97 research outputs found
RIX-systemet Och dess påverkan på finansinstitutens marknadsmakt
No full textTitel: RIX-systemet och dess påverkan på finansinstitutens marknadsmakt
Författare: Tom Douglas och Eric Narfström
Handledare: Evert Köstner
Kurs: NEG300, kandidatuppsats Nationalekonomi fördjupningskurs, 15 hp, HT-2013
Nyckelord: marknadsmakt, oligopol, räntabilitet, riksbanken, RIX-systemet, konkurrens
Syfte: Denna studie syftar till att undersöka om det finns ett samband mellan
medlemskap i RIX-systemet och räntabilitet på eget kapital beträffande företag vilka är aktiva på den svenska finansmarknaden.
Metod: I denna studie används både en kvantitativ och kvalitativ metod med insamling av kvantitativ sekundärdata från framförallt Svenska Bankföreningen. Kvalitativ data har främst hämtats från Riksbanken.
Teori: Structure-conduct-performance paradigm (SCP) samt Porters femkraftsmodell ligger till grund för den teoretiska referensram som ligger till grund för studien att tillägga till detta används även konventionell konkurrensteori.
Slutsats: Studien visar på att det föreligger ett statistiskt signifikant samband
mellan ett deltagande i RIX-systemet och räntabilitet på eget kapital.
Title: The RIX-system and its impact on financial institutions market power.
Author: Tom Douglas and Eric Narfström
Advisor: Evert Köstner
Course: NEG300, Bachelor thesis in Economics, 15 hp, fall 2013
Keywords: Market power, oligopoly, return on investment, central bank, the RIX-system, competition
Purpose: This study aims to investigate whether there is a correlation between
a membership within the RIX-system and return on investment regarding companies with in the financial industry of Sweden.
Method: In this study, both a quantitative and qualitative approach has been used. Regarding the collection of quantitative data, it has been retrieved mainly from Swedish Bankers' Association. Collection of qualitative data has been collected mainly from The Swedish central bank Riksbanken.
Theory: Structure-conduct-performance paradigm (SCP) and Porters five-forces framework underpin the theoretical framework underlying the study. Adding to this is also conventional competition theory.
Conclusion: The study shows that there is a statistically significant relationship
between participation in the RIX system and return on equity
LOS! Workshop: Reproducible research with Nix and rix
No full textThis event is a part of LOS! (Leibniz Open Science!), the event series of the Leibniz Strategy Forum on Open Science. The workshop was held online, on May 16, 2024.In this workshop, Bruno Rodrigues will introduce you to the Nix package manager, which allows for reproducible software installations. This can be used not only to install R but also R packages from CRAN, Bioconductor, or even Github. Nix takes care of installing all the dependencies for the packages, so, for example, it will install Java if a required R package depends on it, such as {rJava}. To simplify the use of Nix, a package developed by the author and his colleague Philipp Baumann, {rix}, will be utilized. Requirements to attend: comfortable with R and the command line. Nix needs to be already installed on the participants’ machines. See here: https://github.com/b-rodrigues/rix?tab=readme-ov-file#installing-nix for detailed instructions. The {rix} package must also be installed. As it is not on CRAN yet, you must install it from its own universe. Run the following line from an R session: install.packages(“rix”, repos = c(“https://b-rodrigues.r-universe.dev”, “https://cloud.r-project.org”)).https://www.leibniz-openscience.de/event/los-workshop-reproducible-research-with-nix-and-rix/unknow
LOS! Workshop: Reproducible research with Nix and rix
No full textThis event is a part of LOS! (Leibniz Open Science!), the event series of the Leibniz Strategy Forum on Open Science. The workshop was held online, on May 16, 2024.In this workshop, Bruno Rodrigues will introduce you to the Nix package manager, which allows for reproducible software installations. This can be used not only to install R but also R packages from CRAN, Bioconductor, or even Github. Nix takes care of installing all the dependencies for the packages, so, for example, it will install Java if a required R package depends on it, such as {rJava}. To simplify the use of Nix, a package developed by the author and his colleague Philipp Baumann, {rix}, will be utilized.
