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Fig. 2 in New mollusks associated with biogenic substrates in Cenozoic deep-water sediments of Washington State
Fig. 2. Stratigraphic chart of the Lincoln Creek, Makah, and Pysht formations, indicating the stratigraphic position of the fossil localities discussed herein. Letters in parentheses refer to those in Fig. 1.
Fig. 1 in New mollusks associated with biogenic substrates in Cenozoic deep-water sediments of Washington State
Fig. 1. Index map of western Washington State showing the fossil localities. A. Shipwreck Point (USGS loc. 26895). B. Sekiu River (USGS loc. 26896). C. Merrick's Bay (USGS loc. 26897). D. Murdock Creek (USGS loc. 26898). E. Canyon River sites (USGS locs. 26899–26901). F. Satsop River (USGS loc. 26902, 26905). G. Knappton (USGS locs. 26903–26904). Modified from Kiel and Goedert (2006a).
Figure 2 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 2: Light and SEM images of PaRatyleNChUS iliCiS n. sp. paratype juveniles (J2) and males. A, E: eN FaCe of J2; B–D: Anterior regions showing stylet and pharynx of J2; F–I: Tail regions showing characteristic finger-like tip of J2; J: Total bodies of J2; K: Total bodies of males; L–M: Anterior regions of males showing absence of stylet; N–O: Tail regions showing spicules. SEM: scanning electron microscopy.
Figure 1 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 1: Light and SEM images of PaRatyleNChUS iliCiS n. sp. paratype females. A: EN FaCe; B, C, F: Anterior regions showing cuticular ornamentation, stylet, pharynx, and SE pore position; D–E: Total body of (slightly) obese bodies showing major internal structures; G–M: Tail regions showing lateral field, vulva, and tail termini. SE pore: secretory-excretory pore; SEM: scanning electron microscopy.
Figure 4 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 4: Phylogenetic tree generated using BI based on alignment of D2–D3 of 28S rRNA gene sequences of PaRatyleNChUS species using the GTR + G + I nucleotide substitution model. Bayesian posterior probabilities (in percentage) are given next to each node and sequences of PaRatyleNChUS iliCiS n. sp. are highlighted. BI: Bayesian inference.
Figure 6 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 6: Phylogenetic tree generated using BI based on alignment of COX1 gene sequences of PaRatyleNChUS species using the GTR + G + I nucleotide substitution model. Bayesian posterior probabilities (in percentage) are given next to each node and sequences of PaRatyleNChUS iliCiS n. sp. are highlighted. BI: Bayesian inference.
Figure 3 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 3: Line illustrations of PaRatyleNChUS iliCiS n. sp. paratypes. A, B, D: Total bodies showing developmental stages from juvenile (J2) to slightly obese to fully obese females; C: Anterior region of female showing stylet, pharynx, and SE pore position; E–G: Tail regions showing vulva, lateral field differentiation, tail shape, and tips of females; H: Tails of J2; I: Anterior region of J2; J: Anterior region of male; K: Posterior region of male. SE pore: secretory-excretory pore.
Figure 5 in Paratylenchus ilicis n. sp. (Nematoda: Paratylenchinae) Associated with Holly from the Netherlands and New Taxonomical and Phylogenetic Support for the Synonymization of Cacopaurus with Paratylenchus
Figure 5: Phylogenetic tree generated using BI based on alignment of ITS rRNA gene sequences of PaRatyleNChUS species using the GTR + G + I nucleotide substitution model. Bayesian posterior probabilities (in percentage) are given next to each node and sequences of PaRatyleNChUS iliCiS n. sp. are highlighted. BI: Bayesian inference.
