892 research outputs found
Ebenacobius atratus Haran & Benoit & Procheş & Kergoat 2022
No full textEbenacobius atratus (Hesse, 1929) gen. et comb. nov. Derelomus atratus Hesse, 1929: 525. Differential diagnosis Ebenacobius atratus gen. nov. can be distinguished by the combination of appendiculate claws and elytra with distinct but recumbent setae, as long as or shorter than width of interstriae. This species is very close to, if not a synonym of, E. turneri gen. et comb. nov. (see the remarks section under that species). E. atratus has short, not or slightly raised squamiform setae on elytra (long, erect and piliform setae in E. turneri). Material examined Holotype (from description) REPUBLIC OF SOUTH AFRICA – KwaZulu-Natal Province • ♂; Estcourt. Remarks Ebenacobius atratus gen. nov.) was described in the genus Derelomus based on a single male deposited at SAMC (Hesse 1929). This specimen was loaned to Guillermo Kuschel (loan 24018) who undertook a study on palaeotropical Derelomini from 2007. Unfortunately he passed away before he could complete this work and left the very preliminary manuscript and the material borrowed from institutions was partly not recovered (see postscript in Haran et al. 2020). Despite intensive search in the material of Derelomini loaned, the holotype of this species could not be identified and is provisionally considered as lost. Life history Unknown. Distribution Republic of South Africa (Kwazulu-Natal Province).Published as part of Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 1-54 in European Journal of Taxonomy 818 (1) on page 48, DOI: 10.5852/ejt.2022.818.1771, http://zenodo.org/record/653296
Ebenacobius incognitus Haran & Benoit & Procheş & Kergoat 2022
No full textEbenacobius incognitus (Hesse, 1929) gen. et comb. nov. Figs 3F, 5B, 6O Derelomus incognitus Hesse, 1929: 526. Differential diagnosis This species can be distinguished by the following combination: claws appendiculate and dorsum (prothorax + elytra) with minute whitish setae, glabrous in appearance. In most specimens, the basal 4/5 of first interstriae are dark brown (Fig. 3F). Apex of protibiae in females has a long premucro giving the impression of a double mucro. Type material Holotype REPUBLIC OF SOUTH AFRICA • ♀; “C/T [Cape Town; Western Cape Province; REPUBLIC OF SOUTH AFRICA]; Aug/93” “Type [red label]” “ Derelomus incognitus; Type; Hesse” “ Holotype; Ebenacobius; incognitus; (Hesse, 1929); Haran 2022”; SAMC. Other material examined REPUBLIC OF SOUTH AFRICA – Eastern Cape Province • 2 ♂♂; The Claims’ Farm, near Komga Kubusi R. valley; 32°29′ S, 27°53′ E; 1 Dec. 1992; R. Oberprieler leg.; SANC • 1 ♂; Fort Beaufort; Jun. 1947; R. Story leg.; SANC • 1 ♀; Suurberg Nature Reserve; 33°16′ S, 25°45′ E; 28 Nov. 1988; R. Oberprieler leg.; in crown of Encephalartos longifolius (Zamiaceae); SANC. – Western Cape Province • 1 ♂, 1 ♀; Mossel Bay; Apr. 1921; R.E. Turner leg.; NHMUK • 1 ♀; Cape Town; 17 Mar. 1902; CleDoux leg.; acc67769; USNM • 1 ♂; Sweweekspoort, Klein Swartberge; 33°24′ S, 21°24′ E; 1 Dec. 1988; R. Oberprieler leg.; SANC. Remarks Ebenacobius incognitus gen. et comb. nov. was described in the genus Derelomus based on a single male deposited at SAMC (Hesse 1929). This specimen was loaned to Guillermo Kuschel (loan 24018) who undertook a study on palaeotropical Derelomini from 2007. Unfortunately he passed away before he could complete this work and left the very preliminary manuscript and the material borrowed from institutions (see postscript in Haran et al. 2020). Despite intensive search in the material of Derelomini loaned, the holotype of this species could not be identified and is provisionally