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FIG. 2 in The culture collection of cyanobacteria and microalgae at the French National Museum of Natural History: a century old but still alive and kicking! Including in memoriam: Professor Alain Couté
FIG. 2. — The "algothèque" in the Cryptogamy laboratory of the French National Museum of Natural History in Paris in 1935 and in 2021.
FIG. 3 in The culture collection of cyanobacteria and microalgae at the French National Museum of Natural History: a century old but still alive and kicking! Including in memoriam: Professor Alain Couté
FIG. 3. — Phylogeny of the 265 cyanobacterial strains for which a 16S rRNA sequence was obtained (see Appendix 1 for Genbank accession numbers and PMC identifiers). Phylogenetic reconstruction was based on Maximum likelihood with a GTR+G+I Model (5 categories and invariants) based on 1284 nucleotide positions, values at nodes were based on 100 bootstrap replicates. The number of strains (OTUs) is added when more than a single strain is available.
FIG. 8. — A, B in The culture collection of cyanobacteria and microalgae at the French National Museum of Natural History: a century old but still alive and kicking! Including in memoriam: Professor Alain Couté
FIG. 8. — A, B, Staurastrum polytrichum (MNHN-ALCP-2019-823.2), solitary cells with very deep median constriction (isthmus) dividing the cell into two semicells or hemisomates. SEM images show triangular semicells in apical view with straight sides, broadly rounded angles and many inframarginal spines (sp). Cell surface ornemented with pores. C, D, Cosmarium connatum (MNHN-ALCP-2019-832.1), solitary cells, lateral view with a barely marked isthmus (i) and smooth cell wall with pores. E, F, Synura petersenii (MNHN-ALCP-2019-877.3), colony and scales morphology. SEM images show rows of silica scales around individual cells. Scales with well-developed thorns (t). Ribs (r) running from the thorn to the scale perimeter up to the outer rim. G, H, Micrasterias furcata (MNHN-ALCP-2019-821.5), solitary cells, deeply constricted and dorsiventrally compressed. Semicells dissected into a polar lobe (p) divided into the second order. Lateral lobes (l) themselves divides into second and third order (or many times) ending with two simple spines (s). A, C, E, G: light microscopy; B, D, F, H: SEM micrographs. Scale bars: A, C, E, G, 20 µm; B, D, F, H, 10 µm.
FIG. 9 in The culture collection of cyanobacteria and microalgae at the French National Museum of Natural History: a century old but still alive and kicking! Including in memoriam: Professor Alain Couté
FIG. 9. — Example of morphological diversity among eukaryotic algae strains from ALCP collection: A, Centronella reicheltii (MNHN-ALCP-2020-884.1); B, Euglena gracilis (MNHN-ALCP-0000-006.3); C, Gymnodinium sp. (MNHN-ALCP-2019-879.1); D, Synura petersenii (MNHN-ALCP-2019-877.3); E, Chlorobotrys sp. (MNHN-ALCP-0000-003.1); F, Porphyridium purpureum (MNHN-ALCP-0000-100.2); G, Stigeoclonium sp. (MNHN-ALCP-2019-854.1); H, Oedogonium sp. (MNHN-ALCP-2019-867.1); I, Gonium formosum (MNHN-ALCP-2019-819.1); J, Haematococcus pluvialis (MNHN-ALCP-2019-876.1); K, Kirchneriella lunaris (MNHN-ALCP-0000-073.1); L, Monoraphidium sp. (MNHN-ALCP-2019-822.1); M, Dictyosphaerium pulchellum (MNHN-ALCP-2019-865.1); N, Picocystis salinarum (MNHN-ALCP-2018-144.1); O, Staurastrum sp. (MNHN-ALCP-2019-836.1); P, Spirogyra sp. (MNHN-ALCP-2019-858.1). Scale bars: 20 μm.
FIG. 11 in The culture collection of cyanobacteria and microalgae at the French National Museum of Natural History: a century old but still alive and kicking! Including in memoriam: Professor Alain Couté
FIG. 11. — An "algaegraphie" by the artist Lia Giraud representing one co-author, Claude Yéprémian (curator from 2007 to 2019).
Natural history specimens collected and/or identified and deposited.
Natural history specimen data collected and/or identified by Marlin Krouse, <a href="http://www.wikidata.org/entity/Q117457437">http://www.wikidata.org/entity/Q117457437</a>. Claims or attributions were made on Bionomia, <a href="http://bionomia.net">https://bionomia.net</a> using specimen data from the Global Biodiversity Information Facility, <a href="https://gbif.org">https://gbif.org</a>.
Fig. 5 in Remarks on the skull morphology of Canis lupaster Hemprich and Herenberg, 1832 from the collection of the Natural History Museum "G. Doria" of Genoa, Italy
Fig. 5 - Box plots of selected absolute measurements and ratios; a) comparison of total length (TL) of C. lupaster and C. lupus male and female; b) ratio between length of premolars an length of molars (LPR/LMR); c) ratio between the great palatal breadth and the breadth measured at canine alveoli (GPB/BCA; d) ratio between total length and condilobasal length (TL/CL).
Fig. 2 in Remarks on the skull morphology of Canis lupaster Hemprich and Herenberg, 1832 from the collection of the Natural History Museum "G. Doria" of Genoa, Italy
Fig. 2 - Teeth comparison; a1: upper teeth of C. lupus; a2) lower teeth of C lupus; b1) upper teeth of C. lupaster; b2) lower teeth of C lupaster; c1) upper teeth of C. anthus; c2) lower teeth of C. anthus.