Requirements to attend: comfortable with R and the command line. Nix needs to be already installed on the participants’ machines. See here: https://github.com/b-rodrigues/rix?tab=readme-ov-file#installing-nix for detailed instructions. The {rix} package must also be installed. As it is not on CRAN yet, you must install it from its own universe. Run the following line from an R session:
install.packages(“rix”, repos = c(“https://b-rodrigues.r-universe.dev”, “https://cloud.r-project.org”))https://www.leibniz-openscience.de/event/los-workshop-reproducible-research-with-nix-and-rix/unknownunknow
Complex terrain: from ruggedness index (RIX), towards physical parameterization
No full textThis thesis investigates terrain ruggedness characterization based on low-order terrain statistics. The statistics in question are the root-mean-square height and slope where the slopes are calculated both directly using the power spectral density and indirectly via a finite difference scheme. These statistics are, in contrast to the ruggedness index, shown to be close to independent of the input map resolution making them more suitable for future use due to the increased availability of high quality maps. Furthermore, these metric scan be bridged to the ruggedness index through strong correlations, thereby making implementation much simpler. The low-order statistics provide a strong, future-proof alternative to the current terrain ruggedness index and early investigations in this report have shown promise in the development of sector-wise correlations. Such correlations could yield directional correction factors as opposed to the current omnidirectional ∆RIX correction factor.European Wind Energy Masters (EWEM) | Rotor Design Trac
Marketing communications in associated enterprises BEWE RIX, Ltd. and Beweship Latvia, Ltd.
No full textDarba mērķis ir,balstoties transporta un uzglabāšanas nozares attīstības tendenču un pakalpojumu analīzi,izpētīt mārketinga komunikācijas pētījuma objekta atpazīstamības vairošanai,jaunu klientu piesaistīšanai un esošo klientu lojalitātes paaugstināšanai.
Darba pirmajā nodaļā raksturota transporta un uzglabāšanas nozares struktūra un attīstība,ar kravu transportēšanu saistītie pakalpojumi,kravu pārvadājumu veidu priekšrocības un trūkumi,analizēti saistītie uzņēmumi SIA „BEWE RIX” un SIA „Beweship Latvia”,to piedāvātie pakalpojumi. Otrajā nodaļā raksturota uzņēmumu misija,vīzija,komunikāciju mērķis,analizētas izmantotās mārketinga komunikācijas. Trešajā nodaļā,pamatojoties uz pētījuma rezultātiem,sniegts mārketinga komunikāciju,klientu attiecību un iekšējās,ārējās vides vērtējums. Nobeigumā apkopoti secinājumi un sniegti priekšlikumi mārketingu komunikāciju pilnveidošanai.
Atslēgvārdi:mārketinga komunikācijas,klientu lojalitāte,atpazīstamība,transports,
uzglabāšana,Beweship,BEWE RIX.The main aim of master thesis is to explore marketing communications to raise research object visibility,attract new customers and increase loyalty of existing customers,based on transport and storage field development trends and analysis of field services.
In the first chapter author analyzes the transport and storage field structure,development trends,transportation-related services,key strengths and weaknesses of freight transport modes,analyzes associated enterprises BEWE RIX,Ltd. and Beweship Latvia,Ltd.,and their services.In the second chapter author describes companies mission,vision,purpose of communication and analyzes marketing communications.In the third chapter based on the results of researches author gives evaluation of marketing communications,customer relations,internal and external factors.Author summarizes conclusions and proposals to improve marketing communications.
Keywords:marketing communications,customer loyalty,visibility,transport,storage, Beweship,BEWE RIX
Rebranding and raising the profile of Riga airport (RIX) to achieve development targets.