considered as lost. This species is very distinct and specimens examined were easily identified based on Hesse’s description. Life history Host plant unknown. The record on Encephalartos longifolius (Jacq.) Lehm. is accidental given the known biology of the genus. Adults were collected in March, April, August, November and December. Distribution Republic of South Africa (Eastern and Western Cape Provinces).Published as part of Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 1-54 in European Journal of Taxonomy 818 (1) on pages 44-45, DOI: 10.5852/ejt.2022.818.1771, http://zenodo.org/record/653296
Scaling up qualitative data: with Professor Ken Benoit
No full textProfessor Benoit is the Principal Investigator in an ERC funded project QUANTESS developing innovative methods for the quantitative analysis of textual data in the social sciences. He is the co-author with Paul Nulty of the R software package for text analysis “quanteda”, and working on a book Quantitative Text Analysis Using R covering methods for managing, processing, and analysing textual data using the R programming language. He has taught quantitative text analysis extensively and has published research in this area targeting both methodology and political science applications
Thesium philosophicarum fasciculus
No full textquem ... praeside ... Io. Friderico Benoit ... publicè tutabitur Ioh. Rodolphus Kochius, HBernas, phil. stud. author & respondens, ad diem 5. Martii ...Diss. Hohe Schule Bern, 171
Maternal representations and infant attachment: An examination of the prototype hypothesis
No full textThe prototype hypothesis suggests that attachment representations derived in infancy continue to influence subsequent relationships over the life span, including those formed with one's own children. In the current study, we test the prototype hypothesis by exploring (a) whether child-specific representations following actual experience in interaction with a specific child impacts caregiver-child attachment over and above the prenatal forecast of that representation and (b) whether maternal attachment representations exert their influence on infant attachment via the more child-specific representation of that relationship. In a longitudinal study of 84 mother-infant dyads, mothers' representations of their attachment history were obtained prenatally with the Adult Attachment Interview (AAI; M. Main, R. Goldwyn, & E. Hesse, 2002), representations of relationship with a specific child were assessed with the Working Model of the Child Interview (WMCI; C.H. Zeanah, D. Benoit, & L. Barton, 1986), collected both prenatally and again at infant age 11 months, and infant attachment was assessed in the Strange Situation Procedure (M.D.S. Ainsworth, M.C. Blehar, E. Walters, & S. Wall, 1978) when infants were 11 months of age. Consistent with the prototype hypothesis, considerable correspondence was found between mothers' AAI and WMCI classifications. A mediation analysis showed that WMCI fully accounted for the association between AAI and infant attachment. Postnatal WMCI measured at 11 months' postpartum did not add to the prediction of infant attachment, over and above that explained by the prenatal WMCI. Implications for these findings are discussed.No Full Tex
Ebenacobius rhodesianus
