132,473 research outputs found
Tarjeta Postal de Achille Loria a Pedro Dorado Montero
No full textTarjeta Postal de D. Achille Loria, a D. Pedro Dorado Montero, agradeciéndole el envío de su trabajo "Problemas Jurídicos Contemporáneos"
Srilankametrus couzijni Prendini & Loria 2020, sp. nov.
No full textSrilankametrus couzijni, sp. nov. Figures 10, 27C, D, 41C, D, 56E–H, 76B, 77B,Published as part of Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442) on page 400, DOI: 10.1206/0003-0090.442.1.1, http://zenodo.org/record/541129
Chersonesometrus bastawadei Prendini & Loria 2020, sp. nov.
No full textChersonesometrus bastawadei, sp. nov. Figures 10, 16A, 30A, 44A–D, 58A, 59A, 60A,Published as part of Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442) on page 48, DOI: 10.1206/0003-0090.442.1.1, http://zenodo.org/record/541129
Chersonesometrus shivashankari Prendini & Loria 2020, sp. nov.
No full text<i>Chersonesometrus shivashankari</i>, sp. nov. Figures 10, 16C, D, 30C, D, 45E–H, 61B, 62B,Published as part of <i>Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442)</i> on page 107, DOI: 10.1206/0003-0090.442.1.1, <a href="http://zenodo.org/record/5411297">http://zenodo.org/record/5411297</a>
Sahyadrimetrus mathewi Prendini & Loria 2020, gen. et sp. nov.
No full textSahyadrimetrus mathewi, gen. et sp. nov. Figures 10, 26C, D, 40C, D, 55E–H, 73C, 74C,Published as part of Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442) on page 337, DOI: 10.1206/0003-0090.442.1.1, http://zenodo.org/record/541129
Deccanometrus liurus Prendini & Loria 2020, comb. nov.
No full text<i>Deccanometrus liurus</i> (Pocock, 1897), comb. nov. Figures 10, 21C, 35C, 48A–D, 64E, 65E, 66E,Published as part of <i>Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442)</i> on page 166, DOI: 10.1206/0003-0090.442.1.1, <a href="http://zenodo.org/record/5411297">http://zenodo.org/record/5411297</a>
Enithares loria Brooks
No full textEnithares loria Brooks (Figs. 40, 62, 63) Enithares loria Brooks 1948: 45. Material examined. INDONESIA, Irian Jaya Prov. [Papua Prov.], New Guinea: 4 males, 1 female, ponds next to airstrip at PTFI Siewa exploration camp, 60 m., 3°02′13′′S, 136°22′34′′E, water temp. 28.5° C., 3 April 1998, 10:30–11:15 hrs. and 17 April 1998, 09:30–11:00 hrs., CL 7085, D. A. Polhemus (USNM, BPBM); 4 males, 2 females, 1 immature, roadside pond, 1.2 km. N. of PTFI Siewa exploration camp along old logging road, 60 m., 3°01′45′′S, 136°22′08′′E, water temp. 30° C., 9 April 1998, 12:00–13:00 hrs., CL 7093, D. A. Polhemus (USNM, BPBM); 1 female, pools in sandy overflow channel branching from Tiri River (trib. to Doorman River), 4.5 km. SW of Dabra, 80 m., 3°17′30′′S, 138°34′53′′E, water temp. 25 °C., 9–13 September 2000, CL 7141, D. A. Polhemus (USNM). PAPUA NEW GUINEA, Western Prov.: 5 males, 6 females, 1 immature, Bossett’s Lagoon, 11 October 1985, K. Hortle (USNM). SOLOMON ISLANDS, Malaita Prov.: 4 males, 3 females, 1 immature, Malaita, pond in cattle pasture, 11 km. N. of Auki on road to Dala, 10 m., 8°40′23′′S, 160°40′57′′E, water temp. 31° C., 31 July 2005, 13:00–14:00 hrs., CL 7414, D. A. Polhemus (USNM). AUSTRALIA, Western Australia: 1 male, Kimberly Plateau, Drysdale River at Kalumburu Road, 395 m., 15°41′05′′S, 126°22′44′′E, 23 August 2004, CL 4993, D. A. Polhemus and J. T. Polhemus (USNM). Discussion. Enithares loria is a small species with prominent, rounded eyes (Fig. 62), and is easily recognized by the vertically produced PL of the male genitalia, which is covered with coarse spinules (Fig. 40). In comparison to E. bakeri, the PL is elongate vertically in E. loria, versus broad and stout in E. bakeri (compare Figs. 39, 40), although bearing short, stout, spine-like setae in both species. In addition, the distal portion of the LABP, although showing some clear similarities, is more elongate and finger-like in E. loria. This is the species treated as “ Enithares sp. undet #1′′ by D. Polhemus (2000) in the Conservation International rapid assessment report covering surveys in the Wapoga River Basin of north Indonesian New Guinea. It is also the species listed by D. Polhemus (2002) as “ Enithares sp. undet.