Fig. 3 - Specimen MSNG 26228 in Remarks on the skull morphology of Canis lupaster Hemprich and Herenberg, 1832 from the collection of the Natural History Museum "G. Doria" of Genoa, Italy
Fig. 3 - Specimen MSNG 26228; a) skull in dorsal view; b) skull in ventral view, oronasal fistula indicated from white arrow; c) skull in right lateral view; d) detail of the right upper carnassial; e) mandible in occlusal view.
Fig. 1 - Specimen MSNG 26232. a in Remarks on the skull morphology of Canis lupaster Hemprich and Herenberg, 1832 from the collection of the Natural History Museum "G. Doria" of Genoa, Italy
Fig. 1 - Specimen MSNG 26232. a) skull in left lateral view; b) skull in ventral view; c) skull in dorsal view; d) left hemimandible in lingual view; e) left hemimandible in labial view; f) occlusal view of P4-M3.
Fig. 4 in Remarks on the skull morphology of Canis lupaster Hemprich and Herenberg, 1832 from the collection of the Natural History Museum "G. Doria" of Genoa, Italy
Fig. 4 - Multivariate analysis; triangle) C. lupus; square) C. lupaster; circle) C. anthus; a) PCA on skull and mandible; b) MANOVA on upper and lower teeth.
Figure 2 in The tangled nomenclatural history of Haplopelia forbesi Salvadori, 1904: were Forbes and Robinson right all along?
Figure 2. Specimens of Lemon Doves Columba (Aplopelia) larvata in the Vertebrate Zoology collection at World Museum, National Museums Liverpool. From left to right (subspecies according to labels): bronzina (NML-VZ T13165), forbesi (NML-VZ D3567b), larvata (NML-VZ D4217), johnstoni (NML-VZ T18511), larvata (NML-VZ T16271), larvata (NML-VZ T8168) (© National Museums Liverpool [World Museum Liverpool] / John-James Wilson)
Figure 1 in The tangled nomenclatural history of Haplopelia forbesi Salvadori, 1904: were Forbes and Robinson right all along?
Figure 1. Forbes' Lemon Dove Haplopelia forbesi (NML-VZ D3567b) (top) and Caribbean Dove Leptotila jamaicensis (NML-VZ D3567a) (bottom) bequeathed by the 13th Earl of Derby to the people of Liverpool and now in the Vertebrate Zoology collection at World Museum, National Museums Liverpool (© National Museums Liverpool [World Museum Liverpool] / John-James Wilson)
Figure 3 in The conundrum of an overlooked skeleton referable to Imperial Woodpecker Campephilus imperialis in the collection of the Natural History Museum at Tring
Figure 3. The ZISP skull (ZISP 1791), supposedly of Imperial Woodpecker Campephilus imperialis but actually Ivory-billed Woodpecker C. principalis, in dorsal view (Judith White, courtesy of Russian Academy of Sciences, St. Petersburg)
Figure 4 in The tangled nomenclatural history of Haplopelia forbesi Salvadori, 1904: were Forbes and Robinson right all along?
Figure 4. Sub-tree (of a larger tree produced by Neighbor Joining) showing the four Lemon Dove Columba (Aplopelia) larvata cytochrome sequences in NCBI GenBank aligned by BLAST with the sequence from Forbes' Lemon Dove Haplopelia forbesi (NML-VZ D3567b). Sequences are annotated with the collection locality followed by the GenBank accession no.
Figureȱ 5.ȱ Pelvisȱ ofȱ theȱ unidentifiedȱ NHMUKȱ skeleton,ȱ illustratingȱ theȱ twoȱ differentȱ registrationȱ numbersȱ inscribed on the same part (Harry Taylor, © Natural History Museum, London) in The conundrum of an overlooked skeleton referable to Imperial Woodpecker Campephilus imperialis in the collection of the Natural History Museum at Tring
Figureȱ 5.ȱ Pelvisȱ ofȱ theȱ unidentifiedȱ NHMUKȱ skeleton,ȱ illustratingȱ theȱ twoȱ differentȱ registrationȱ numbersȱ inscribed on the same part (Harry Taylor, © Natural History Museum, London)
Figure 3 in The tangled nomenclatural history of Haplopelia forbesi Salvadori, 1904: were Forbes and Robinson right all along?
Figure 3. The second specimen identified as Haplopelia forbesi Salvadori, now at the Natural History Museum at Tring (NHMUK 1896.10.22.1) (© Trustees of the Natural History Museum, London / A. Bond)
Figureȱ 4.ȱ Graphȱ plottingȱ skullȱ max.ȱ widthȱ againstȱ skullȱ totalȱ lengthȱ withoutȱ rhamphothecaȱ forȱ Imperialȱ Woodpecker Campephilus imperialis and Ivory-billed Woodpecker C. principalis, using data from Table 1. in The conundrum of an overlooked skeleton referable to Imperial Woodpecker Campephilus imperialis in the collection of the Natural History Museum at Tring
Figureȱ 4.ȱ Graphȱ plottingȱ skullȱ max.ȱ widthȱ againstȱ skullȱ totalȱ lengthȱ withoutȱ rhamphothecaȱ forȱ Imperialȱ Woodpecker Campephilus imperialis and Ivory-billed Woodpecker C. principalis, using data from Table 1.
Figure 1 in History of knotweed (FOllopiO spp.) invasiveness
Figure 1. An advertisement from the 1908 catalogue Jewell Trees, Seeds and Plants advertising Fallopia japonica (known as Polygonum cuspidatum at the time) for sale in Minnesota. https://umedia.lib.umn.edu/item/p16022coll265:2855?q=polygonum+cuspidatum.
Figure 2 in History of knotweed (FOllopiO spp.) invasiveness
Figure 2. Example of a knotweed monoculture growing in Minnesota. Photograph shows a Fallopia × bohemica population from Brooklyn Center, MN, on August 16, 2019.
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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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