No full textEbenacobius rhodesianus (Hesse, 1929) gen. et comb. nov. Figs 1A–B, D, F–H, J–O, 3I, 5H, 6R Derelomus rhodesianus Hesse, 1929: 529. Differential diagnosis This species is distinct from all Ebenacobius by the presence of small whitish scales on prothorax and elytra (Fig. 1I). It is closest in general appearance to E. turneri gen. et comb. nov. but the latter species has appendiculate claws (claws simple in E. rhodesianus gen. et comb. nov.). Type material Holotype ZIMBABWE • ♂; “[ZIMBABWE] Bulawayo; H. C. Pead; Sept 1911 ” “ Derelomus; rhodesianus; Type Hesse” “Type [red label]” “Type; SAM/Ent; 4036 [red label]” “Holotype ♂; Derelomus; rhodesianus; Hesse, 1929; Kuschel 2004” “ Ebenacobius; rhodesianus; (Hesse, 1929); Haran 2022”; SAMC. Other material examined REPUBLIC OF SOUTH AFRICA – Mpumalanga Province • 1 ♂; SA Wildlife College, 10 km west of Orpen Gate of Kruger National Park; 24.30° S, 31.19° E; 17 Oct. 2000; W. Breytenbach leg.; collected along tar road on flowering Lonchocarpus capassa Fabaceae; SANC. – Limpopo Province • 2 ♂♂, 20 specs (preserved in ethanol); Thohoyandou; 30.65° E, 22.89° S; 4 Jul. 2018; J. Haran leg.; on flowers of Euclea cf. crispa; JHAR01136; CBGP. ZIMBABWE • 3 ♂♂, 2 ♀♀; Shanghani farm; 19°32.775′ S, 29°12.371′ E; 6 Dec. 2017; R. Borovec leg.; beating shrubs and trees, miombo forest; FFWS. Remarks The single card mounted specimen used by Hesse (1929) for the description of Derelomus rhodesianus Hesse was located in the collection housed at SAMC. This specimen bears a red type label, it was identified as the holotype for this species and labelled accordingly. Life history This species was collected in large numbers on Euclea cf. crispa. Adults were observed on the branches, near the flower buds before blooming. The single record on flowers of Lonchocarpus (Fabaceae) is probably accidental. Adults were collected from July to October. Distribution Republic of South Africa (Limpopo and Mpumalanga Provinces), Zimbabwe.Published as part of Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 1-54 in European Journal of Taxonomy 818 (1) on pages 48-49, DOI: 10.5852/ejt.2022.818.1771, http://zenodo.org/record/653296
Fables de La Fontaine: Une Anthologie proposée par Benoit Marchon
No full textHere are forty-three fables presented by an artist I have enjoyed twice elsewhere. The book's unusual shape (6½ x 10¾) is the first clue that it is going to present traditional material in a fresh way. Almost every presentation involves two pages and clever positioning of a few key images. GA (10-11) presents an ant with a sack of grain on his back marching across the page above a grasshopper moving upwards with a guitar on his back: character, load, and direction are all different. FC presents a cheese with its owner's name struck through and changed from Corbeau to Renard (12-13). WS shows a stork with a scissors for a head beside an x-ray of a wolf's digestive tract with the bone lodged down the throat (22-23). The spilt milk of MM is blotting out drawings of hens, pig, and cow (30-31). The surreal style fits the approach perfectly. Sometimes I have no idea why an object is presented the way Jarrie presents it; other times it is perfect. The bull in OF holds the frog by a tether as though the latter were a helium-filled balloon (32-33). Maybe best of all is The Rat and the Elephant (50-51). The elephant is segmented to make room for the text. Between the elephant's legs, mostly hidden from us, a cat reaches out a paw for the minuscule rat under the elephant's big belly. For sheer fun, try The Lion Defeated by a Man (78-79). The book has a place-holding ribbon, a short life of both La Fontaine and of Jarrie, and a helpful glossary of unusual language in the fables. This book fulfills its rear cover's promise of a fresh entry into a fabulous zoological park. Bravo, Jarrie!This is a hardbound book (hard cover)Language note: FrenchJean de La Fontaine; Benoit Marcho
Ebenacobius costalis Haran & Benoit & Procheş & Kergoat 2022, gen. et comb. nov.
