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FIG. 2 in Sampling the depth: New data on the Caecidae (Mollusca, Gastropoda) from northeastern Papua New Guinea
FIG. 2. — Caecum Fleming, 1813 species from deep-water stations from northeastern PNG: A, B, C. sepimentum de Folin, 1868 from Stn DW4463 (B: juvenile); C, D, C. sepimentum from Mactan, Philippines, beached (coll. WR); E-H, C. vertebrale Hedley, 1899 from Stn DW3754; I, J, C. japonicum (Habe, 1978) from Stn. DW4464; K, L, C. japonicum from Stn DW4463 (L, juvenile); M, C. inflatulum Vannozzi, 2017 from Stn DW4463; N, C. inflatulum from Kotok, Indonesia, beached (coll. WR). Scale bar: 1 mm, details not to scale.
FIG. 9 in Sampling the depth: New data on the Caecidae (Mollusca, Gastropoda) from northeastern Papua New Guinea
FIG. 9. — Parastrophia de Folin, 1869 species from deep-water stations from northeastern PNG: A-C, P. megadattilida Pizzini, Raines & Vannozzi, 2013 from Stn DW4463; D, E, P. cf. ivani Vannozzi, 2017 from Stn DW4470 (D) and Stn DW4487 (E). Scale bar: 1 mm.
Stationary comparison data and analysis between a new low-cost meteorological device and the Technical University of Dresden Chair of Meteorology's backpack meteorological device
<p>This dataset provides stationary comparison data which was used to demontrate the suitability of a new low-cost and user-friendly meteorological device for the purpose of thermal comfort mapping. The new device was compared to an established high-end backpack-mounted device from the Dresden University of Technology (TUD) Chair of Meteorology, Germany. The main sensors for comparison were: the low-cost SHT 85 Sensirion sensor vs. the high-cost WXT520 for air temperature and relative humdity and the low-cost SR2AD pyranometer vs. the high-cost SKS 1110 pyranometer.</p>
Stationary comparison data and analysis between a new low-cost meteorological device and the MaRTy device
<p>This dataset provides stationary comparison data which was used to demontrate the suitability of a new low-cost and user-friendly meteorological device for the purpose of thermal comfort mapping. The new device was compared to the established high-end MaRTy device developed by Arizona State University's Sensable Heatscapes and Digital Environments (SHaDE) lab. The main sensors for comparison were: the low-cost SHT 85 Sensirion sensor vs. the high-cost HC2S3 Rotronic HygroClip2 for air temperature and humidity. However, the main purpose of the analysis was a comparison of the ability to predict Mean Radiant Temperature (MRT) as an essential component of thermal comfort. MRT for the low-cost device was calculated using the RayMan Pro software, while MRT for the MaRTy device is an output calculated directly by the device. </p>
Mobile comparison data and analysis between a new low-cost meteorological device and the Technical University of Dresden Chair of Meteorology's backpack meteorological device
<p>This dataset provides mobile comparison data from Tharandt and Dresden, Germany, which was used to demontrate the suitability of a new low-cost and user-friendly meteorological device for the purpose of thermal comfort mapping. The new device was compared to an established high-end backpack-mounted device from the Dresden University of Technology (TUD) Chair of Meteorology, Germany. The main sensors for comparison were: the low-cost SHT 85 Sensirion sensor vs. the high-cost WXT520 for air temperature and relative humdity and the low-cost SR2AD pyranometer vs. the high-cost SKS 1110 pyranometer. The ability of each device to predict the Universal Thermal Climate Index (UTCI), calculated using the software RayMan Pro, was also compared.</p>
Figs 47–49 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 47–49. Pergalumna amorpha sp. n. – 47 = body in dorsal view, 48 = body in ventral view, 49 = rostral part of prodorsum in lateral view
Figs 50–52 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 50–52. Trichogalumna nabhitabhatai sp. n. – 50 = body in dorsal view, 51 = body in ventral view, 52 = rostral part of prodorsum in lateral view
Figs 44–46 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 44–46. Peloribates szirakii sp. n. – 44 = body in dorsal view, 45 = body in ventral view, 46 = rostral part of prodorsum in lateral view
Figs 38–43 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 38–43. Magyaria krisztinae sp. n. – 38 = body in dorsal view, 39 = body in ventral view, 40 = trichobothrium, 41 = rostrum in lateral view, 42 = sculpture of notogaster, 43 = rostral part of
