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FIGURE 17 in Fourteen new species of the genus Thubdora Park, 2018 (Lepidoptera Gelechioidea: Lecithoceridae) from Uganda, and three new combinations in Ptilothyris Walsingham, 1897 from DR Congo
FIGURE 17. Thubdora narusia Park, sp. nov.: A, adult, holotype; B, head and labial palpus, lateral view; C, male genitalia, lateral view, holotype, gen. slide no. CIS-7045; D, ventral view, holotype; E, a close-up of uncus, holotype; F, a close-up of juxta, holotype; G, aedeagus, with a close-up of cornutus, holotype. Scale bar for genitalia and aedeagus: 1.0 mm.
FIGURE 15 in Fourteen new species of the genus Thubdora Park, 2018 (Lepidoptera Gelechioidea: Lecithoceridae) from Uganda, and three new combinations in Ptilothyris Walsingham, 1897 from DR Congo
FIGURE 15. Thubdora corystos Park, sp. nov.: A, adult, holotype; B, lateral view of abdomen; C, abdominal segment VI–VIII; D, abdominal sternite VIII; E, male genitalia, holotype, gen. slide no. CIS-7334; F, aedeagus, holotype; G, female genitalia (with a close-up of signum), gen. slide no. CIS-7349. Scale bar for genitalia and aedeagus: 1.0 mm.
FIGURE 12 in Fourteen new species of the genus Thubdora Park, 2018 (Lepidoptera Gelechioidea: Lecithoceridae) from Uganda, and three new combinations in Ptilothyris Walsingham, 1897 from DR Congo
FIGURE 12. Thubdora umbratilis Park, sp. nov.: A, adult, holotype; B, head and antenna, dorsal view; C, forewing venation; D, male genitalia, holotype, gen. slide no. CIS-7048, E, lateral view, holotype; F, aedeagus; G, abdominal segments VI-VIII. Scale bar for genitalia and aedeagus: 1.0 mm.
FIGURE 13 in Fourteen new species of the genus Thubdora Park, 2018 (Lepidoptera Gelechioidea: Lecithoceridae) from Uganda, and three new combinations in Ptilothyris Walsingham, 1897 from DR Congo
FIGURE 13. Thubdora wooriana Park, sp. nov.: A, adult, holotype; B, holotype label; C, lateral view of male genitalia, holotype, gen. slide no. CIS-7230; D. ventral view, holotype; E, aedeagus; E', a close-up of aedeagus in ventral view, holotype; F, a close-up of uncus + juxta; G, abdomen, dorsal view. Scale bar for genitalia and aedeagus: 1.0 mm.
Distribution. Widely in S Africa, but N & W boundaries are not yet known; known to occur in S DR Congo, W Angola, Zambia, Malawi, Mozambique, Namibia, N Botswana, Zimbabwe, South Africa, and Swaziland. A species morphologically identical to Ä caffer occurs widely in East Africa but whether this refers to H. caffer or H. tephrus has not yet been established. in Hipposideridae
Distribution. Widely in S Africa, but N & W boundaries are not yet known; known to occur in S DR Congo, W Angola, Zambia, Malawi, Mozambique, Namibia, N Botswana, Zimbabwe, South Africa, and Swaziland. A species morphologically identical to Ä caffer occurs widely in East Africa but whether this refers to H. caffer or H. tephrus has not yet been established.
Distribution. Widely distributed through out tropical Africa from Senegal E to ex treme W Uganda and E DR Congo, with isolated populations in W Angola, SE Ken ya, and N, NE & SE Tanzania; also on Bioko I. in Family Hipposideridae (Old World Leaf-nosed Bats)
Distribution. Widely distributed through out tropical Africa from Senegal E to ex treme W Uganda and E DR Congo, with isolated populations in W Angola, SE Ken ya, and N, NE & SE Tanzania; also on Bioko I.
DR.
<p>This is an ensemble precipitation forecasts dataset (May 21-22, 2018) from four topography perturbation experiments based on 3km WRF model as well as the corresponding verifying precipitation analysis for a JGR-Atmospheric manuscript. </p>
Dr.
<p>This dataset inlcudes all original data produced and used in the accepted paper of Wu et al. entitled '<strong>Evaluating Zr/Rb ratio from XRF scanning as an indicator of grain-size variations of glaciomarine sediments in the Southern Ocean</strong>'.</p>
Dr.