No full textMaģistra darba “Rīgas lidostas (RIX) zīmola maiņa un atpazīstamības veidošana attīstības mērķu sasniegšanai” mērķis izvērtēt jaunā zīmola un vizuālās identitātes lomu lidostas atpazīstamības stiprināšanā, nacionālo vērtību integrācijā un konkurētspējā. Darbā izvirzīts pētāmais jautājums un 8 uzdevumi. Apvienojot teorētisko bāzi ar kvalitatīvo un kvantitatīvo pētījumu, autore secina, ka zīmola maiņa ir stratēģiski nozīmīga, taču vēl jāstiprina emocionālā saikne ar auditoriju. Darbs sastāv no trīs nodaļām, ietver zīmola maiņas teorētiskos aspektus, konkurentu pieeju Baltijā un empīriskā pētījuma rezultātus, piedāvājot priekšlikumus RIX zīmola attīstībai. Maģistra darba kopējais apjoms (neskaitot literatūras sarakstu un pielikumus) ir 100 lapaspuses. Darbā ir iekļauti 25 attēli, 6 tabulas un 8 pielikumi. Izmantoto literatūras un avotu skaits ir 166. Atslēgas vārdi: Zīmols, zīmola maiņa, zīmola atpazīstamība, zīmolvedība, aviācijas nozare, nacionālais zīmols, “RIX Rīgas lidosta”.The aim of the Master's thesis "Rebranding and raising the profile of Riga airport (RIX) to achieve development targets" is to evaluate the role of the new brand and visual identity in strengthening the airport’s recognition, integrating national values, and enhancing its competitiveness. The thesis formulates a research question and sets out eight tasks. By combining theoretical foundations with qualitative and quantitative research, the author concludes that the rebranding is a strategically significant step, though the emotional connection with the audience still needs to be reinforced. The thesis consists of three chapters, covering theoretical aspects of rebranding, a comparative analysis of competitors in the Baltic region, and an assessment of empirical research results, offering proposals for the development of the RIX brand. The total length of the thesis (excluding the list of references and appendices) is 100 pages. It includes 25 figures, 6 tables, and 8 appendices. The number of sources and references used is 166. Keywords: Brand, rebranding, brand awareness, branding, aviation industry, national brand, “RIX Riga Airport”
Beyond the Rockton Window: remembering author and painter Helen Haenke, 19 Mar 2017
No full textA talented artist and writer of poetry, plays and prose, Helen Haenke was an influential figure in Ipswich from the 1940s to 1978. The family's historic house Rockton was her creative sanctuary. The panel discussion around the works and life of Helen Haenke was led by UQ Honorary Senior Research Fellow Bronwen Levy, with Helen's daughter Margot Rayner and local Ipswich resident and drama teacher Helen Pullar. Introdcution by Pro-Vice-Chancellor Professor Alan Rix. UQ Press released an anthology of Helen Haenke's work, Helen Haenke at Rockton - A creative life, which was on sale at the event. This event was supported by Ipswich City Council, University of Queensland Library, Ipswich Poetry Feast and University of Queensland Press
Deformation of landfill from measurements of shear wave velocity and damping - Discussion
No full textThe author presents a method for using in-situ seismic test results to estimate the short-term deformations of geomaterials. The effort to introduce rational algorithms for the evaluation of settlements of shallow foundations on the basis of measured physical quantities is noteworthy, considering that current geotechnical design, especially on small-scale projects, is often based on empirical correlations between
settlements and penetration test results that rarely reflect the actual site conditions. In this context the development of simple procedures based on the results of relatively inexpensive in-situ tests including seismic tests is of paramount importance.
Nevertheless it is important to account properly for the physics of wave propagation when inferring material parameters from seismic test results. In this respect, the writers would like to make some observations related to the methods used to evaluate the shear wave velocity and material