Figs 32–37 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 32–37. Oribatella szemesi sp. n. – 32 = body in dorsal view, 33 = sensillus, 34 = body in ventral view, 35 = basal parts of leg IV, 36 = sculpture of notogaster, 37 = rostral part of prodorsum in lateral view
Figs 28–31 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 28–31. Subiasella (Subiasella) extrema sp. n. – 28 = body in dorsal view, 29 = body in ventral view, 30 = anterior part of prodorsum in lateral view, 31 = basal part of the prodorsum
Figs 18–22 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 18–22. Eremobelba editae sp. n. – 18 = body in dorsal view, 19 = body in ventral view, 20 = seta h, 21 = seta 1b, 22 = rostral part of prodorsum in lateral view
Figs 23–27 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 23–27. Archeremella bartlae sp. n. – 23 = body in dorsal view, 24 = body in ventral view, 25 = sensillus, 26 = seta lm, 27 = sculpture of the anterior part of notogaster
Figs 15–17 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 15–17. Physozetes inflatus gen. et sp. n. – 15 = body in dorsal view, 16 = body in ventral view, 17 = anterior part of prodorsum in lateral view
Figs 10–14 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 10–14. Phthiracarus thaiensis sp. n. – 10 = body in lateral view, 11 = rostrum in lateral view, 12 = femur of leg I, 13 = aspis in dorsal view, 14 = anogenital region
Figs 1–9 in A New Genus And Some Other Data Of Oribatids From Thailand (Acari: Oribatida)
Figs 1–9. Phyllolohmannia luiseae sp. n. – 1 = body in dorsal view, 2 = body in ventral view, 3 = genito-anal region, 4 = seta g2, 5 = seta 1a, 6 = seta ad3, 7 = seta an2, 8 = seta 3b, 9 = seta c1
Fig. 4 in Maastrichtian Larger Benthic Foraminifera From The Arabian Plate Sensu Lato: New Data From Somalia, Turkey, And Iran
Fig. 4 Larger benthic foraminifera from the Maastrichtian of Iran (Tarbur Fm.: a-b, d, f), Turkey (Garzan Fm.: c), Qatar (Simsima Formation: e). a-c Canalispina iapygia Robles-Salcedo et al. (a-b, Fasa section; c from Çoruh et al., 1997, pl. 76, fig. 3 as Siderolites calcitrapoides). d-f Dictyoconella complanata Henson (d, f Naghan section, e from Henson, 1948, pl. 10, fig. 14). T = Tarburina zagrosiana Schlagintweit & Rashidi in f. m.t. = marginal trough in e and d.
Fig. 6 in Maastrichtian Larger Benthic Foraminifera From The Arabian Plate Sensu Lato: New Data From Somalia, Turkey, And Iran
Fig. 6 Pseudedomia hamaouii Rahaghi from the Campanian (Lopha Limestone Member: b), and upper Maastrichtian of Iran (Tarbur Formation: a, d), and Somalia (Auradu Formation: c). a Bioclastic packstone with P. hamaouii Rahaghi, Siderolites calcitrapoides Lamarck (S), and Omphalocyclus macroporus Lamarck (O); Fasa section. b from Rahaghi (1976, pl. 1, fig. 11). c from Luger (2018, pl. 16, fig. 10 as Pseudedomia sp.). d Fasa section.
Fig. 7 in Maastrichtian Larger Benthic Foraminifera From The Arabian Plate Sensu Lato: New Data From Somalia, Turkey, And Iran
Fig. 7 Pseudorbitolina schroederi Luger from the Maastrichtian of Somalia (Auradu Formation, a-b), and Iran (Tarbur Formation, c-d). a, b from Luger (2018, pl.7, figs. 7-8; holotype in 7), c-d from Naghan section (d from Schlagintweit et al. (2016b, fig. 11c as Pseudorbitolina marthae).
Fig. 3 in Maastrichtian Larger Benthic Foraminifera From The Arabian Plate Sensu Lato: New Data From Somalia, Turkey, And Iran
Fig. 3 Larger benthic foraminifera from the Maastrichtian of Iran (Tarbur Fm.: a, d, f-h, j-k, m-n, p-t), Somalia (Auradu Formation: b-c, e, l, o), and Turkey (Garzan Fm.: i). a-b Accordiella? tarburensis Schlagintweit & Rashidi (a from Schlagintweit and Rashidi, 2016, fig. 6a, holotype, Mandegan section; b from Luger, 2018, pl. 13, fig. 6 as Dukhania? cherchii, holotype). c, g Dictyoconus bakhtiari Schlagintweit, Rashidi & Babadipour (c from Schlagintweit et al., 2016b, fig. 10b, Naghan section; g from Luger (2018, pl. 6, fig. 4 as Dictyoconus sp. 1). d, e-f, h Gyroconulina columellifera Schroeder & Darmoian (e from Luger, 2018, pl. 7, fig. 3; d from Schlagintweit et al., 2016a, fig. 4k, Mandegan section; f, h Naghan section). i–n Gen. et sp. indet. (i from Çoruh et al., 1997, pl. 76, fig. 5 as Dictyoconella complanata; l from Luger, 2018, pl. F-2, fig. 9 as Antalyna korayi; j-k, m-n Naghan section). o–t Antalyna korayi Farinacci & Köylüoğlu (o from Luger, 2018, pl. F-2, fig. 10; p-t Naghan section).
ScienceDex guides
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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.