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Figure 33 in Herpetocetus morrowi (Cetacea: Mysticeti), a new species of diminutive baleen whale from the Upper Pliocene (Piacenzian) of California, USA, with observations on the evolution and relationships of the Cetotheriidae
Figure 33. Herpetocetus morrowi sp. nov., UCMP 124950, holotype cervical vertebrae. A, atlas vertebra, anterior view; B, axis vertebra, anterior view; C, atlas vertebra, posterior view; D axis vertebra and cervical 3, posterior view. Scale bar = 5 cm.
Figure 29 in Herpetocetus morrowi (Cetacea: Mysticeti), a new species of diminutive baleen whale from the Upper Pliocene (Piacenzian) of California, USA, with observations on the evolution and relationships of the Cetotheriidae
Figure 29. Herpetocetus morrowi sp. nov., SDNHM 63096, right referred dentary. A, dorsal view; B, medial view with transverse cross-sections. Scale bar = 10 cm.
Figure 32 in Herpetocetus morrowi (Cetacea: Mysticeti), a new species of diminutive baleen whale from the Upper Pliocene (Piacenzian) of California, USA, with observations on the evolution and relationships of the Cetotheriidae
Figure 32. Herpetocetus morrowi sp. nov., SDNHM 35294, left referred dentary in lateral view. Scale bar = 10 cm.
Figure 40 in Herpetocetus morrowi (Cetacea: Mysticeti), a new species of diminutive baleen whale from the Upper Pliocene (Piacenzian) of California, USA, with observations on the evolution and relationships of the Cetotheriidae
Figure 40. Artistic reconstruction of Herpetocetus morrowi sp. nov. in the late Pliocene Pacific Ocean off southern California. The fish depicted in the upper left is a sheephead (Semicossyphus sp. Ayres, 1854), known from otoliths and isolated teeth from the San Diego Formation (illustration by Robert Boessenecker).
Figure 38 in Herpetocetus morrowi (Cetacea: Mysticeti), a new species of diminutive baleen whale from the Upper Pliocene (Piacenzian) of California, USA, with observations on the evolution and relationships of the Cetotheriidae
Figure 38. Herpetocetus morrowi sp. nov., SDNHM 23057, illustrated left dentary showing hypothesized insertion points of the mandibular musculature. A, lateral view; B, medial view; C, dorsal view; D, ventral view. Scale bar = 10 cm. Abbreviation: m, muscle.
Figure 3 in First detailed observations on tardigrade mating behaviour and some aspects of the life history of Isohypsibius dastychi Pilato, Bertolani & Binda 1982 (Tardigrada, Isohypsibiidae)
Figure 3. Posterior half of male body. In all structures (indicated by arrows) spermatozoa are visible. A, testis; B, spermatic duct (second one not visible); C and D, seminal vesicles in the two spermatic ducts; E, cloaca.
Figure 2 in First detailed observations on tardigrade mating behaviour and some aspects of the life history of Isohypsibius dastychi Pilato, Bertolani & Binda 1982 (Tardigrada, Isohypsibiidae)
Figure 2. Mating position of Isohypsibius dastychi. The male (left) held the female (right) in the moulting stage, with eggs (in this case three) clearly visible in her ovary.
Figure 4 in First detailed observations on tardigrade mating behaviour and some aspects of the life history of Isohypsibius dastychi Pilato, Bertolani & Binda 1982 (Tardigrada, Isohypsibiidae)
Figure 4. Cloaca (indicated by arrow) of two individuals of Isohypsibius dastychi. The cuticle opens anteriorly. A, cuticle covering the cloaca is pushed towards posterior end of the animal. B, cuticle in the natural state. Scale bar = 10 µm.
Figure 1. A in First detailed observations on tardigrade mating behaviour and some aspects of the life history of Isohypsibius dastychi Pilato, Bertolani & Binda 1982 (Tardigrada, Isohypsibiidae)
Figure 1. A, average procedure of life events and generation time of Isohypsibius dastychi at two different temperatures, 12 and 20 °C (N12 °C = 21, N20 °C = 25). Squares and dotted lines indicate average hatching events at 12 and 20 °C, respectively. B, cumulative events of individual tardigrades becoming adults in dependence of age (days after egg deposition) at two different temperatures, 12 and 20 °C (N12 °C = 21, N20 °C = 25). C, comparison of age at sexual maturity of males and females from different clutches at two different temperatures (12 and 20 °C). Each dot stands for one animal reaching sexual maturity.
Figs. 1–2 in Two Observations of Assassin Bugs (Hemiptera: Reduviidae) Feasting on Adult Jewel Beetles (Coleoptera: Buprestidae), with Notes on Adults of Other Buprestid Species and Their Predators
Figs. 1–2. Rediviids preying on adult jewel beetles. 1) Apiomerus cf. longispinis feeding on Hippomelas saginatus near Cacaloxtepec, Oaxaca, Mexico. Photograph by J. R. Nápoles. 2) Rhynocoris annulatus feeding on Trachypterus picta decostigma near Rusovce, Slovakia. Photograph by E. Jendek.
Figs. 2–5. 2 in Observations on the Life History ofNemozoma championi(Wickham) (Coleoptera: Trogossitidae)
Figs. 2–5. 2) Typical Nemozoma championi collection site consisting of wind-damaged Picea engelmannii; 3) Polygraphus convexifrons (red arrow) in gallery with eggs (black arrows) backfilled with frass; 4) Trogossitid eggs (black arrow) found within a gallery of P. convexifrons with an egg (red arrow); 5) Trogossitid larva (black arrow) that emerged from an egg with a P. convexifrons larva (red arrow) on P. engelmannii bark.