Fig. 2 in A new early Silurian prioniodontid conodont with three P elements from Iran and associated species
Fig. 2. Distribution of conodonts in strata exposed on Hill B, for details see Männik et al. (2013). Arrows below and above the log indicate that the section continues in both directions. Samples: location and number of sample (total number of specimens in a sample), only productive samples are indicated. Taxa in bold are described in this paper, arrow at the upper end of distribution line of Oulodus spp. indicates that this taxon also occurs in higher strata. Conodont zones modified from Cramer et al. (2011), grey boxes indicate zones which were recognised in the studied section. Abbreviations: a., amorphognathoides; R., Rhuddanian.
Fig. 1. A in A new early Silurian prioniodontid conodont with three P elements from Iran and associated species
Fig. 1. A. Location of the study area in East Central Iran (asterisk). B. Studied area in the Derenjal Mountains (open frame indicates location of studied sections).
Fig. 5 in NeW species OF Pheretima, Amynthas, Polypheretima, and Pithemera (Clitellata: MegascOlecidae) FrOm MindanaO and assOciated islands, Philippines
Fig. 5. Schematic views of the internal and external morphology of the Polypheretima and Pithemera species described here. (A, B) Polypheretima bukidnonensis; (A) dorsal view of internal morphology; (B) external ventral view; (C, D) Polypheretima zamboangensis n. sp.; (C) dorsal view of internal morphology; (D) external ventral view; (E) Pithemera nolani n. sp., dorsal view of internal morphology, with prostates in xv-xix. Abbreviations: s, spermatheca; h, heart; p, prostate gland; cb, copulatory bursa; c, caecum; spbp, spermathecal batteries pores; cl, clitellum, mp, male pores, gm, genital markings. Scale bars: A-E, 5 mm.
Fig. 3 in NeW species OF Pheretima, Amynthas, Polypheretima, and Pithemera (Clitellata: MegascOlecidae) FrOm MindanaO and assOciated islands, Philippines
Fig. 3. Schematic dorsal views of the internal morphology of other Pheretima species described here. (A) P. timpoongensis n. sp., with intestinal origin in xv, and caeca extending from xxvii-xxiv; (B) P. camiguinensis n. sp., with prostates in xvii-xxi, and caeca extending from xxvii-xxi; (C) P. sibucalensis n. sp.; (D) P. apoensis n. sp. with spermathecae; (E) P. (Paraph.) pandanensis n. sp.; (F) P. (Paraph.) boaensis n. sp., with intestinal origin in xiv, prostates in xvii-xix, and caeca extending from xxvii-xxiii. Abbreviations: s, spermatheca; h, heart; p, prostate gland; cb, copulatory bursa; c, caecum. Scale bars: A-F, 5 mm.
Fig. 4 in NeW species OF Pheretima, Amynthas, Polypheretima, and Pithemera (Clitellata: MegascOlecidae) FrOm MindanaO and assOciated islands, Philippines
Fig. 4. Schematic dorsal views of the internal morphology of the three Amynthas species described here. (A) A. dinagatensis n. sp.; (B) A. cagdianaoensis n. sp.; (C) A. talaandigensis n. sp. Scale bars: A-C: 5 mm. (D) Schematic ventral view of polythecal A. talaandigensis n. sp., showing the intersegmental spermathecal pores (sp). Abbreviations: s, spermatheca; h, heart; p, prostate gland; c, caecum; sp, spermathecal pores.
Fig. 2 in NeW species OF Pheretima, Amynthas, Polypheretima, and Pithemera (Clitellata: MegascOlecidae) FrOm MindanaO and assOciated islands, Philippines
Fig. 2. Schematic dorsal views of the internal morphology of the Pheretima urceolata group species described here. (A) P. acia n. sp.; (B) P. dinagatensis n. sp.; (C) P. enormis n. sp.; (D) P. hamiguitanensis n. sp., with the intestinal origin in xv and prostates in xvii-xx; (E) P. lantapanensis n. sp. Abbreviations: s, spermatheca; h, heart; p, prostate gland; cb, copulatory bursa; c, caecum. Scale bars: A, B, D, E, 5 mm; C, 15 mm.