No full text<p> <i>Ebenacobius costalis</i> (Fåhraeus, 1844) gen. et comb. nov.</p> <p>Figs 1E, I, 2E, 4I, 6E</p> <p> <i>Derelomus costalis</i> Fåhraeus, 1844: 93.</p> <p> <i>Derelomus rugosicollis</i> Hesse, 1929: 530. <b>Syn. nov.</b></p> Differential diagnosis <p> <i>Ebenacobius costalis</i> gen. et comb. nov. can be distinguished from other species of the genus by the combination of basal ⅓ of first stria with a single row of at least slightly misaligned punctures (Fig. 1E) and by the rostrum moderately downcurved and only slightly longer than prothorax (1.1 ×) in lateral view (Fig. 4I).</p> Type material <p> <b> Lectotype of <i>Derelomus costalis</i> Fåhraeus, 1844</b> (here designated) REPUBLIC OF SOUTH AFRICA • “ ♂ ” “ Cap. B. Spei. [REPUBLIC OF SOUTH AFRICA, Western Cape Province]” “Drege” “3758. E91+” “Lectotype ♂; <i>Derelomus. costalis</i>; Fåhraeus, 1844; Haran Des. 2022” “ <i>Ebenacobius</i>; <i>costalis</i>; (Fåhraeus, 1844); Haran 2022”; NHRS.</p> <p> <b> Lectotype of <i>Derelomus rugosicollis</i> Hesse, 1929</b> (here designated) REPUBLIC OF SOUTH AFRICA • 1 ♂; “ Mfongosi; Zululand [REPUBLIC OF SOUTH AFRICA, KwaZulu-Natal Province]” “Zululand; Mfongosi; Apr 1923; W E Jones ” “ <i>Derelomus</i>; <i>rugosicollis</i>; Types Hesse” “Type [red label]” “Type; SAM/Ent; 4037 [red label]” “Lectotype ♂; <i>Derelomus; rugosicollis</i>; Hesse, 1929; Haran Des. 2022” “ <i>Ebenacobius</i>; <i>costalis</i>; (Fåhraeus, 1844); Haran 2022”; SAMC.</p> <p> <b> Paralectotype of <i>Derelomus costalis</i> Fåhraeus, 1844</b> REPUBLIC OF SOUTH AFRICA • 1 ♀; same collection data as for lectotype of <i>Derelomus rugosicollis</i> excluding red type label; “Paralectotype ♀; <i>Derelomus; rugosicollis</i>; Hesse, 1929; Haran Des. 2022” “ <i>Ebenacobius</i>; <i>costalis</i>; (Fåhraeus, 1844); Haran 2022”; SAMC.</p> Other material examined <p> REPUBLIC OF SOUTH AFRICA – <b>Eastern Cape Province</b> • 1 ♀; Kirkwood; 33°22′48.0″ S, 25°27′36.0″ E; 15 Jul. 2019; J. Haran leg.; on yellow Asteraceae; JHAR02390_0101; CBGP • 1 ♂, 1 ♀; Alexandria Forest Station; 33°43′ S, 26°23′ E; 3 Dec. 1987; Endrödy-Younga leg.; general collection; E-Y: 2549; TMSA • 1 ♀; Little Karoo, Baviaanskloof; 33°39′ S, 24°31′ E; 6 Dec. 1995; C.L. Bellamy leg.; beating; E-Y: 3172; TMSA. – <b>Kwazulu-Natal Province</b> • 2 ♂♂; Pongolapoort; 27°25′15.7″ S, 31°55′10.3″ E; Oct. 2009; Ş. Procheş leg.; on <i>Schotia brachypetala</i> (Fabaceae); JHAR04161-62; CBGP. – <b>Western Cape Province</b> • 1 ♀; Plettenberg Bay; 34°03′ S, 23°23′ E; 13 Feb. 1990; V.M. Uys leg.; SANC • 4 ♀♀; CT [Cape Town]; Nov. 1900; CleDoux leg.; acc67769; USNM.</p> Redescription <p> <b>Male</b></p> <p>BODY LENGTH. 3.0– 3.2 mm.</p> <p>COLOUR. Body integument pale brown, head reddish-brown, prothorax with two large dark-brown areas on each side on the median line, elytra generally with a dense network of transverse dark shades on basal ⅔, sometimes reduced to transverse band on apical ⅔ or absent; dorsum (prothorax + elytra) with minute recumbent setae, not contiguous.</p> <p> HEAD. Rostrum 1.1 × longer than prothorax in lateral view, moderately downcurved, slightly more near base; underside with row of setae, almost as long as 2 nd segment of funicle, integument forming small tubercle before apex; in dorsal view covered with recumbent non-contiguous setae; antennae inserted at ⅔ of length; head capsule coarsely punctate in dorsal view, with non-contiguous setae, setae slightly longer near dorsal margin on eyes; eyes convex, exceeding the lateral curve of head capsule in dorsal view; antennal funicle with segment 1 elongate, 1.5 × longer than wide, as long as 2–4, 3–7 wider than long.</p> <p>PROTHORAX. Wider than long (W:L ratio: 1.3), widest near base, narrower there than elytra at humeral angles; sides subparallel in basal ¾, slightly and regularly converging apicad; apical constriction as long as width of funicle at apex; integument densely punctate, space between punctures smooth and shiny, narrower than or equal to diameter of punctures; setae in each puncture very short, recumbent, not exceeding in length the diameter of punctures; prosternal process reduced forming a small tubercle between the procoxae.