′′ in the Conservation International rapid assessment report covering surveys in the Cyclops Mountains and Mamberamo River areas of north Indonesian New Guinea. Ecological notes. Enithares loria is a widespread but localized lowland species (Fig. 63) that was originally described from a series of 5 specimens taken by Lamberto Loria of the Genoa Museum in the Rigo district, southeast of Port Moresby, in what is now Papua New Guinea. Brooks listed additional material collected by L. E. Cheesman from Mafulu, in the Auga River basin to the northwest of Port Moresby, as well as from Australia, and Lansbury (1968) subsequently provided further records from the Solomon Islands (Russell Island) and other areas of Australia (Queensland, Northern Territory). The collections reported here from the Siewa and Dabra areas in Indonesian New Guinea, represent a considerable range extension within that island, given that this species had not been previously known from north of the island’s high central east-west drainage divide. New records are also provided for Western Australia, and the island of Malaita in the Solomon Islands. Despite its wide range, E. loria is only sporadically encountered in the Melanesian region, indicating it may have specialized habitat requirements At the PTFI Siewa mineral exploration camp (CL 7085) in the Wapoga River basin, located at the former site of a defunct logging operation, E. loria was taken from rain-filled borrow pits next to a graded gravel airstrip. These ponds had an average depth of ~ 1.5 m, with the margins considerably shallower, and also harbored several species of Anisops notonectids, but were devoid of fish. The author’s field notes for the Tiri River locality (CL 7141), further to the east in the Mamberamo River basin, note that: “This small-sized species was present in low numbers in the uppermost pools along sandy side channels at the Tiri River. Both immatures and adults were present, indicating that the species is breeding in these habitats. The absence of fish, and possibly current, seems to be necessary for the presence of this species.′′ On the island of Malaita, in the Solomon Islands, E. loria was taken from an artificial pond in a grassy lowland cattle pasture. As at the Siewa airstrip, the species was again in this case utilizing an anthropogenically-created habitat, and thus seems tolerant of disturbance.Published as part of Polhemus, Dan A., 2020, Nine new species of Enithares (Heteroptera: Notonectidae) from New Guinea, with distributional notes on other species and an updated world checklist, pp. 132-182 in Zootaxa 4772 (1) on pages 167-168, DOI: 10.11646/zootaxa.4772.1.5, http://zenodo.org/record/381407
Heterometrus spinifer LP 1906
No full textHeterometrus spinifer (Ehrenberg, 1828) Figures 10, 23C, D, 37C, D, 50E–H, 67E, 68E,Published as part of Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442) on page 290, DOI: 10.1206/0003-0090.442.1.1, http://zenodo.org/record/541129
Heterometrus longimanus LP
No full textHeterometrus longimanus (Herbst, 1800) Figures 10, 22C, D, 36C, D, 52E–H, 70B, 71B,Published as part of Prendini, Lorenzo & Loria, Stephanie F., 2020, Systematic Revision Of The Asian Forest Scorpions (Heterometrinae Simon, 1879), Revised Suprageneric Classification Of Scorpionidae Latreille, 1802, And Revalidation Of Rugodentidae Bastawade Et Al., 2005, pp. 1-480 in Bulletin of the American Museum of Natural History 2020 (442) on page 252, DOI: 10.1206/0003-0090.442.1.1, http://zenodo.org/record/541129
MeSH term explosion and author rank improve expert recommendations
Get PDFInformation overload is an often-cited phenomenon that reduces the productivity, efficiency and efficacy of scientists. One challenge for scientists is to find appropriate collaborators in their research. The literature describes various solutions to the problem of expertise location, but most current approaches do not appear to be very suitable for expert recommendations in biomedical research. In this study, we present the development and initial evaluation of a vector space model-based algorithm to calculate researcher similarity using four inputs: 1) MeSH terms of publications; 2) MeSH terms and author rank; 3) exploded MeSH terms; and 4) exploded MeSH terms and author rank. We developed and evaluated the algorithm using a data set of 17,525 authors and their 22,542 papers. On average, our algorithms correctly predicted 2.5 of the top 5/10 coauthors of individual scientists. Exploded MeSH and author rank outperformed all other algorithms in accuracy, followed closely by MeSH and author rank. Our results show that the accuracy of MeSH term-based matching can be enhanced with other metadata such as author rank
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