Fig. 1 in NeW species OF Pheretima, Amynthas, Polypheretima, and Pithemera (Clitellata: MegascOlecidae) FrOm MindanaO and assOciated islands, Philippines
Fig. 1. Map of Mindanao and associated islands. Black circles indicate collecting sites; dashed lines indicate the boundaries among three arc systems and the Zamboanga Peninsula, which coalesced between the Early Miocene and late Pliocene (20-1 Ma).
Figure 4. Smittium aggregatum. a in A NEW ASSOCIATION BETWEEN HARPELLALES, INSECT-GUT INHABITING FUNGI, AND CHIRONOMIDAE IN JAPAN WITH AN UPDATED LIST OF HARPELLALES DOCUMENTED FROM CHIRONOMIDAE Abstract
Figure 4. Smittium aggregatum. a. Thallus in the hindgut. Arrow: Hindgut cuticle (folded when dissected). Arrowheads: spores. Hyphal aggregation at the basal area of the thallus is the feature of this species. b. Detached spore. Arrowhead: Collar. Appendage is not reported in this species. c. Spore production. Arrowhead: The youngest spore. Scales. a: 20 μm. b–c: 5μm. Specimen ID. a: TNS-F-89237. b and c: TNS-F-89234. National Museum of Nature and Science, Tokyo. Host: larvae of Tanytarsini collected at Enzan Takahashi, Yamanashi, 1300m above sea level. a: water-mounted. b and c: Lactophenol-mounted.
Figure 3. Stachylina pedifer. a in A NEW ASSOCIATION BETWEEN HARPELLALES, INSECT-GUT INHABITING FUNGI, AND CHIRONOMIDAE IN JAPAN WITH AN UPDATED LIST OF HARPELLALES DOCUMENTED FROM CHIRONOMIDAE Abstract
Figure 3. Stachylina pedifer. a. Mature thalli in the peritrophic membrane. Arrows: foot-like shaped basal part penetrating the peritrophic membrane. Arrowheads: folding peritrophic membrane. Also, the same symbols mean the same meaning in figs b, c, and d. b. Higher magnification of the basal part of a thallus. c. Young thallus producing spores. Double arrowheads: spore initial. d. Almost mature thallus with eight spores. *: Spores of adjacent thallus. e. Detached spore. Arrowhead: appendage. Scales. a: 20 μm. b–e: 10μm. Specimen ID. a and b: 140224-1. e: 140225-4. Photos c and d are taken from temporary slides. a, c and d: water-mounted. b and e: Lactophenol-mounted.
Figure 2 in A NEW ASSOCIATION BETWEEN HARPELLALES, INSECT-GUT INHABITING FUNGI, AND CHIRONOMIDAE IN JAPAN WITH AN UPDATED LIST OF HARPELLALES DOCUMENTED FROM CHIRONOMIDAE Abstract
Figure 2. The species number in the two major genera of Harpellales described from Chironomidae (N=139 species)
Figure 1 in A NEW ASSOCIATION BETWEEN HARPELLALES, INSECT-GUT INHABITING FUNGI, AND CHIRONOMIDAE IN JAPAN WITH AN UPDATED LIST OF HARPELLALES DOCUMENTED FROM CHIRONOMIDAE Abstract
Figure 1. Total number of species in Harpellales described from Chironomidae and other hosts (N=270 species.)
Fig. 2 in A new species of Torymus (Hymenoptera: Torymidae) associated with two genera of Bruchinae (Coleoptera: Chrysomelidae) in México
Fig. 2. Torymus moazopi sp. nov. (Holotype) (Female): (a) lateral habitus; (b) head, frontal view; (c) antenna, frontal view; (d) scutellum, dorsal view; (e) propodeum, dorsal view (Paratype); (f) leg, hindleg (Paratype); (g) fore wing, lateral view; (h) abdomen, dorsal view (Paratype).
ScienceDex guides
Understand access before you commit
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.