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Figure 11 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 11. Non-metric multidimensional scaling (nMDS) plot of EASIZ II (RV Polarstern, PS 48/ANT XV-3) and ANDEEP I, II and III cruises (RV Polarstern, PS 61/ANT XIX-3, PS 67/ANTXXII-3 and PS 67/ANTXXII-4) samples, based on ostracod densities.
Figure 12 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 12. Correlation between diversity [ES(10)], species richness and environmental variables in the Atlantic Sector of the Southern Ocean. Specimens collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. Environmental variables extracted from benthic and sea surface layers of Bio-ORACLE. Non-parametric Spearman correlation test at 95% significance level.
Figure 9 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 9. Biodiversity patterns of Myodocopa families in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ ANTXXII-3, PS 67/ ANTXXII-4) on board the RV Polarstern.
Figure 10 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 10. Bathymetric distribution of podocop (Ostracoda) genera in the ANDEEP I to III and EASIZ II samples collected from the Atlantic Sector of the Southern Ocean. Genera restricted to one depth zone – shelf: 1, Cativella; slope: 2, Loxoreticulatum; 3, Bairdoppilata; 4, Patagonacythere; 5, Harleya; 6, Cytherella; 7, Ayressoleberis; 8, Argilloecia; 9, new Jonesini genus; 10, Neonesidea; Abyss: 11, Taracythere; 12, Retibythere (Bathycythere). Genera restricted to two depth zones – shelf and slope: 13, Bythoceratina; 14, Pseudocythereis; 15, Macromckenziea; 16, Macroscapha; 17, Austrotrachyleberis; 18, Philoneptunus; slope and abyss: 19, Dutoitella; 20, Bythocypris; 21, Bythopussella; 22, Macropyxis; 23, Legitimocythere; 24, Pontocypria; 25 Thaumatoconcha; 26 Pseudobosquetina; 27, Macrosarisa; 28, Pelecocythere; 29 Vitjasiella; 30, new Pontocyprididae genus. Genera present in the three depth zones – shelf to abyss: 31 Bradleya; 32, Polycope; 33, Australicythere; 34, Poseidonamicus; 35, Henryhowella; 36, Krithe.
Figure 7 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 7. Ostracod biodiversity patterns in the Atlantic Sector of the Southern Ocean. Distribution of ostracod species richness in relation to: A, latitude; B, latitude and longitude (using equal-sized hexagons); C, bathymetry; D, sample size represented as the haul length (here grouped in 100 m intervals); E, F, expected species richness (ES10) per station with sampling bias accounted for. The longest horizontal solid line shows the maximum sample size. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern.
Figure 8 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 8. Biodiversity patterns of ostracod taxa in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ ANTXXII-4) on board the RV Polarstern.
Figure 5 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 5. Abundance and density of living ostracods in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. Living specimens collected with soft parts.
Figure 2 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 2. Selected ostracod species from the Atlantic Sector of the Southern Ocean, collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. A, Australicythere sp. (Eastern Weddell Sea, ANDEEP II, station 132, 2084 m); B, Macroscapha opaca Maddocks, 1990 (Eastern Weddell Sea, EASIZ II, station 133, 2043m); C, Cytherella rwhatleyi Brandão, 2008a (holotype, Eastern Weddell Sea, station 89, EASIZ II, 1639 m); D, Ayressoleberis bathymarina (Ayress, 1993) (Western Scotia Sea, ANDEEP II, station 141-10, 2369 m); E, Bythopussella brandtae Brandão, 2008b (paratype, Western Weddell Sea, ANDEEP II, station 133-3, 1123 m); F, Legitimocythere sp. (Western Weddell Sea, EASIZ II, station 272, 2076 m); G, Neonesidea keyseri Brandão, 2008 (Eastern Scotia Sea, ANDEEP II, station 140-8, 2965 m) (this species belongs to a new genus, which was not named due to the few specimens available); H, Poseidonamicus tainae Brandão in Brandão & Päplow, 2011 (Western Scotia Sea, ANDEEP I, station 41-3, 2380 m); I, Bythocypris malyutinae Brandão, 2008b (holotype, Weddell Sea, ANDEEP III, station 102-13, 4818 m); J, Krithidae sp. (Western Weddell Sea, EASIZ II, station 272, 2076 m); K, Henryhowella sp. (Western Scotia Sea, ANDEEP I, station 42-2, 3681 m); L, Pseudobosquetina nobilis Jellinek et al., 2006 (Western Weddell Sea, ANDEEP II, station 134-4, 4059 m); M, Retibythere (Bathybythere) sp. nov. (Western Scotia Sea, ANDEEP I, station 131-3, 3055 m).
