Republic of Karelia, lake Verknyaya Kuzemka, IBIW) with different types of shoots: A—vegetative, prostrate shoots, B—lower part of generative shoot, C—upper part of generative shoot.
FIGURE 1 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 1. Geographical range of Ranunculus schmalhausenii (outlined) with the localities of field investigation and DNA sampling in Finland and North-West of European Russia (dots). Dash line shows preliminary range border due to insufficient data.
FIGURE 3 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 3. Phylogenetic relations within Batrachium taxa based on the psbE-petL region. Unrooted tree was built in MEGA5 using Maximum Likelihood method (ML). Bootstrap support values from 1000 replicates are shown next to the branches.
FIGURE 2 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 2. NeighborNet analysis of interspecific ITS variability within the Batrachium section. The concentration of Ranunculus schmalhausenii samples are marked by small red rectangle; big red rectangle—close up view showing the genetic relations among the samples of R. schmalhausenii (samples marked red) and R. penicillatus (samples given in italic). Bootstrap support values from 1000 replicates are shown next to the branches. Each of the five R. trichophyllus ribotypes is marked by black rectangle. Genetic groups are marked A–F.
FIGURE 7 in Ranunculus schmalhausenii (section Batrachium, Ranunculaceae), a neglected water crowfoot endemic to Fennoscandia-a case of rapid hybrid speciation in postglacial environment of North Europe
FIGURE 7. Ranunculus peltatus: A—typical form (C Poland, Świętokrzyskie prov., village Aleksandrów, reservoir on river Korzeniówka, KRA 327607), B—characteristic stand (W Poland, Lubuskie prov., oxbow of river Odra near Łomy, photo J. Zalewska-Gałosz, 8 June 2012).
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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