Is High Milk Intake Good for Children's Health? A National Population-based Observational Cohort Study
<p>Milk is widely considered as a beneficial product for growing children. This study was designed to describe the milk consumption status in Korean children aged 30–36 months and to investigate its association with the risk of obesity and iron deficiency anemia (IDA). This nationwide administrative study used data from the Korean national health insurance system and child health screening examinations consists of children born in 2008 and 2009. In total, 425,583 children were included, and they were divided into three groups based on daily milk consumption; low milk group (do not drink or drink <200 mL milk per day, n = 139,659), reference group (drink 200–499 mL milk per day, n = 255,670), and high milk group (drink ≥500 mL milk per day, n = 30,254). After adjusting variable confounding factors, consumption of a large amount of milk of ≥500 mL per day at the age of 30–36 months was associated with an increased risk of obesity at the age of 42–72 months and IDA after the age of 30 months. These results may provide partial evidence for dietary guidelines for milk consumption in children that are conducive to health.</p>
FIGURE 3 in Micromorphological observations on lemma and palea surface of Bromus (Poaceae) in Iran
FIGURE 3. Epidermal micromorphology of the palea. A: B. pumilio (sect. Boissiera), B: B. arvensis, C: B. briziformis, D: B. danthoniae, E: B. gedrosianus, F: B. Japonicus, G: B. oxyodon, H: B. pulchellus, I: B. scoparius (sect. Bromus), J: B. catharticus (sect. Ceratochloa), K: B. fasciculatus, L: B. madritensis, M: B. rubens, N: B. sterilis, O: B. tectorum ssp. lucidus, P: B. tectorum ssp. tectorum (sect. Genea), Q: B. gracillimus (sect. Nevskiella), R: B. frigidus, S: B. kopetdagensis, T: B. paulsenii, U: B. tomentellus (sect. Pnigma). Abbreviations: s: silica cell, cc: cork cell, crc: crown cell, lp: large prickle, sp: small prickle, mh: macrohair.
FIGURE 1 in Micromorphological observations on lemma and palea surface of Bromus (Poaceae) in Iran
FIGURE 1. Epidermal micromorphology of the lemma. A1, A2: B. pumilio (sect. Boissiera), B1, B2: B. arvensis, C1, C2: B. briziformis, D1, D2: B. danthoniae, E1, E2: B. gedrosianus, F1, F2: B. Japonicus, G1, G2: B. oxyodon, H1, H2: B. pulchellus, I1, I2: B. scoparius (sect. Bromus), J1, J2: B. catharticus (sect. Ceratochloa). Abbreviations: s: silica cell, cc: cork cell, crc: crown cell, lp: large prickle, mp: medium prickle, sp: small prickle, mh: macrohair.
FIGURE 4 in Micromorphological observations on lemma and palea surface of Bromus (Poaceae) in Iran
FIGURE 4. UPGMA dendrogram from the similarity analysis of the Iranian species of Bromus based on micromorphological features.
FIGURE. View of medullary hyphae in R. subcalcarata covered by a thin layer of secreted material, probably glycoproteins. The presence of small, elongated and electron-dense nodules is also observed. Scale = 12 µm. in The genus Ramalina Acharius (Ascomycota, Lecanoromycetes, Ramalinaceae) in northern South America
FIGURE. View of medullary hyphae in R. subcalcarata covered by a thin layer of secreted material, probably glycoproteins. The presence of small, elongated and electron-dense nodules is also observed. Scale = 12 µm.
FIGURE 4. Group I in Palynological observations on the genus Gundelia L. (Asteraceae) growing in Turkey
FIGURE 4. Group I: SEM micrographs of pollen grains (equatorial view) and ornamentation. a) Gundelia anatolica, b) G. rosea, c) G. tournefortii (Scale bar: pollen grains 20 µm, ornamentation 5 µm).
FIGURE 3 in Palynological observations on the genus Gundelia L. (Asteraceae) growing in Turkey
FIGURE 3. Light microscopy micrographs of pollen grains (Acetolysis method). Group I. a) Gundelia anatolica, b) G. rosea, c) G. tournefortii. Group II. d) G. siirtica, e) G. armeniaca, f) G. purpurascens, g) G. cilicica, h) G. mesopotamica, i) G. armata, j) G. dersim, k) G. asperrima, l) G. glabra, m) G. munzuriensis, n) G. tournefortii var. tenuisecta. Group III. o) G. colemerikensis, p) G. komagenensis, r) G. vitekii (Scale bar: 10 µm).
FIGURE 1 in Palynological observations on the genus Gundelia L. (Asteraceae) growing in Turkey
FIGURE 1. Flowers (cephaloid flowers) of the studied taxa of Gundelia. Group I. a) G. anatolica, b) G. rosea, c) G. tournefortii. Group II. d) G. siirtica, e) G. armeniaca, f) G. purpurascens, g) G. cilicica, h) G. mesopotamica, i) G. armata, j) G. dersim, k) G. asperrima, l) G. glabra, m) G. munzuriensis, n) G. tournefortii var. tenuisecta. Group III. o) G. colemerikensis, p) G. komagenensis, r) G. vitekii. Pollen groups I–III are explained below.
FIGURE 2 in Palynological observations on the genus Gundelia L. (Asteraceae) growing in Turkey
FIGURE 2. Light microscopy micrographs of pollen grains (polar and equatorial views). Group I. a) Gundelia anatolica, b) G. rosea, c) G. tournefortii. Group II. d) G. siirtica, e) G. armeniaca, f) G. purpurascens, g) G. cilicica, h) G. mesopotamica, i) G. armata, j) G. dersim, k) G. asperrima, l) G. glabra, m) G. munzuriensis, n) G. tournefortii var. tenuisecta. Group III. o) G. colemerikensis, p) G. komagenensis, r) G. vitekii (Scale bar: 20 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)
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.