16,079 research outputs found
From e-Science to Publication@Source
No full textSelf Archiving is not yet a popular route in Chemistry. However the Comb-e-Chem e-Science programme is showing the importance of collecting and maintaining a full digitally available record of the research from laboratory through analysis to published document using the Grid. This highlights the importance of self archiving not only published documents but the data that lies behind these documents
Adolf Frey-Buch /
No full textAdded t.-p.: Zeitgenössische Dichter der Schweiz, Freunde und Schüler widmen dieses Buch Adolf Frey zu seinem fünfundsechzigsten Geburtstage.Includes bibliographical references (p. 407-408).Mode of access: Internet
Merianina Frey
No full text<p> Genus <b>Merianina</b> Frey</p> <p> <b>Merianina</b> Frey, 1942: 29. Type species, <i>Merianina americana</i> Frey (orig. des.). Refs.: Amorim, 1992: 62 (cat.).</p>Published as part of <i>Carvalho-Fernandes, Sheila Patrícia, 2016, FAMILY SCIARIDAE, pp. 41-45 in Zootaxa 4122 (1)</i> on page 43, DOI: 10.11646/zootaxa.4122.1.7, <a href="http://zenodo.org/record/271703">http://zenodo.org/record/271703</a>
Jon Frey, Michigan State University professor of Art and Art History talks about the reuse of building materials in late Roman and Byzantine buildings and into the Medieval period
No full textJon Frey, Michigan State University professor of Art and Art History and author of "Spolia in fortifications and the common builder in late antiquity", talks about the reuse of building materials in late Roman and Byzantine buildings and into the Medieval period, especially those elements with Latin or Greek inscriptions. Frey talks about literacy rates during those periods and asks if the elements were actually meant to be read or if it was sufficient to the builder that they be recognized simply as ancient writing. Frey is introduced by the Head of the Fine Arts Library, Terrie Wilson
Rhamphomyia albibasis Frey, Frey 1935
No full text<i>albibasis</i> Frey, 1935: 1 (<i>Rhamphomyia</i> (<i>Pararhamphomyia</i>)) <p> Current name. <i>Rhamphomyia</i> (<i>Pararhamphomyia</i>) <i>albibasis</i> Frey, 1935.</p> <p> <b>Type locality</b> (by lectotype designation): Russia, Kamchatka.</p> <p> <b>Notes on the</b> <b>type series.</b> Frey described this species after the female sex only. He noted the following material: “ 4 ♀, Kamtchatka (Malaise). Ausserdem 1 ♀ -Exemplar im Helsingforser Museum vom Jenissei: Kantaika (J. Sahl- berg), schon früher von Becker (Acta Soc. Scient Fenn., XXVI, S. 26, n: o 28, 1900) als <i>Rhamphomyia</i> sp. erwähnt”. Three females were found in NHRS.</p> <p> <b>Type materials examined</b>. <b>LECTOTYPE</b> (here designated in order to fix identity of the species), ♀ (Fig. 19), labelled (Fig. 20): “ Kamtschatka / Malaise ”; “317”; “Spec. typ.”; “ <i>Rhamphomyia</i> / <i>albibasis</i> n. sp. [hand-written by Frey]/ R. Frey det.”; “ <i>Rhamphomyia</i> / <i>albibasis</i> Frey [modern Museum label]”; “ Lectotypus ♀ / <i>Rhamphomyia</i> / <i>albibasis</i> Frey, 1935 / design. Shamshev, 2019” (NHRS). The lectotype is in good condition but right postpedicel + stylus and right hind tarsomeres 2–5 missing.</p> <p> <b>PARALECTOTYPES:</b> Kamtschatka, Malaise, <i>Rhamphomyia albibasis</i> Frey; Paralectotypus, <i>Rhamphomyia albibasis</i> Frey, 1935, design. Shamshev, 2019 (2 ♀, NHRS).</p> <p> <b>Additional material examined.</b> RUSSIA, Kamchatskiy Territory: Kamchatka, Elovka, 24.vi.1929, Novograblenov; <i>Rh</i>. <i>albibasis</i> Frey, Frey det. (1 ♀, ZIN).</p> <p> <b>Diagnosis.</b> Small, blackish grey, black setose species with anal vein (CuA+CuP) incomplete and halter yellow; female wing somewhat broadened, bicoloured, legs with simple setae.</p> <p> <b>Re-description</b>. <b>Female</b> (Fig. 19). Lectotype body length 3.5 mm; wing length 3.6 mm. Head with dense greyish pruinescence on face, frons, ocellar tubercle and occiput. Eyes dichoptic, ommatidia equally small. Frons very broad, slightly widened toward ocellar tubercle; with short marginal setae. Face broad, bare. Ocellar tubercle with 2 stronger (both missing) and several short fine setae. Occiput with numerous black setae shorter and finer near mouth-opening on lower part. Antenna black; scape slightly longer than pedicel, both with short setae; postpedicel 2.5 times longer than basal width; stylus very short, nearly as long as half of postpedicel width. Palpus dark brown, with numerous black setae. Labrum brown, nearly as long as eye height.</p> <p>Thorax dark, densely light grey pruinescent, with black setation; scutum with 2 indistinct darker vittae along dorsocentrals (dorsal view). Proepisternum with cluster of 6 setae on lower part; several similar setae on upper part of proepisternum in front of anterior spiracle. Prosternum bare. Antepronotum with 4–5 moderately long setae on each side. Postpronotal lobe with 1 long and 6–7 short setae. Mesonotum with well differentiated setae: 1 presutural supra-alar (with 3–4 short setae just behind postpronotal lobe), 1 postsutural supra-alar (with row of 4 short setae anteriorly); 4 notopleurals (and 3–4 short setae anteriorly) and 1 postalar (with 2 short setae), 5 scutellars (apical setae not much longer than laterals; in paralectotypes examined scutellar setae missing) [Frey notes 6 scutellars, 2 long and 4 short]; presutural dorsocentrals irregularly multiserial, short, 1–2 serial and longer along prescutellar depression toward scutellum, 2–3 prescutellars longest; acrostichals arranged in 2 irregular rows, similar to presutural dorsocentrals, lacking on prescutellar depression. Laterotergite with cluster of numerous setae. Anterior and posterior spiracles brown.