damping ratio of the solid waste from surface wave measurements. This discussion is focused on and restricted to the aspects of the paper related to the use of surface wave methods to estimate the waste properties
Blakistonia maryae Harrison & Rix & Harvey & Austin 2018, sp. n.
No full text<i>Blakistonia maryae</i>, sp. n. <p>(Fig. 17 A–L)</p> <p> <b> Type material. AUSTRALIA: <i>South Australia:</i></b> Holotype male, South Middleback Ranges, 33°14’S, 137°07’E, 6 June 1984, pitfall trap, B. Guerin (SAM NN20077). Paratype: 1 male, South Middleback Ranges, 33°14’S, 137°07’E, 6 June 1984, pitfall trap, B. Guerin (SAM NN20075).</p> <p> <b> Other material examined. AUSTRALIA: <i>South Australia:</i></b> 1 female, Scrubby Peak, Gawler Ranges, 33°03’23”S, 136°19’ 40°0”E, 17–26 September 2007, dug up, SEG/DEH Survey 587 (SAM NN26663 DNA); 1 female, Kolay Hut, Gawler Ranges, 32°33’24”S, 135°35’20”E, 11 November 2013, dug up from bank, M. Rix, S.E. Harrison (SAM NN29604 DNA); 1 female, Tumby Bay, Eyre Peninsula, 34°22’27”S, 136°05’18”E, 1 May 2013, dug from grassy verge, S.E. Harrison, M. Harrison (SAM NN29565 DNA); 1 juvenile, same data (NN29566 DNA); 1 male, same data except 5 June 1984 (SAM NN20071); 3 males, Kimba, Eyre Peninsula, 32°29’40.9”S, 135°21’52.0”E, 25–28 November, from pitfall trap, Eyre Peninsula Survey (SAM NN26633–5).</p> <p> <b>Diagnosis.</b> Males of <i>B. maryae</i> can be distinguished from those of <i>B. bella</i>, <i>B. pidax</i>, <i>B. tunstilli</i>, <i>B. emmottorum</i>, <i>B. gemmelli</i> and <i>B. aurea</i> by the absence of prolateral clasping spurs on tibia I (Fig. 17 G–I); from those of <i>B. plata</i>, <i>B. parva</i>, <i>B. birksi</i>, <i>B. olea</i>, <i>B. tariae</i>, <i>B. carnarvon</i>, and <i>B. raveni</i> by the square eye group (Fig. 17D); and from those of <i>B. newtoni</i> and <i>B. hortoni</i> by the field of spinules on the palpal tibia being relatively narrow and not in a rounded crescent shape (Fig. 17J, L). Females of <i>B. maryae</i> can be distinguished from those of <i>B. wingellina</i> and <i>B. nullarborensis</i> by having a square or slightly subquadrate eye group (Fig. 18D); from those of <i>B. bassi</i> and <i>B. mainae</i> by the combined absence of fine golden hairs on the carapace (Fig. 18A) and the absence of dark brown on the book lungs (in contrast to a paler abdomen) (Fig. 18C); from those of <i>B. birksi</i> by abdominal chevrons being dark golden-brown, with abdomen golden-brown between chevrons (as opposed to chevrons that are dark brown to almost black, with abdomen dark brown between chevrons (Fig. 18A); and from those of <i>B. aurea</i> by the absence of cuspules on the labium (Fig. 18F).</p> <p> All life stages of <i>B. maryae</i> can also be distinguished from those of other species with sequence data by the following nucleotide substitutions (<i>n</i> = 4 specimens): C(276), G(354); and by the following unique motifs: GAA(482–484).</p> <p> <b>Description.</b> <i>Holotype male</i> (SAM NN20077). Small idiopid spider (total length 9.4). <i>Colour</i> (in ethanol; Fig. 17 A–C): Carapace, legs and pedipalp pale golden orange-brown, with darker lines on caput, radiating backwards from fovea, and around edges of carapace (Fig. 17A, G–L); sternum, labium and maxillae very similar colour; chelicerae darker red-brown (Fig. 17E, F); abdomen orange golden-brown with pattern of <i>ca.</i> seven mottled, indistinct chevrons, all divided (Fig. 17A, C).</p> <p> <i>Cephalothorax</i>: Carapace 4.8 long, 3.7 wide, 3.2 high, 1.3 times longer than wide; oval (Fig. 17A), caput low, ocular area raised (Fig. 17C); cuticle smooth, with pits outward from fovea and both sides of caput; fovea straight; carapace very sparsely setose, concentrated and forming fringe around edge of carapace; line of setae between fovea and eye group absent, however, few setae on lateral sides of eye area; median clump of thickened setae on clypeus (Fig. 17D). Length of median clypeus less than 1.0; anterior margin slightly convex. Eye group 0.7 wide, 0.7 long, 0.2 of carapace width; anterior eye row strongly procurved, PLE–PLE /ALE–ALE ratio 1.1; posterior eye row straight to very slightly procurved; AME only slightly smaller than ALE and separated by about the diameter of AME; ALE and PLE separated by about twice the diameter of ALE; PME pale, less than half size of AME and about half size of PLE, and separated from PLE by just less than its own diameter (Fig. 17D). Labium with five cuspules near anterior margin (Fig. 17F). Sternum 2.5 long, 2.1 wide, evenly setose (Fig. 17E). Maxillae with 12 (left) and 21 (right) cuspules (Fig. 17E, F).