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opennotspecifiedMar 2020View details →

FIGURES 12–13 in New taxonomic and faunistic data on Asian species of the genus Indenicmosoma Ardoin (Coleoptera: Tenebrionidae: Lagriinae), with description of a new species from Thailand

FIGURES 12–13. Dorsal view of Oriental species of Indenicmosoma. 12 I. magnum, non-type. Malaysia (Perak). SMNS. 13 I. pocsi, non-type. Thailand. SMNS. Scale line: 1 mm.

FIGURES 31–33 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 31–33. Uroseius sorrentinus (Lombardini). 31. Male, idiosoma dorsal; 32. Male, tarsus II, anterolateral view; 33. Female, tarsus II, posterolateral view. Grey setae are ventral and lateral setae.

FIGURES 34–39 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 34–39. Uroseius sorrentinus (Lombardini), adult male. 34. Idiosoma ventral; 35. Male, detail of fixed digit, ventral view; 36. Detail of cheliceral digit; 37. Detail of genital opening; 38. Sternapophysis; 39. Anal shield.

FIGURES 14–19 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 14–19. Uroseius sorrentinus (Lombardini).14. Deutonymph, subcapitulum; 15. Deutonymph, detail of paralabrum and gnathotectum; 16. Female, detail of subcapitulum; 17. Female, tritosternum; 18. Male, subcapitulum; 19. Male, detail of palp-trochanter. (gnt: gnathotectum; prl: paralabrum; s.st.: salivary stile).

FIGURES 5–7 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 5–7. Uroseius sorrentinus (Lombardini), deutonymph. 3. Idiosoma dorsal view; 4. Detail of denoted dorsal setae; 7. Chelicera, fixed digit, ventral view, movable digit pointed.

FIGURES 20–24 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 20–24. Uroseius sorrentinus (Lombardini), deutonymph, right legs I–IV, excluding pretarsus. 20. Leg I, dorsal view; 21. Leg II, dorsal view; 22. Leg III, dorsal view; 23. Leg IV, dorsal view; 24. Detail of dorsal setae.

FIGURES 25–27 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 25–27. Uroseius sorrentinus (Lombardini), adult female. 25. Idiosoma, dorsal view; 26. Detail of notate dorsal setae; 27. Chelicera, paraxial detail of cheliceral digits.

FIGURES 8–13 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 8–13. Uroseius sorrentinus (Lombardini), deutonymph. 8. Idiosoma, ventral view; 9. Tritosternum; 10. Detail of peritrematal extension; 11–12. Detail of denoted ventral glands; 13. Detail of anal region.

FIGURES 40–48 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 40–48. Uroseius sorrentinus (Lombardini). 40. Female, tarsus I, posterolateral view; 41. Detail of distoapical process and sensorial setae of tarsus I; 42–44. Female, detail of pretarsus; 45. Male, detail of pretarsus; 46. Female, left leg II, femora-tibia, anterolateral view; 47. Male, right leg II, trochanter-tibia, anterolateral view; 48. Deutonymph, tarsus II, right leg, dorsal view. (ap: apical process; gl: gland pore).

FIGURES 49–50. Uroseius acumninatus. 49 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 49–50. Uroseius acumninatus. 49. Idiosoma ventral; 50. Detail of dorsodistal region of idiosoma; 51. Detail of ventrianal shield with anal opening retracted inside the body; 52. Diagrammatic representation of tarsus I chaetome (solid black symbols refer to ventral setae). (S: sensorial seta)

FIGURES 1–2. Idiosoma larva. 1 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURES 1–2. Idiosoma larva. 1. Eutrachytes (E.) flagellatus, modified from Moraza et al., 2016: 1a. Idiosoma, dorsal view; 1b. Idiosoma, ventral view. 2. Spadiseius calyptrogynae, modified from Lindquist & Moraza, 2008: 2a. Idiosoma, dorsal view; 2b. Idiosoma, ventral view.

FIGURE 3. Uroseius sorrentinus Lombardini, protonymph. 3 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURE 3. Uroseius sorrentinus Lombardini, protonymph. 3. Idiosoma, dorsal view; 4. Idiosoma, ventral view.

FIGURE 4 in New data on the genus Uroseius Berlese (Acari: Mesostigmata: Uropodina Trachytidae) with a redescription of U. sorrentinus (Lombardini, 1952)

FIGURE 4. Protonymph of Spadiseius calyptrogynae, modified from Lindquist & Moraza, 2008: 4a. Idiosoma, dorsal view; 4b. Idiosoma, ventral view.

