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152 results for “gigantism”
FIGURE 2. Nucinella boucheti n in A gigantic deepsea Nucinellidae from the tropical West Pacific (Bivalvia: Protobranchia)
FIGURE 2. Nucinella boucheti n.sp. A, B. Holotype, height 24 mm. C, D. Paratype 1, height 18 mm. E. Paratype 2, height 21 mm. F. Paratype 3, height 20 mm. G. Paratype 4, height 15 mm.
FIGURE 3. Nucinella boucheti n in A gigantic deepsea Nucinellidae from the tropical West Pacific (Bivalvia: Protobranchia)
FIGURE 3. Nucinella boucheti n.sp. A–C. Holotype, A. hinge (arrow: ligament pit), B. posterior teeth, C. anterior teeth. D, E. Paratype 2, hinge. F, G. Paratype 4, hinge. H. Paratype 3, ligament (arrows: periostracum). Scale bars: 1 mm.
FIGURE 2. Agave infiernilloensis. A. Rosette with recurving inflorescence. B and C. Plants growing over rocky outcrops. D. Distal inflorescence segment. E. Nodes showing buds and flowers. F. Flower. G in Agave infiernilloensis (sect. Choritepalae, Asparagaceae), a gigantic new species from the Balsas Basin in Western Mexico
FIGURE 2. Agave infiernilloensis. A. Rosette with recurving inflorescence. B and C. Plants growing over rocky outcrops. D. Distal inflorescence segment. E. Nodes showing buds and flowers. F. Flower. G. Inflorescence detail. Photographs by Julia Etter & Martin Kristen.
FIGURE 3. Agave infiernilloensis. A. Finely denticulate margin. B. Nearly smooth margin. C-D. Habitat. E in Agave infiernilloensis (sect. Choritepalae, Asparagaceae), a gigantic new species from the Balsas Basin in Western Mexico
FIGURE 3. Agave infiernilloensis. A. Finely denticulate margin. B. Nearly smooth margin. C-D. Habitat. E. Lower face of the leaf. F. Rosette. G. Fruits. Photographs by Julia Etter & Martin Kristen.
FIGURE 4 in Agave infiernilloensis (sect. Choritepalae, Asparagaceae), a gigantic new species from the Balsas Basin in Western Mexico
FIGURE 4. Geographical distribution of Agave species of sect. Choritepalae based on the biogeographical provinces of Morrone et al. (2017).
FIGURE 1. Agave infiernilloensis. A. Shaft with bracts and terminal spine. B. Flower buds. C. Open flowers. D. Habit. E-G in Agave infiernilloensis (sect. Choritepalae, Asparagaceae), a gigantic new species from the Balsas Basin in Western Mexico
FIGURE 1. Agave infiernilloensis. A. Shaft with bracts and terminal spine. B. Flower buds. C. Open flowers. D. Habit. E-G. Sequence from flower bud to mature flower. H. Node of four flowers about to start anthesis. I. Node of fully open flowers. J. Corneous leaf margin (upper portion). K. Denticulate leaf margin (lower portion). L. Leaf with printed margins. M. Rosette. Art illustration by Edgar Esau Vázquez-Verdejo.
Fig. 3. A 50 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 3. A 50% majority rule consensus tree from MSC-bootstrap analysis of the "All individuals" dataset. Color labels as in figures 1 and 2.
Fig. 2 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 2. Maximum likelihood tree of the "All individuals" concatenated dataset generated with IQ-TREE.Topology with branch lengths in substitutions/site shown in bottom left. Black dots indicate deeper nodes with bootstrap and SH-like aLRT both under 90, otherwise deeper nodes are above 90. Support values for shallow nodes not shown.
Fig. 1 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 1. Collection locations in western North America. Colors for S. MCCooki are based on phylogenetic group assignment (see Fig. 2). Female (left) and male (right) S. MaxiMa from Davis, CA shown in inset.
Fig. 5 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 5. Cluster analysis of unlinked SNPs using VAE and carapace length of (a) male and (b) female individuals from Davis, CA. Individuals with carapace length (a)>8.5 mm (male) and (b)>10.0 mm (female) are indicated as S. MaxiMa.