</p> <p>ELYTRA. Sides slightly convex, widest near middle of length (W:L ratio: 0.68); humeri raised; apex jointly rounded; striae made of one row of more or less misaligned punctures, at least misaligned on basal ⅓ of stria 1, narrower than interstriae; interstriae flat, 1-3-5 convex apically, 9 entirely convex; scutellar shield rounded, glabrous.</p> <p>ABDOMEN. Underside covered with small non-contiguous whitish setae.</p> <p>LEGS. Profemora strongly thickened near middle of length; protibiae with external margin straight, meso- and metatibiae curved outward in apical half; tibiae armed with small apical mucro; claws simple.</p> <p>TERMINALIA. Body of penis elongate (W:L ratio: 0.32), as long as apodemes, sides slightly bisinuate in dorsal view, widest near apical ⅓, rounded and converging in apical ⅓, apex acuminate; in lateral view curvature stronger in basal ⅓, almost straight in apical ⅔, width slightly expanding apicad in basal ⅔ (Fig. 6E).</p> Sexual dimorphism <p>Females can be distinguished from males by their rostrum which is narrower and distinctly longer, 1.3 × longer than prothorax in lateral view (1.1 in ♂♂).</p> Remarks <p> In the collection housed at NHRS, a male specimen with the labels “Cap. B. Spei.” and “Drège” and corresponding to the description of <i>Derelomus costalis</i> in all respects was located. This specimen is the unique individual available and the description does not refer to a specific holotype, it is therefore here designated as the lectotype of <i>Derelomus costalis</i> Fåhraeus, 1844 and was labeled accordingly. In the collections housed at SAMC, a male specimen with the labels “Mfongosi; Zululand” and “ <i>Derelomus</i>; <i>rugosicollis</i>; Types; Hesse [hand written]” was identified. The description only refers to an undetermined number of males and females forming the type series. In the absence of a specific holotype designated for this species, the male specimen reported above is here designated as the lectotype for <i>Derelomus rugosicollis</i> Hesse, 1929 and was labeled accordingly.A detailed examination of the external and internal morphology of this specimen revealed no differences with the lectotype of <i>Derelomus costalis.</i> The name <i>Derelomus rugosicollis</i> is therefore a junior synonym of <i>Derelomus costalis</i>. It should be noted that the lectotypes of both <i>D. costalis</i> and <i>D. rugosicollis</i> are young ill-sclerotized specimens and that their uniformly pale colour is not representative of the colour pattern of the species. A redescription of this species is provided to account for the patterns found on fully sclerotized specimens of this species. In some specimens from the western Cape and Kwazulu-Natal Provinces of the Republic of South Africa, striae 9 are not erased in basal 1/6, but subcontiguous or merged with striae of 10.</p> Life history <p> The host plant of <i>E. costalis</i> gen. et comb. nov. is unknown, adults have been sporadically collected on flowers of Asteraceae and Fabaceae, which are probably only used as shelters by this species. Adults were collected in February, July, October, November and December.</p> Distribution <p>Republic of South Africa (Eastern Cape, Kwazulu-Natal and Western Cape Provinces).</p>Published as part of <i>Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 1-54 in European Journal of Taxonomy 818 (1)</i> on pages 23-26, DOI: 10.5852/ejt.2022.818.1771, <a href="http://zenodo.org/record/6532969">http://zenodo.org/record/6532969</a>
L’écriture impliquée: nouvelle forme de l’engagement littéraire chez fatou diome, Léonora Miano et Marie Ndiaye
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Previous issue date: 2018-04-18Embargo set by: Seth Robbins for item 107270
Lift date: 2020-09-04T20:37:00Z
Reason: Author requested U of Illinois access only (OA after 2yrs) in Vireo ETD systemEmbargo set by: Seth Robbins for item 107270
Lift date: 2020-09-04T20:42:08Z