<p>The files contain pedigree, phenotypes and genomic data for two populations: Pinus radiata (Pinus) and Eucalyptus nitens (Eucalyptus). Phenotypic data files contain individual identifiers called "ID" which connects phenotypes with pedigree and genomic markers, design effects and phenotypic data. Eucalyptus_Sib-ship_based_relationship_matrix.csv file contains relatinship matrix derived from sib-ship reconstruction performed in previous study (Klapste et al. 2017) using COLONY package. It contains row and column names associating elements in the relationship matrix to individual identifier "ID". Genomic data files contain genotypes coded as -1, 0 and 1 representing reference allele homozygote, heterozygote and alternative allele homozygote.</p> <p><br> </p>
Dr.
<p>Supplementary Material for a manuscript discussing the contribution of the RNA Binding Protein HuR to metabolic flexibility.</p>
Prof. Dr.
<p><strong>Figure S1. AmyDr sequence and multiple sequence alignment, assignment of the secondary structural elements. </strong>Alignment of AmyDr and other coleopteran α-amylase sequences without signal peptides (accession numbers of GenBank and PDB sequences are shown) including the crystallized α-amylase of <em>Tenebrio molitor </em>(PDB:1JAE)<em>. </em>Conserved residues are boxed in red. Catalytic residues, calcium, and chloride binding sites are indicated with the symbols * + - , respectively. β-Sheets are indicated with arrows and α-helices with helices.</p>
Supplementary material 1 from: Maddison DR (2020) Shards, sequences, and shorelines: two new species of Bembidion from North America (Coleoptera, Carabidae). ZooKeys 1007: 85-128. https://doi.org/10.3897/zookeys.1007.60012
Mesquite NEXUS file containing the DNA sequence data and resulting phylogenetic trees from maximum likelihood analyses for the subgenus Hydrium
Supplementary material 2 from: Maddison DR (2020) Shards, sequences, and shorelines: two new species of Bembidion from North America (Coleoptera, Carabidae). ZooKeys 1007: 85-128. https://doi.org/10.3897/zookeys.1007.60012
Mesquite NEXUS file containing the DNA sequence data and resulting phylogenetic trees from maximum likelihood analyses for the Bembidion transversale group
Data from: The "Dr Jekyll and Mr Hyde fungus": noble rot versus gray mold symptoms of Botrytis cinerea on grapes
Many cryptic species have recently been discovered in fungi, especially in fungal plant pathogens. Cryptic fungal species co-occurring in sympatry may occupy slightly different ecological niches, for example infecting the same crop plant but specialized on different organs or having different phenologies. Identifying cryptic species in fungal pathogens of crops and determining their ecological specialization is therefore crucial for disease management. Here we addressed this question in the ascomycete Botrytis cinerea, the agent of grey mold on a wide range of plants. On grape, B. cinerea causes severe damages but is also responsible for noble rot used for processing sweet wines. We used microsatellite genotyping and clustering methods to elucidate whether isolates sampled on grey mold vs. noble rot symptoms in three French regions belong to genetically differentiated populations. The inferred population structure matched geography rather than the type of symptom. Noble rot symptoms therefore do not seem caused by a specific B. cinerea population but instead seem to depend essentially on microclimatic conditions, which has applied consequences for the production of sweet wines.
FIGURES 32–38 in Synonymic notes on some species of Chironomidae (Diptera) described by Dr. M. Sasa (†)
FIGURES 32–38. Male holotypes of Chironominae. 32. Harnischia sibabecea Sasa, Sumita et Suzuki, 1999 [= Harnischia ohmuraensis Kobayashi et Suzuki, 1999], anal point. 33–35• Prochironomus irioheius Sasa et Suzuki, 2000 [= Paratendipes nigrofasciatus Kieffer, 1916], hypopygium (33), median volsella (34), wing (35). 36. Polypedilum daitoneoum Sasa et Suzuki, 2001 [= Polypedilum nubifer (Skuse, 1889)], hypopygium. 37. Polypedilum chubetuabeum Sasa et Suzuki, 2001 [= Polypedilum tsukubaense (Sasa, 1979)], superior volsella. 38. Tanytarsus ginzanquartus Sasa et Suzuki, 1998 [= Rheotanytarsus rivulophilus Kawai et Sasa, 1985], hypopygium. Scale lines: 100 μm (34, 36, 38); 50 μm (32– 33, 35, 37).