FIGURE 1. Goniurosaurus spp. from Hainan Island. A-B. G in A new species of Goniurosaurus from Hainan Island, China based on molecular and morphological data (Squamata: Sauria: Eublepharidae)

FIGURE 1. Goniurosaurus spp. from Hainan Island. A-B. G. kwanghua sp. nov., adult (ECNU-V0059) and juvenile (ECNU- V0035); C-D. G. hainanensis, adult and juvenile; E. G. zhoui, adult; F. G. bawanglingensis, adult; G. G. lichtenfelderi, adult; H. Karst environment where G. kwanghua sp. nov. was collected. Photos A, F, and G by Zhu Xiao-Yu, photos B, C, D, E, and H by He Zhu-Qing.

FIGURE 3 in A new species of Goniurosaurus from Hainan Island, China based on molecular and morphological data (Squamata: Sauria: Eublepharidae)

FIGURE 3. Goniurosaurus kwanghua sp. nov. A-D (ECNU-V0059). (A), Scalation and coloration characters of the head, (B) dorsal view of the snout tip, (C) ventral view of the chin, and (D) the precloacal region of adult male. Scalation of (E) manus and (F) pes, respectively. G-H (ECNU-V0035), showing stripes on limbs linking with body bands.

FIGURE 4 in A new species of Goniurosaurus from Hainan Island, China based on molecular and morphological data (Squamata: Sauria: Eublepharidae)

FIGURE 4. Type series of Goniurosaurus kwanghua sp. nov. A, ECNU-V0003 (Holotype); B, ECNU-V0004 (Paratype); C, ECNU-V0005 (Paratype).

FIGURE 2 in A new species of Goniurosaurus from Hainan Island, China based on molecular and morphological data (Squamata: Sauria: Eublepharidae)

FIGURE 2. The phylogenetic history of the Hainan clade in Goniurosaurus. The species-coalescence tree was constructed based on four partitions with species tree method. G. luii and G. kwangsiensis are outgroups. Posterior probabilities are indicated above each branch. Divergence times are shown at the side of each node. Numbers in brackets are the confidence intervals of time estimation. Two blue squares numbered 1 and 2 are the two secondary calibration points based on Liang et al. (2018). The green dot represents the divergence of G. kwanghua sp. nov. from G. hainanensis species complex. The color columns indicate different geological periods. Q.: Quaternary; Plio.: Pliocene.