</p> <p> <i>Legs</i>: setose and diffusely spinose; tarsi I, II ventrally flattened; metatarsi and distal tarsi I, II weakly scopulate (Fig. 17 G–I). Paired tarsal claws: leg I p6 (6 large) r6 (6 large); leg II p8 (3 large, 5 small), r8 (3 large, 5 small); leg III p7 (3 large, 4 small), r5 (3 large, 2 small); leg IV p9 (9 large), r7 (3 large, 4 small).</p> <p> <i>Spination</i>: Tibia I with single prolateral macroseta (Fig. 17 G–I). All legs without clear demarcation between lanceolate setae and smaller spine-like setae.</p> <p> <i>Leg and pedipalp measurements</i>: Length of legs IV> I> II> III. Leg I: femur 4.5, patella 2.1, tibia 3.4, metatarsus 3.1, tarsus 1.6, total = 15.3. Leg II: femur 4.4, patella 2.0, tibia 3.3, metatarsus 2.2, tarsus 2.1, total = 14.0. Leg III: femur 3.1, patella 1.6, tibia 2.6, metatarsus 3.2, tarsus 2.3, total = 12.3. Leg IV (right): femur 4.7, patella 2.6, tibia 4.5, metatarsus 4.5, tarsus 2.6, total = 18.4. Pedipalp: femur 2.5, patella 1.2, tibia 2.2, tarsus 1.2, total = 7.2.</p> <p> <i>Pedipalp</i>: Femur dorsally spinose; patella with thickened ventral setae; tibia short and swollen, RTA very short, pointed, with clump of setae and covered in short, dense spinules and for just over half of distance between base of apophysis and distal tibia, becoming more sparse towards distal tibia; long, erect setae on ventral tibia; bulb uniform, globular; embolus simple, slender, tapering, tip slightly twisted, only slightly longer than bulb; cymbium covered in rows of short spinules, becoming longer closer to distal edge (Fig. 17 J–L).</p> <p> <i>Abdomen</i>: Setose, oval, dorsal sigilla not evident; 4.6 long, 2.7 wide (Fig. 17A).</p> <p> <i>Variation (n=6):</i> Carapace 3.0–4.8 long, 2.5–2.7 wide, 5-6 labial cuspules.</p> <p> <i>Female</i> (SAM NN29565). Medium-sized idiopid spider (total length 18.5).</p> <p> <i>Colour (in ethanol</i>; Fig. 18 A–C): Carapace medium golden-brown, slightly darker around fovea and lateral margins of caput; sternum lighter golden-brown, darker towards anterior and lateral margins; labium and maxillae same golden-brown as margins of sternum, chelicerae dark brown (Fig. 18E, F); abdomen grey-brown with 6 mottled chevrons of uniform width spaced over length of abdomen, anterior-most chevron divided by pale medial patch (Fig. 18A, C); legs and pedipalps medium golden-brown (Fig. 18G, H).</p> <p> <i>Cephalothorax</i>: Carapace 8.2 long, 6.3 wide, 5.9 high, 1.3 times longer than wide; oval (Fig. 18A); caput moderately raised, ocular area very slightly raised (Fig. 18C); cuticle uniformly smooth; fovea procurved; two parallel rows of large setae from fovea to eye group, with smaller setae located laterally to these rows; smaller fine setae also scattered across carapace, concentrated and forming fringe around lateral margins; median clump of thickened setae on clypeus (Fig. 18D). Length of median clypeus less than 1.0; anterior margin slightly convex. Eye group 1.4 wide, 0.9 long, 0.2 of carapace width; anterior eye row strongly procurved, PLE–PLE/ALE–ALE ratio 1.0; posterior eye row straight; AME <i>ca</i>. two-thirds the size of ALE and separated by less than diameter of AME; ALE and PLE separated by about diameter of AME; PLE and PME contiguous, oval (Fig. 18D). Labium without cuspules (Fig. 18F). Sternum 4.3 long, 3.5 wide, moderately setose with setae becoming denser and longer around margins; 3 pairs of sigilla, anterior-most pair at lateral margins, middle pair at half length, posterior pair slightly less than twice their width from edge (Fig. 18E). Maxillae with 22 (left) and 32 (right) cuspules (Fig. 18E, F).