FIGURES 27–31 in Synonymic notes on some species of Chironomidae (Diptera) described by Dr. M. Sasa (†)
FIGURES 27–31. Male holotypes of Diamesinae (27–28), Prodiamesinae (29) and Chironominae (30–31). 27–28. Sympotthastia toyamayezea Sasa, 1996 [= Sympotthastia takatensis (Tokunaga, 1936)], tergite IX (27), lateral aedeagal lobe (28). 29. Prodiamesa toneheia Sasa et Tanaka, 2000 [= Prodiamesa levanidovae Makarchenko, 1982], hypopygium. 30. Daitoyusurika daitofegea Sasa et Suzuki, 2001 [= Chironomus crassiforceps (Kieffer, 1916)], hypopygium. 31. Cryptotendipes sibaabeus Sasa, Sumita et Suzuki, 1999 [= Cladopelma edwardsi (Kruseman, 1933)], hypopygium. Scale lines: 100 μm.
FIGURES 13–26 in Synonymic notes on some species of Chironomidae (Diptera) described by Dr. M. Sasa (†)
FIGURES 13–26. Male holotypes of Tanypodinae (13–22) and Diamesinae (23–26). 13–14. Zavrelimyia inaveua Sasa, Kitami et Suzuki, 2001 [= Tanypus punctipennis Meigen, 1818], scutal tubercle in dorsal view (13), mid tibial spurs (14). 15–18. Trissopelopia oyabetrispinosa Sasa, Kawai et Ueno, 1988 [= Trissopelopia longimana (Staeger, 1839)], hypopygium (15), fore tibial spur (16), mid tibial spurs (17), hind tibial spurs (18). 19–22. Zavrelimyia tusimuheia (Sasa et Suzuki, 1999), comb. nov., hypopygium (19), fore tibial spur (20), mid tibial spurs (21), hind tibial spurs (22). 23. Diamesa kurobedistalis Sasa et Okazawa, 1992 [=Diamesa alpina Tokunaga, 1936], hypopygium. 24–25. Diamesa sunabacedea (Tanaka et Sasa, 2001), comb. nov., hypopygium (24), anal point (25). 26. Potthastia togabicolis Sasa et Okazawa, 1992 [= Potthastia gaedii (Meigen, 1838)], hypopygium. Scale lines: 100 μm (13, 15, 19, 23–26); 50 μm (14, 16– 18, 20–22).
FIGURES 1–12 in Synonymic notes on some species of Chironomidae (Diptera) described by Dr. M. Sasa (†)
FIGURES 1–12. Male holotypes of Tanypodinae. 1–2. Denopelopia irioquerea (Sasa et Suzuki, 2000), comb. nov., hypopygium (1), scale-like setae of fore tibia (2). 3–4. Zavrelimyia inawaquerea Sasa, Kitami et Suzuki, 2000 [= Natarsia tokunagai (Fittkau, 1962)], wing (3), mid tibial spurs (4). 5–6. Krenopelopia yunouresia Sasa, 1989 [= Paramerina divisa (Walker, 1856)], hypopygium (5), hind tibial spurs (6). 7–8. Paramerina okimaculata Sasa, 1990, hypopygium (7), mid tibial spurs (8). 9–10. Krenopelopia togatibea Sasa et Okazawa, 1992 [= Psectrotanypus orientalis Fittkau, 1962], hypopygium (9), mid tibial spurs (10). 11–12. Krenopelopia joganflava Sasa et Okazawa, 1991 [= Rheopelopia ornata (Meigen, 1838)], hypopygium (11), mid tibial spurs (12). Scale lines: 1000 μm (3); 100 μm (1, 5, 7, 9, 11); 50 μm (2, 4, 6, 8, 10, 12).
FIGURE 1 in A new species of Parapinnanema (Nematoda, Chromadoridae) from Dr Theodor Mortensen's Pacific Expedition 1914 – 16 with an identification key to the genus
FIGURE 1. Parapinnanema hawaiiensis sp. nov. A) holotype habitus; B) detail of the buccal cavity of the holotype; C) detail of the cuticular ornamentation in the cervical region of a male paratype; D) cuticular ornamentation in the middle body of the holotype; E) caudal region of the holotype; F) detail of the copulatory apparatus of the holotype; G) pattern of the cuticular ornamentation in the cloacal region of a male paratype. Scale bars: A, 100µm; B, C, E, F, G 10 µm; D, 50 µm.
FIGURE 3 in A new species of Parapinnanema (Nematoda, Chromadoridae) from Dr Theodor Mortensen's Pacific Expedition 1914 – 16 with an identification key to the genus
FIGURE 3. Light micrographs of Parapinnanema hawaiiensis sp. nov. A) buccal cavity of the holotype; B) detail of the precloacal modification of the cuticle of a male paratype; C) and D) details of the copulatory apparatus of the holotype. Scale bars: A, B, C, D, 10 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.