Fig. 4 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 4. Cluster analysis of unlinked SNPs using VAE for "Western group" individuals. Individuals are assigned to clades from the concatenated analysis (see Fig. 1).
Fig. 8 in Phylogenomic Variation at the Population-Species Interface and Assessment of Gigantism in a Model Wolf Spider Genus (Lycosidae, Schizocosa)
Fig. 8. Waveforms from substrate-borne vibrations produced by males in response to female pheromone cues. Phylogeny is based on maximum likelihood analysis of the concatenated dataset generated with IQ-TREE (see Fig. 2).
FIGURE 4 in Two species of Edwardsia having gigantic nematocysts, E. aff. tuberculata and E. alternobomen sp. nov. (Cnidaria; Anthozoa; Actiniaria; Edwardsiidae) from Japan
FIGURE 4. Cnidae of Edwardsia aff. tuberculata and Edwardsia alternobomen sp. nov. A–D: cnidae of Edwardsia aff. tuberculata (NSMT-Co 1654). A, tentacle; A1, spirocyst; A2, basitrich. B, actinopharynx; B1, spirocyst; B2, small basitrich; B3, large basitrich; B4, microbasic p-mastigophore. C, nemathybome; C1, small basitrich; C2, large basitrich. D, filament; D1, basitrich; D2, small microbasic b-mastigophore; D3, large microbasic b-mastigophore. E–H: cnidae of Edwardsia alternobomen sp. nov. (NSMT-Co 1656). E, tentacle; E1, spirocyst; E2, small basitrich; E3, large basitrich. F, actinopharynx; F1, basitrich; F2, microbasic p-mastigophore. G, nemathybome; G1, small basitrich; G2, large basitrich. H, filament; H1, spirocyst; H2, basitrich. All images are shown at the same scale.
FIGURE 3 in Two species of Edwardsia having gigantic nematocysts, E. aff. tuberculata and E. alternobomen sp. nov. (Cnidaria; Anthozoa; Actiniaria; Edwardsiidae) from Japan
FIGURE 3. External view and histological section of Edwardsia alternobomen sp. nov. A–C, External view of NSMT-Co 1657 (holotype); A. anesthetized specimen. B. Enlarged view of body wall and nemathybomes in the middle part of the body C. Oral view of the specimen. D–I, histological section. D–H, NSMT-Co 1657 and I, NSMT-Co 1656 (paratype); D. Longitudinal section of uppermost part. E. Transverse section of mesenteries. F. Transverse section of middle part of body with large nemathybomes. G. Enlarged view of a mesentery (lower part than E). H. Transverse section of lower part. I. Enlarged view of a nemathybome. Large basitrichs are indicated. Abbreviations: Ca, capitulum; dd, dorsal directive; dl, dorso-lateral mesentery; Lne, large nemathybome; Me, mesoglea; Pa, parietal muscle; Ph, physa; Re, retractor muscle; Sc, scapus; Sne, small nemathybome; Te, tentacle vd, ventral directive; vl, ventro-lateral mesentery. Scale bars indicate 5 mm in A, 1 mm in B, 500 µm in C–H.
FIGURE 2 in Two species of Edwardsia having gigantic nematocysts, E. aff. tuberculata and E. alternobomen sp. nov. (Cnidaria; Anthozoa; Actiniaria; Edwardsiidae) from Japan
FIGURE 2. External view and histological section of Edwardsia aff. tuberculata Duben and Koren, 1847. A and B, External view of NSMT-Co 1654; A. Preserved specimen (dissected into two halves) B. Enlarged view of body wall and nemathybomes. C–H, histological section of NSMT-Co 1654; C. Longitudinal section of uppermost part. D. Transverse section of upper part. E. Enlarged view of a mesentery. F. Transverse section of lower part of body. G. Enlarged view of a nemathybome. Large basitrichs are indicated. H. longitudinal section of lowermost part. Abbreviations: dd, dorsal directive; dl, dorso-lateral mesentery; Me, mesoglea; Ne, nemathybome; Pa, parietal muscle; Ph, physa; Re, retractor muscle; Te, tentacle; vd, ventral directive; vl, ventro-lateral mesentery. Scale bars indicate 5 mm in A, 1 mm in B, 500 µm in C–H.
