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Fig. 5 in First Records and Community Pattern of Arcellinida Inhabiting a Pristine and Remote Island from Southeastern Pacific, Chile
Fig. 5. Bracketed samples encompass groupings (i.e. communities) that are dissimilar from other sampling sites at 43.69% (p = 0.001). A – Community A, includes those sampling sites located outside the forest (treeless-group); and B – Community B, includes those sampling sites located within the forest and at the forest margins (forested-group). Groupings are according to the group average method on Bray– Curtis similarity index and fourth root transformed abundance-data. Black solid lines correspond to significant clusters and dotted lines correspond to clusters without significant internal structure (based on SIMPER analysis using 1,000 permutations).
Fig. 6 in First Records and Community Pattern of Arcellinida Inhabiting a Pristine and Remote Island from Southeastern Pacific, Chile
Fig. 6. Non-metric multidimensional scaling plot (nMDS) and Kruskal stress value for the nMDS configuration based on the abundance data of testate amoebae species found along the surveyed sampling sites on the Guamblin Island. Outlined circles represent groupings (i.e. communities) that are dissimilar from other sampling sites at 43.69% (based on SIMPER analysis using 1,000 permutations, p = 0.001). Groupings are according to the group average method on Bray–Curtis similarity index and fourth root transformed abundance-data.
Figure 4 in Host Plant Records for Fruit Flies (Diptera: Tephritidae: Dacini) in the Pacific Islands: 2. Infestation Statistics on Economic Hosts
Figure 4. Mean number of flies emerged per kg fruit and percent samples infested for the most infested hosts for Bactrocera facialis.
Figure 3 A–C in Host Plant Records for Fruit Flies (Diptera: Tephritidae: Dacini) in the Pacific Islands: 2. Infestation Statistics on Economic Hosts
Figure 3 A–C. Mean number of flies emerged per kg fruit and percent samples infested for the most infested hosts for Pacific fruit fly (Bactrocera xanthodes) (A), B. curvipennis (B), B. psidii (B), and B. trilineola (C).
Figure 1 in Marine Benthic Algae from Seamounts along the Mariana Islands, Western Pacific
Figure 1. Map of the islands, reefs, banks and shoals within the Mariana Islands. Map provided by NOAA PIFSC CRED (2015).
Figure 1. - Samariscus hexaradiatus n in New dextral flounder Samariscus hexaradiatus sp. nov. (Samaridae, Pleuronectiformes) from the Solomon Islands, South-West Pacific Ocean
Figure 1. - Samariscus hexaradiatus n. sp. Ocular and blind sides. A, B: Holotype, MNHN 2002-3655, 100.3 mm SL. C, D: Paratype, MNHN 2002-3761, 80.9 mm SL.
Linked collectors and determiners for: Claxtonia goni, a new species of Tardigrada (Heterotardigrada, Echiniscidae) from the island of Maui (Hawaiian Islands, U. S. A., North Pacific Ocean), with notes to the genus Claxtonia Gąsiorek & Michalczyk, 2019.
Natural history specimen data linked to collectors and determiners held within, "Claxtonia goni, a new species of Tardigrada (Heterotardigrada, Echiniscidae) from the island of Maui (Hawaiian Islands, U. S. A., North Pacific Ocean), with notes to the genus Claxtonia Gąsiorek & Michalczyk, 2019". Claims or attributions were made on Bionomia by volunteer Scribes, <a href="https://bionomia.net/dataset/18ae97b8-f8b7-4b76-a228-ff2696ea332e">https://bionomia.net/dataset/18ae97b8-f8b7-4b76-a228-ff2696ea332e</a> using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, <a href="https://gbif.org/dataset/18ae97b8-f8b7-4b76-a228-ff2696ea332e">https://gbif.org/dataset/18ae97b8-f8b7-4b76-a228-ff2696ea332e</a>. Formatted as a Frictionless Data package.
FIG. 10 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 10. — Holotype of Lotus anfractuosus (Bak.f.) Kramina & D.D. Sokoloff var. vanuatensis Kramina & D.D. Sokoloff, Aubert de la Rüe s.n. [Vanuatu], New Hebrides, Île Aniwa, Mar. 1934 (P00106390!).
FIG. 2 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 2. — Variability of keel shape in Lotus australis Andrews var. australis (Australia). Dotted areas correspond to red or pink colour. Drawing by D.D. SOKOLOFF.