Figure 1 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 1. Localities in the Atlantic Sector of the Southern Ocean sampled during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern, from which ostracods were analysed herein. For repeated station numbers: E (after a station number), samples from EASIZ II cruise; II (after a station number), samples from ANDEEP II cruise; III (after a station number), samples from ANDEEP III cruise. For details on stations see Table 1.
Figure 6 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 6. Range size (A) and abundance (B) of ostracod species in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern.
Figure 4 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 4. Relative abundance of selected ostracod genera in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern.
Figure 3 in Macroecology of Southern Ocean benthic Ostracoda (Crustacea) from the continental margin and abyss
Figure 3. Relative abundance of selected ostracod families in relation to water depth in the Atlantic Sector of the Southern Ocean. Estimates based on samples collected during the EASIZ II (PS 48/ANT XV-3) and ANDEEP I, II and III cruises (PS 61/ANT XIX-3, PS 67/ANTXXII-3, PS 67/ANTXXII-4) on board the RV Polarstern. Mh., Macroscapha Maddocks, 1990; Mk., Macromckenziea Maddocks, 1990; Mh., Macroscapha Maddocks, 1990; Ms., Macrosarisa Maddocks, 1990.
Seismically imaged mantle exhumation in the Southwest Taiwan Basin of the northeastern South China Sea margin
<p>Dataset for submission of Geochemistry, Geophysics, Geosystems.</p>
Marginal imprint of human land use upon fire history in a mire-dominated boreal landscape of the Veps Highland, North-West Russia
<p>Spatially explicit reconstructions of fire activity in European boreal forests are rare, limiting our understanding of factors driving vegetation dynamics in this part of the boreal domain. We have developed a spatially explicit dendrochronological reconstruction of a fire regime in a mire-dominated landscape of the Veps Nature Park (North-West Russia) over the 1580-2000 CE period.</p> <p>We dated 74 fire years using 164 fire-scarred living and dead Scots pine (Pinus sylvestris L.) trees collected on 31 sites. The historical fire cycle was 91.4 years (90% confidence intervals, CI 66.2–137.6 years) over the 1580–1720 period, decreasing to 35.9 (CI 28.1–47.6 years) between 1730 and 1770, and then increasing again to 122.7 years (CI 91.0–178.0 years) over the 1780–2000 period. The reconstructed forest fire history featured a number of patterns clearly deviating from the trends documented in previous Northern European reconstructions. The most striking feature was the absence of a period with increased fire activity during the 1600s, a pattern widely observed in Fennoscandia and in Russian Karelia. We noted, however, a higher fire activity period between 1730 and 1780, resulting from the increase in early season fires.</p> <p>Land-use history of the area did not appear to have an effect on historical fire dynamics. The current FC in the Veps Highland is close to the estimates reported for the pre-industrial colonisation period in Fennoscandia, which suggests that the area's forests currently maintain their close-to-natural fire regime.</p>
Data from: Genome-wide assessment of kokanee salmon stock diversity, population history and hatchery representation at the northern range margin
<p>Freshwater fisheries represent important natural resources, yet a vast majority are threatened by anthropogenic stressors. Accurate baseline information on stock diversity, population history and hatchery representation are required for implementing effective conservation and management strategies for mitigating declines. Genetic tools have played key roles for informing fisheries management, including for kokanee, the freshwater resident form of sockeye salmon (<i>Oncorhynchus nerka</i>), particularly in the southern portion of its North American range. Here, we investigated stock diversity, population history and hatchery representation of kokanee at the northern extent of its range in Canada in Kluane National Park and Reserve (KNPR) in the Yukon that underwent a 12-year population crash followed by a rapid increase in numbers. Using restriction-site associated DNA sequencing, we genotyped individuals at 11,442 single nucleotide polymorphisms (SNPs) that were sampled from putative reproductive ecotypes spawning on the shore of Sockeye Lake (n=26), within Sockeye Creek (n=20) or near an outlet in between (n=2), as well as broodstock from the Whitehorse Rapids Hatchery (n=29). We found no evidence of wild stock diversity or ecotype differentiation based on neutral SNPs nor outlier loci. Within-population genetic diversity and effective population size were substantially higher in the wild population relative to the hatchery and significant differentiation was detected, suggesting the hatchery population was not representative of wild stock diversity. Overall, our results suggest that separate management of kokanee in KNPR based on ecotype is not warranted at this time and that supplementation with the existing hatchery stock is not appropriate.</p>
FIGURE 4 in Capitellidae (Annelida) from the Brazilian Continental Margin (SW Atlantic): new occurrences of three genera and description of new species
FIGURE 4. Peresiella megapapilata sp. nov. (A) Anterior region, lateral view; (B) Thoracic region, lateral view; (C) Anterior region, dorsal view; (D) Methyl Green staining pattern; (E) Modified spatulate chaetae; (F) (G) Notopodial hooded hook, frontal view; (H) Neuropodial hooded hook, top view. A: abdomen. Ch: chaetiger. NeL: neuropodial lobe. NoL: notopodial lobe. Pa: palpode. Pb: proboscis. Pe: peristomium. Pr: prostomium. SpCh: spatulate chaetae. T: thorax. Scale bars: A, 0.2 mm; 1 mm; B, D, 0.5 mm; C, 0,1 mm; E, 10 µm; F, G, 2 µm; H, 5 µm.