opencc-by-4.0Dec 2019View details →

New data on the publishing productivity of American sociologists

OVERVIEW This data file, compiled from multiple online sources, presents 2013–2017 publication counts—articles, articles in high-impact journals, books, and books from high-impact publishers—for 2,132 professors and associate professors in 426 U.S. departments of sociology.  It also includes information on institutional characteristics (e.g., institution type, highest sociology degree offered, department size) and individual characteristics (e.g., academic rank, gender, PhD year, PhD institution). The data may be useful for investigations of scholarly productivity, the correlates of scholarly productivity, and the contributions of particular individuals and institutions.  Complete population data are presented for the top 26 doctoral programs, doctoral institutions other than R1 universities, the top liberal arts colleges, and other bachelor's institutions.  Sample data are presented for Carnegie R1 universities (other than the top 26) and master's institutions. USER NOTES Please see our paper in Scholarly Assessment Reports, freely available at <a href="https://doi.org/10.29024/sar.36">https://doi.org/10.29024/sar.36</a> , for full information about the data set and the methods used in its compilation.  The section numbers used here refer to the Appendix of that paper.  See the References, below, for other papers that have made use of these data. The data file is a single Excel file with five worksheets: Sampling, Articles, Books, Individuals, and Departments.  Each worksheet has a simple rectangular format, and the cells include just text and values—no formulas or links.  A few general notes apply to all five worksheets. • The yellow column headings represent institutional (departmental) data.  The blue column headings represent data for individual faculty. • iType is institution type, as described in section A.2—TopR (top research universities), R1 (other R1 universities), OD (other doctoral universities), M (master's institutions), TopLA (top liberal arts colleges), or B (other bachelor's institutions).  nType provides the same information, but as a single-digit code that is more useful for sorting the rows; 1=TopR, 2=R1, 3=OD, 4=M, 5=TopLA, and 6=B. • Inst is a four-digit institution code.  The first digit corresponds to nType, and the last three digits allow for alphabetical sorting by institution name.  Indiv is a one- or two-digit code that can be used to sort the individuals by name within each department.  The Inst, nType, and Indiv codes are consistent across the five worksheets. • For binary variables such as Full professor and Female, 1 indicates yes (full professor or female) and 0 indicates no (associate professor or male). The five worksheets represent five distinct stages in the data compilation process.  First, the Sampling worksheet lists the 1,530 base-population institutions (see section A.3) and presents the characteristics of the faculty included in the data file.  Each row with an entry in the Individual column represents a faculty member at one of the 426 institutions included in the data set.  Each row without an entry in the Individual column represents an institution that either (a) did not meet the criteria for inclusion (section A.1) or (b) was not needed to attain the desired sample size for the R1 or M groups (section A.3). The Articles worksheet includes the data compiled from SocINDEX, as described in section A.6.  Each row with an entry in the Journal column represents an article written by one of the 2,132 faculty included in the data.  Each row without an entry in the Journal column represents a faculty member without any article listings in SocINDEX for the 2013–2017 period.  (Note that SocINDEX items other than peer-reviewed articles—editorials, letters, etc.—may be listed in the Journal column but assigned a value of 1 in the Excluded column and a value of 0 in the Article credit and HI article credit columns.  We assigned no credit for items such as editorial and letters, but other researchers may wish to include them.)  The N and i columns represent, for each article, the number of authors (N) and the faculty member's place in the byline (i), as described in section A.8.  The CiteScore and Highest percentile columns were used to identify high-impact journals, as indicated in the HI journal column.  The Article credit and HI article credit columns are article counts, adjusted for co-authorship. The Books worksheet includes data compiled from Amazon and other sources, as described in section A.7.  Each row with an entry in the Book column represents a book written by one of the 2,132 faculty.  Each row without an entry in the Book column represents a faculty member without any book listings in Amazon during the 2013–2017 period.  The publication counts in the Books worksheet—Book credit and HI book credit—follow the same format as those in the Articles worksheet. The Individuals worksheet consolidates information from the Articles and Books worksheets so that each of the 2,132 individuals is represented by a single row.  The worksheet also includes several categorical variables calculated or otherwise derived from the raw data—Years since PhD, for instance, and the three corresponding binary variables.  We suspect that many data users will be most interested in the Individuals worksheet. The Departments worksheet collapses the individual data so that each of the 426 institutions (departments) is represented by a single row.  Individual characteristics such as Female and Years since PhD are presented as percentages or averages—% Female and Avg years since PhD, for instance.  Each of the four productivity measures is represented by a departmental total, an average (the total divided by the number of full and associate professors), a departmental standard deviation, and a departmental median.

dryad32/100

Character data for taxa added to phylogenetic analyses in "A new crocodylid from the middle Miocene of Kenya and the timing of crocodylian faunal change in the late Cenozoic of Africa"

Brochuchus is a small crocodylid originally based on specimens from the early Miocene of Rusinga Island, Lake Victoria, Kenya. Here, we report occurrences of Brochuchus from several early and middle Miocene sites. Some are from the Lake Victoria region, and others are in the Lake Turkana Basin. Specimens from the middle Miocene Maboko locality form the basis of a new species, Brochuchus parvidens, which has comparatively smaller maxillary alveoli. Because of the smaller alveoli, the teeth appear to be more widely spaced in the new species. We also provide a revised diagnosis for Brochuchus and its type species, B. pigotti. A phylogenetic analysis supports a close relationship between Brochuchus and tube-snouted Euthecodon, but although relationships among crocodylids appear poorly resolved in the set of optimal trees, this is because Brochuchus and Euthecodon, along with early Miocene "Crocodylus" gariepensis from the early Miocene of Namibia, jointly adopt two distinct positions – either closely related to the living sharp-nosed crocodile (Mecistops) or to a group including the living dwarf crocodiles (Osteolaemus). Character support for a close relationship with Mecistops is problematic, and we suspect a closer relationship to Osteolaemus will be recovered with improved sampling, but the results here are ambiguous. In either case, Brochuchus is more closely related to living groups not currently found in East Africa. This material helps constrain the timing of crocodylian faunal turnover in the East African Rift Valley System, with endemic lineages largely being replaced by Crocodylus in the middle or late Miocene possibly in response to regional xerification and the replacement of continuous rainforest cover with open grasslands and savannas.

opencc-zeroJun 2020View details →