FIG. 3 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 3. — Holotype of Lotus australis Andrews var. austroglaber Kramina & D.D. Sokoloff, Wilson & Lapinpuro LL40, Australia, New South Wales, 13 km S of Graman on Delungra road, 27 Nov. 1982 (NSW 512828).
FIG. 5 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 5. — Floral morphology of Lotus pacificus Kramina & D.D. Sokoloff, Tateishi & Murata 4794, Japan, Okinawa, Iriomote, Toyohara, TUS 56572: A, flower; B, C, standard, side view; D, standard, view from inside; E, wing; F, keel. Scale bars: 2 mm. Drawing by M.V. REMIZOVA and T.E. KRAMINA.
FIG. 6 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 6. — Variability of keel shape in Lotus pacificus Kramina & D.D. Sokoloff from Ryukyu, Japan and Lanyu, Taiwan. Dotted areas correspond to red or pink colour. Drawing by D.D. SOKOLOFF.
FIG. 4 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 4. — Holotype of Lotus pacificus Kramina & D.D. Sokoloff, Furuse 2385, Japan, Ryukyu, Pref. Okinawa, Ishigaki Is., Ohono, 10 Feb. 1973 (MHA).
FIG. 9 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 9. — Floral morphology of Lotus anfractuosus (Bak.f.) Kramina & D.D. Sokoloff var. anfractuosus, Veillon 3089, New Caledonia, Île Beautemps-Beaupré, P00106383: A, flower; B, standard, side view; C, standard, view from inside; D, wing; E, keel. Scale bars: 1 mm. Drawing by M.V. REMIZOVA and T.E. KRAMINA.
FIG. 8 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 8. — Lectotype of Lotus anfractuosus (Bak.f.) Kramina & D.D. Sokoloff, R.H. Compton 2252, New Caledonia, Île des Pins (Ouro), 16. Nov. 1914 (BM). By courtesy of The Natural History Museum, London.
FIG. 7 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 7. — Distribution of Lotus pacificus Kramina & D.D. Sokoloff, based on studied specimens, the Iheya record is after Walker (1976). The Osumi record is given as an open circle to show that it is linked with a group of islands. Names of floristic provinces and kingdoms (Holarctis and Palaeotropis) are italicised. Grey lines indicate boundaries of floristic provinces and kingdoms, which are accepted according to TAKHTAJAN (1978, 1986).
FIG. 1 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 1. — Floral morphology of Lotus australis Andrews var. australis, Koch 831, South Australia, Mt Lofty Ranges, NSW 1042: A, flower; B, standard, side view; C, standard, view from inside; D, wing; E, keel. Scale bars: 2 mm. Drawing by M.V. REMIZOVA and T.E. KRAMINA.
FIG. 11 in A taxonomic study of Lotus australis complex (Leguminosae), with special emphasis on plants from Pacific Ocean islands
FIG. 11. — Distribution of Lotus anfractuosus (Bak.f.) Kramina & D.D. Sokoloff (based on studied specimens with precise locality information).
Fig. 3 in Diel movement patterns of Pacific sugar limpet, Patelloida saccharina (Gastropoda: Patellogastropoda: Lottiidae) in response to semi-diurnal tides of Samal Island, Philippines
Fig. 3. Movement patterns of Patelloida saccharina limpets in Catagman, Samal Island, during various lunar phases. A, New Moon, 27–28 March 2017; B, First Quarter, 4–5 April 2017; C, Full Moon, 9–10 April 2017; D, Last Quarter, 19–20 April 2017. The left and right y-axes correspond to the percentage of moving limpets and tidal height measurements in metres above chart datum (C.D.), respectively. Grey vertical bars represent the percentage of actively moving limpets during each lunar phase. The bar at the bottom corresponds to the day-night cycle: (from left to right) white = daytime, grey = transitioning to sunset, black = night-time, grey = sunrise. Note that the activity of P. saccharina limpets was observed during dark periods only, from sunset to night-time until before sunrise, as long as they were covered by the tide.
Fig. 2 in Diel movement patterns of Pacific sugar limpet, Patelloida saccharina (Gastropoda: Patellogastropoda: Lottiidae) in response to semi-diurnal tides of Samal Island, Philippines
Fig. 2. Patelloida saccharina clamped on: A, bare rock face; B, rock covered with sand and turf algae. C, portion of the 5 × 5 cm grid quadrat laid on a reef patch with three P. saccharina individuals. Apices of limpet shells were painted with nail polish. Photographs by EY Zapanta and MA Fortaleza.
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.