FIGURE 3 in Capitellidae (Annelida) from the Brazilian Continental Margin (SW Atlantic): new occurrences of three genera and description of new species
FIGURE 3. Mastobranchus braziliensis sp. nov. (A) Anterior region, lateral view; (B) Thoracic region, lateral view; (C) Abdominal region, dorsal view; (D) Abdominal region, ventral view; (E) Posterior end; (F) Methyl Green staining pattern; (G) Notopodial hooded hooks, lateral view; (H) Notopodial hooded hooks, frontal view; (I) Neuropodial hooded hooks, lateral view; (J) Neuropodial hooded hooks, frontal view. A: abdomen. Br: branchiae. Ch: chaetiger. MLL: mid-lateral lobe. NeL: neuropodial lobe. NoL: notopodial lobe. Pa: palpode. Pe: peristomium. Pr: prostomium. T: thorax. Black arrows: genital pores. Scale bars: A, E, 0.2 mm; B, C, D, F, 0.5 mm; G, H, I, J, 5 µm.
FIGURE 2 in Capitellidae (Annelida) from the Brazilian Continental Margin (SW Atlantic): new occurrences of three genera and description of new species
FIGURE 2. Mastobranchus loii (A) Anterior region, lateral view; (B) Thoracic region, dorsal view; (C) Thorax-Abdomen division, dorsal view; (D) Thorax-Abdomen division, lateral view; (E) Abdominal region, dorsal view; (F) Posterior end. A: abdomen. Br: branchiae. Ch: chaetiger. MLL: mid-lateral lobe. NeL: neuropodial lobe. NoL: notopodial lobe. Pe: peristomium. Pr: prostomium. T: thorax. Scale bars: A, B, C, D, E, F, 0.5 mm.
FIGURE 1 in Capitellidae (Annelida) from the Brazilian Continental Margin (SW Atlantic): new occurrences of three genera and description of new species
FIGURE 1. Morphology of the studied genera. (A) Modified spatulate chaetae of Peresiella megapapilata sp. nov., lateral view; (B) Peresiella megapapilata sp. nov., lateral view; (C) Mastobranchus braziliensis sp. nov., lateral view; (D) Polymastigos profundus sp. nov., dorsal view on thorax and lateral view on abdomen. A: abdomen. Ch: chaetiger. NeL: neuropodial lobe. Pe: peristomium. Pr: prostomium. T: thorax. Scale bars: A, 10 µm; B, C, D, 1.0 mm.
FIGURE 5 in Capitellidae (Annelida) from the Brazilian Continental Margin (SW Atlantic): new occurrences of three genera and description of new species
FIGURE 5. Polymastigos profundus sp. nov. (A) Thoracic region, lateral view; (B) Anterior end, lateral view; (C) Abdominal region; lateral view; (D) Abdominal region; dorsal view; (E) Abdominal region; ventral view; (F) Methyl Green staining pattern, lateral view; (G) Methyl Green staining pattern, ventral view; (H) Notopodial hooded hook, frontal view; (I) Neuropodial hooded hook, frontal view. A: abdomen. Ch: chaetiger. GP: genital pores. LG: lateral groove. NeL: neuropodial lobe. NoL: notopodial lobe. Pa: palpode. Pb: proboscis. Pe: peristomium. Pr: prostomium. T: thorax. White arrows: genital pores. Scale bars: A, F, 1 mm; B, E, 0.2 mm; C, D, G, 0.5 mm; H, I, 5 µm.
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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)
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DANDI Archive for NWB datasets
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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
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