</p> <p> <i>Legs</i>: moderately setose and diffusely spinose, leg III more heavily setose; distinct upright setae on metatarsi and of tibiae I, II; femora I, II, and pedipalp laterally bowed; tarsi and metatarsi I, II, and palpal tarsus heavily scopulate (Fig. 18G, H). Paired tarsal claws: p1 (1 large) r2 (2 large); leg II p3 (2 large, 1 small), r1 (large); right leg III r2 (1 large, 1 small), r2 (2 small); right leg IV p0, r4 (1 large, 4 small). Pedipalp claw with 2 large teeth.</p> <p> <i>Spination</i>: Leg I: tibia p1, r5; metatarsus p4, r7; tarsus p3, r8. Leg II: tibia p4, r5; metatarsus II p4, r5; tarsus II p2, r4. Right leg III: patella p7; metatarsus III p6, r10; tarsus with 11 short spines ventrally. Right leg tibia IV: p8, r3; tarsus with <i>ca</i>. 23 short spines ventrally. Pedipalp: tibia p8, r5; tarsus p3, r3.</p> <p> <i>Leg and pedipalp measurements</i>: Length of legs IV> II> I> III. Leg I: femur 3.7, patella 2.7, tibia 2.4, metatarsus 2.0, tarsus 1.7, total = 12.5. Leg II: femur 4.2, patella 2.9, tibia 2.7, metatarsus 2.0, tarsus 1.8, total = 13.6. Leg III (right): femur 3.4, patella 2.5, tibia 2.1, metatarsus 1.5, tarsus 1.5, total = 11.8. Leg IV (right): femur 5.2, patella 3.7, tibia 4.6, metatarsus 3.8, tarsus 4.1, total = 21.4. Pedipalp: femur 3.6, patella 2.3, tibia 2.2, tarsus 2.8, total = 10.9.</p> <p> <i>Abdomen</i>: Setose, oval, three pairs of non-sclerotised, irregular dorsal sigilla on anterior three chevrons; 10.3 long, 6.8 wide (Fig. 18A).</p> <p> <i>Genitalia</i>: Spermathecae paired, simple, unbranched, stout and outward facing, with lobe of epigyne ca. same width as stalk, covered in opaque mottled brown nodules, becoming more concentrated towards distal spermathecae (Fig. 18I).</p> <p> <i>Variation (n=3):</i> Carapace 6.7–10.3 long, 6.2–7.7 wide, no labial cuspules. Spination: Leg I: tibia p1–3, r4–6; metatarsus r3–4, r5–7; tarsus p2–3, r3–8. Leg II: tibia p1–4, r5–7: metatarsus p4 r5–7; tarsus p2–3, tarsus r4–11. Leg III: patella p5–7, tibia p0–2, r0–1; tarsus with 11–17 short spines ventrally. Leg IV: tibia p0–1, r0–1; metatarsus p6–11, r2–4; tarsus with 20–28 spines ventrally. Pedipalp: tibia p2–9, r4–7; tarsus p3–5, r3–4.</p> <p> <b>Etymology.</b> This species is named in honour of the senior author’s mother, Mary Harrison, for her invaluable assistance on numerous collecting trips.</p> <p> <b>Distribution.</b> <i>Blakistonia maryae</i> is found on the Eyre Peninsula, and is known from Tumby Bay, the Middleback Ranges, Kimba, and two localities in the Gawler Ranges (Fig. 32).</p> <p> <b>Remarks.</b> The burrow lid of <i>B</i>. <i>maryae</i> is D-shaped and slightly indented (Fig. 2 H–K). The rim of the burrow is usually lined with twigs and small leaves (Fig. 2 H–K), which although common in other idiopid genera such as <i>Idiosoma</i> and <i>Gaius</i>, has not been previously documented in <i>Blakistonia</i>. These twigs are used as ‘feeling lines’ to increase the area of foraging (Main 1962). Twig-lining was not observed in the specimen from Kolay Hut, Gawler Ranges (Fig. 2K), however, it is likely that the absence of twig-lining was a result of the burrow being built on an unconsolidated bank, with erosion and no leaf litter available. We have tentatively linked the females from Tumby Bay and Gawler Ranges with the males from Kimba and Mount Crawford, due to their distributions on the Eyre Peninsula, and no conflicting differences in other morphological features, such as eye group shape.</p>Published as part of <i>Harrison, Sophie E., Rix, Michael G., Harvey, Mark S. & Austin, Andrew D., 2018, Systematics of the Australian spiny trapdoor spiders of the genus Blakistonia Hogg (Araneae: Idiopidae), pp. 1-76 in Zootaxa 4518 (1)</i> on pages 45-49, DOI: 10.11646/zootaxa.4518.1.1, <a href="http://zenodo.org/record/2609500">http://zenodo.org/record/2609500</a>
[Photograph 2012.201.B0260B.0433]
No full textPhotograph used for a story in the Oklahoma Times newspaper. Caption: "Author Stan Hoig, Central State University director of publications, stands next to the dedication plaque of CSU's Old North Tower, constructed in 1892.
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