</p> <p>Legs dark brown, coxae densely greyish pruinescent, remaining podomeres faintly pruinescent. Coxae and trochanters with numerous black hair-like setae. Femora, tibiae and tarsi covered with black, simple, mostly short setae; hind tibia with some longer setae dorsally, 1 short seta in posteroapical comb.</p> <p>Wing somewhat broadened, membrane largely faintly brownish infuscate, narrow basal part (nearly level of cell bm) somewhat whitish; pterostigma distinct; 1 basal costal seta present. Anal vein (CuA+CuP) incomplete. Axillary incision right-angled, anal lobe well-developed. Squama yellow, brown fringed. Halter yellow.</p> <p>Abdomen dark, densely light grey pruinescent, covered with short black setae; cercus concolorous with abdomen, slender, with minute setulae.</p> <p> <b>Male</b>. Unknown.</p> <p> <b>Distribution.</b> Palaearctic: Russia (Krasnoyarskiy, Kamchatskiy Territories).</p> <p> <b>Remarks.</b> Since the male of this species remains unknown it can not be assigned to any of <i>Pararhamphomyia</i> groups currently recognised in the Eastern Palaearctic (Barták & Kubík 2009). Frey (1955a) placed <i>R</i>. <i>albibasis</i> to his “group II” and keyed accordingly.</p>Published as part of <i>Shamshev, Igor V., 2020, Notes on species of Empididae (Diptera) described by R. Frey from the Swedish Kamchatka Expedition 1920 - 1922, pp. 532-548 in Zootaxa 4758 (3)</i> on pages 543-545, DOI: 10.11646/zootaxa.4758.3.6, <a href="http://zenodo.org/record/3734737">http://zenodo.org/record/3734737</a>
Comparaison de deux techniques d'anesthésie locorégionale chez la brebis à l'aide d'un filament de von Frey électronique
No full textDans de nombreuses situations, les techniques d'anesthésie locorégionale offrent au clinicien des solutions pour une meilleure gestion de l'analgésie. Après une présentation des molécules utilisables en pratique, les méthodes d’évaluation de la douleur et les stimuli nociceptifs disponibles en médecine vétérinaire sont abordés. Puis, la réalisation d’une étude comparative de deux techniques d’anesthésie locorégionale du flanc chez la brebis : paravertébrale et « L inversé », met en évidence un réel intérêt de l’utilisation d’un filament de von Frey électronique dans l’optique de bonnes pratiques anesthésiques. Cette étude révèle aussi des différences importantes entre les techniques : délai d’apparition de l’analgésie, surface et durée d’anesthésie... Ce travail permet d’établir des valeurs-seuils ; il constitue un préliminaire nécessaire à l’utilisation du filament de von Frey électronique lors d’anesthésie du flanc des petits ruminants et sera la base d’études futures
Plectris muscula Frey 1967
No full text<i>Plectris muscula</i> Frey, 1967 <p> <i>Plectris muscula</i> Frey 1967: 121 (“Guianas”)</p> <p> <b>Distribution. Guyana:</b> Frey 1974a: 252; Evans and Smith 2009: 281. <b>“Guianas”:</b> Frey 1967: 121.</p>Published as part of <i>Hielkema, Auke J. & Hielkema, Meindert A., 2019, An annotated checklist of the Scarabaeoidea (Insecta: Coleoptera) of the Guianas, pp. 1-306 in Insecta Mundi 732 (732)</i> on page 114, DOI: <a href="http://zenodo.org/record/3678492">10.5281/zenodo.3678492</a>
Combined Effects of Knowledge About Others' Opinions and Anticipation of Group Discussion on Confirmatory Information Search
No full textThere is conclusive evidence that information search processes are typically biased in favor of the information seeker’s own opinion (confirmation bias). Less is known about how knowledge about others’ opinions affects this confirmatory information search. In the present study, the authors manipulated feedback about others’ opinions and anticipation of group interaction. As predicted, the effect of knowledge about others’ opinions on confirmatory information search depended on whether participants anticipated interacting with these others. Specifically, minority members anticipating a group discussion exhibited a particularly strong confirmation bias, whereas minority members who did not anticipate a discussion predominantly sought information opposing their opinion. For participants not anticipating group interaction, confidence about the correctness of one’s decision mediated the impact of knowledge about others’ opinions on confirmatory information search. Results are discussed with regard to the debiasing effect of preference heterogeneity on confirmatory information search in groups
Organizational Control Systems and Pay-for-Performance in the Public Service
No full textUnder certain conditions, output related performance measurement and pay-for-performance produce negative outcomes. We argue that in public service, these negative effects are stronger than in the private sector. We combine Behavioural Economics and Management Control Theory to determine under which conditions this is the case. We suggest as alternatives to the dominant output related pay-for-performance systems selection and socialization, exploratory use of output performance measures, and awards
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