ELF/VLF data for Sprites, Gigantic Jets, and Rocket-Triggered Lightning
<p>This data set is broadband ELF and VLF data that shows transient events in the paper "ELF/VLF Radio Bursts Associated with Transient Luminous Events: Radio Metrics." These data are stored in files with two file types, '.mat' and '.bin'. The files encode recording parameters in the filename: these parameters are the Station (SS), UT start date (YYMMDD), and UT start time (HHMMSS). The '.mat' files are standard Matlab -V4 file format. The '.bin' files are data extracted from the original Matlab data file and also encode an offset time in seconds from the beginning of the originating file (ssss). Finally, all files indicate the antenna channel (ANT) with '_000' indicating magnetic north-south VLF, '_001' indicating magnetic east-west VLF, '_002' indicating magnetic north-south ELF, and '_003' indicating magnetic east-west ELF. All data is stored as short 16-bit signed integers. All VLF signals are sampled with 100 kHz sample rate. ELF at Arrival Heights (AH), Sondrestromfjord (SF), and Stanford Dish (SD) is sampled at 5 kHz. ELF at Chistochina (CH) and Palmer Station (PA) is sampled at 10 kHz. Using the nomenclature above, the '.mat' files are named: 'SSYYMMDDHHMMSS_ANT.mat'. The '.bin' files are named: 'SSYYMMDDHHMMSS_ssss_ANT.bin'.</p>
F in A new gigantic earthworm of the genus Metaphire Sims and Easton (Megascolecidae: Oligochaeta) from Taiwan with reference to evolutional trends in body sizes and segment numbers of the Pheretima genus-group
F. 2. Body length frequency distribution of caecate (Amynthas, Metaphire, Pheretima) and acaecate (Archipheretima, Metapheretima, Polypheretima, Planapheretima) earthworms from Japan, Korea, China, Taiwan and South-East Asia (total number of species in parenthesis following average±standard deviation).
F in A new gigantic earthworm of the genus Metaphire Sims and Easton (Megascolecidae: Oligochaeta) from Taiwan with reference to evolutional trends in body sizes and segment numbers of the Pheretima genus-group
F. 1. Metaphire taiwanensis sp. nov. Holotype (637 mm): (A) ventral view of clitellum and male pore regions (fp, female pore; gp, genital pad; p, porophore); (B) left male pore region (sk, skin cover); (C) right spermathecae (dv, diverticulum; amp, ampulla); (D) dorsal view of testis sacs (ts) and seminal vesicles (sv) (dl, dorsal lobe); (E) left prostate gland; (F) right caecum.
Figure 4 in Phylogenetic position and composition of Zygiellinae and Caerostris, with new insight into orb-web evolution and gigantism
Figure 4. Relative web size (standardized residuals of web size regressed on spider size) of Orbiculariae plotted on the preferred topology (see Fig. 2). Dashed lines in the scatter plot represent the standard deviation for mean relative web size.
Figure 1 in Phylogenetic position and composition of Zygiellinae and Caerostris, with new insight into orb-web evolution and gigantism
Figure 1. Webs of Zygiellinae, other sector-web taxa, and Caerostris: A, Zygiella x-notata, Slovenia; B, Deliochus sp., Brisbane, Australia; C, Phonognatha graeffei, Australia; D, undetermined araneid from Halmahera, Indonesia; E, Araneus mitificus, Singapore; F, Dolicognatha sp., Yunnan, China; G, Acusilas coccineus, Gombok, Malaysia; H, Milonia sp., Yunnan, China; I, Guizygiella sp., Yunnan, China; J, Caerostris darwini webs bridging river in Ranomafana, Madagascar; K, C. darwini web over small stream in Andasibe-Mantadia, Madagascar.
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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)
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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.