Reason: Author requested U of Illinois access only (OA after 2yrs) in Vireo ETD systemCette thèse propose d’expliciter les manières dont l’implication se manifeste dans les textes de Fatou Diome, Léonora Miano et Marie NDiaye. Dans un contexte français de résurgence de l’engagement littéraire, elle exprime des manières d’intervenir par l’écriture sur des problèmes sociaux ou politiques qui traversent la société. L’originalité de notre thèse tient à l’intérêt d’avoir privilégié le contexte d’écriture de ces auteures. En effet, la critique des littératures africaines francophones lie l’émergence de nouvelles formes d’écriture, à partir de années quatre-vingt, à la présence des auteurs de cette littérature dans un espace qui n’est plus africain mais essentiellement parisien. Le choix de l’implication nous permet d’inscrire les écrivaines choisies pour notre analyse dans un lieu témoin de pratiques d’écritures nouvelles qui montrent des préoccupations qui ne sont plus uniquement d’ordre esthétique.Submission published under a 24 month embargo labeled 'U of I Access', the embargo will last until 2020-05-01The student, Malyoune Benoit, accepted the attached license on 2018-04-18 at 07:03.The student, Malyoune Benoit, submitted this Dissertation for approval on 2018-04-18 at 07:11.This Dissertation was approved for publication on 2018-04-18 at 17:39.DSpace SAF Submission Ingestion Package generated from Vireo submission #12334 on 2018-08-31 at 17:20:24U of I Only Restriction Lifted for Item 107270 on 2020-09-05T09:15:26Z
L'étude des cadastres antiques : à propos d'Olbia de Provence
No full textThe study of antique cadastres : namely about Olbia in Provence
The knowledge about the way land is occupied, as well in uran as rural areas, gain increasing importance with the actual approach to antique societies. The study of Greek and Roman cadastres in the Mediterrannean contour concern also Southern Gaul, not without arising problems of method about their identification, their restitution and their dating. Starting from his recent cadastral analysis of the territory surrounding the Marseilles foundation at Olbia. J. Benoit remains reserved about the reliability, the limits, even the dangers of the diverse techniques of investigation generally in practice.
Inside a zone where cadastre is established, to the North of Olbia, J. Benoit has dissociated the area situated to the North- North-East of the antique settlement. After a critical interpretation and Mediterranean wide comparaisons, the author delimits an area relatively restricted (750 acres), spreading from the sea to the mountain, regulated by a rectangular module 105x52,5 m. This cadastre most probably established on the basic mesure of a foot of 29,6 cm, could belong to a periode of Greek colonization (middle of the fourth - beginning of the first century B. C).La connaissance des modes de l'occupation des sols, tant urbaine que rurale, prend de plus en plus d'importance dans l'approche actuelle des sociétés antiques. L'étude des cadastrations grecques et romaines du pourtour méditerranéen concerne également le Midi gaulois, non sans poser plusieurs problèmes de méthode pour leur identification, leur restitution et leur datation. Partant de ses récentes analyses sur la cadastration du territoire alentour de la fondation massaliote d'Olbia, J. Benoit s'interroge, en premier lieu, sur la fiabilité, les limites, voire les dangers des diverses techniques d'investigation généralement usitées.
A l'intérieur d'une zone cadastrée au Nord d'Olbia, J. Benoit dissocie celle située au Nord-Nord-Est de l'agglomération antique. Après une interprétation critique et des comparaisons méditerranéennes, l'auteur délimite une aire relativement réduite (305 ha), s'étalant entre mer et montagne, rythmée selon un module rectangulaire de 105 x 52,5 m. Ce cadastre, très probablement édifié sur la mesure d'un pied de 29,6 cm, pourrait se rapporter à l'époque de colonisation grecque (milieu du IVème - début du Ier s. av. J.-C).Benoit Jean. L'étude des cadastres antiques : à propos d'Olbia de Provence. In: Documents d'Archéologie Méridionale, vol. 8, 1985. pp. 25-48
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