1,731,115 research outputs found
Moretto and Romanino: religious painting in Brescia 1510-1550: identity in the shadow of La serenissima
This thesis examines several works of religious content produced by the Brescian painters Gerolamo Romano, 11 Romanino (148487-15'59) and Alessandro Bonvicino, 11 Moretto (1498-1554), produced for patrons and locations in Brescia between 15 10 and 1550. This enquiry has drawn on little used historical material in order to integrate the discussion of the images into a wider social and historical context.
The key aim of this study is to establish how Romanino and Moretto defined a Brescian identity in art. This will be argued by using two different approaches in order to examine the existence, and the manifestations, of such a local identity One approach taken in this study is to look at groups of corporate patrons and to consider the works executed for them in terms of similarities of content. Chapters 2 and 3 in turn consider the works executed by Romanino and Moretto for the Congregations of Santa Giustina of Padua, and of San Giorgio in Alga. The second approach adopted for the purposes of examination of strategies for the establishment of a Brescian visual identity employed in this study is to focus on representations of the Eucharist. It will be shown that Moretto developed a new visual motif of the 'Eucharistic Christ' in response to the growing popularity of the Forty Hours devotion in Brescia
Die Meisterbilder von Moretto da Brescia
DIE MEISTERBILDER VON MORETTO DA BRESCIA
Die Meisterbilder von Moretto da Brescia ( - )
Einband ( - )
Werbung ( - )
Abbildung ([2])
Titelblatt ([3])
Vorwort ([5])
Abbildungen ([6])
Werbung (65)
Vorblatt ( - )
Einband ( -
Medicina e classificazione delle scienze
Nell'articolo si esamina il problema della collocazione della medicina nella classificazione delle scienze tra Seicento e Ottocento. Sono prese in considerazione le proposte di organizzazione del sapere, e del posto in esse assegnato alla medicina, da parte dei filosofi F. Bacon, R. Descartes, Chr. Wolff, dello scienziato A.-M. Ampère, del medico H. Boerhaave con riferimento alla classificazione della medicina, e dalle sistemazioni presentate nell'Encyclopaedia di J.H. Alsted e nell'Encyclopédie curata da D. Diderot e J. D'Alembert. Si precisa che sono stati scritti da A. Moretto l'Introduzione e i §§ 3, 4
Un convegno su Hegel e il Newtonianismo
(autore del punto 2 del contributo: A. Moretto; autore del punto 1: R. Pozzo
Il rapporto semplice
a cura di F. CHIEREGHIN, trad. e commento di F. BIASUTTI, L. BIGNAMI, F. CHIEREGHIN, A. GAIARSA, M. GIACIN, F. LONGATO, F. MENEGONI, A. MORETTO, G. PERIN-ROSS
Matematica e dialettica. Rosmini e una possibile fonte della logica hegeliana
(autore dei §§ 4-7 del saggio: A. Moretto; autore dei §§ 1-3 del saggio: F. Biasutti
Digitonthophagus namaquensis Génier & Moretto, 2017, new species
Digitonthophagus namaquensis species group 16. Digitonthophagus namaquensis Génier, new species Distribution: Angola, Namibia, South AfricaPublished as part of Génier, François & Moretto, Philippe, 2017, Digitonthophagus Balthasar, 1959: taxonomy, systematics, and morphological phylogeny of the genus revealing an African species complex (Coleoptera: Scarabaeidae: Scarabaeinae), pp. 1-110 in Zootaxa 4248 (1) on page 75, DOI: 10.5281/zenodo.43944
Digitonthophagus falciger Génier & Moretto, 2017, new species
Digitonthophagus falciger species group 6. Digitonthophagus falciger Génier, new species Distribution: Benin, Burkina Faso, Cameroon, Chad, Cote d’Ivoire, Gambia, Ghana, Guinea, Guinea-Bissau, Mauritania, Niger, Nigeria, Senegal, Sierra Leone,? UgandaPublished as part of Génier, François & Moretto, Philippe, 2017, Digitonthophagus Balthasar, 1959: taxonomy, systematics, and morphological phylogeny of the genus revealing an African species complex (Coleoptera: Scarabaeidae: Scarabaeinae), pp. 1-110 in Zootaxa 4248 (1) on page 74, DOI: 10.5281/zenodo.43944
Digitonthophagus sahelicus Moretto, new species
Digitonthophagus sahelicus Moretto, new species http://zoobank.org/urn:lsid:zoobank.org:act:659D2617-892E-4CA3-803B-A727B64D643C (Figs. 9, 27–28, 57, 73, 91–92, 121, 141–143; Map 4) Type locality. Toulfé (13°53’43”N 01°52’25”W), 300 m, Lorum, Burkina Faso. Diagnosis. Africa species; Male pronotal anterior angles surface sloping laterally and usually with a dark spot (Figs. 57); female vertex with horns (Fig. 73). Description. Holotype ♂ (Fig. 9). Measurements. Length 9.5 mm, width 5.5 mm. Head (Figs. 27–28). Anterior clypeal edge emarginate on median fifth in dorsal view; clypeofrontal carina nearly straight and extending to clypeal edge; vertex convex medially, surface with scabrous punctures. Horns long, divergent in frontal view, gradually tapering from base to apex, posterointernal edge unmodified basally, internal surface with numerous coarse granules. Genal edge slightly upturned and arcuate on anterior third, forming a broad angle with clypeal edge. Pronotum (Fig. 57). Surface with granulate punctures extending slightly beyond posterior half, with a few scattered simple punctures on posterior portion of disc, larger punctures absent posterolaterally, with distinct, minute punctures throughout. Anteromedian tubercle atrophied, forming a simply convex projection in lateral view, surface of tubercles covered with rather regular and fine squamiform granules; median longitudinal sulcus absent; surface behind the eyes with a small and shallow oval depression, surface of anterior angles irregularly sloping laterally; anterior half of lateral edge slightly sinuous in dorsal and lateral view; posterior angles simply arcuate in dorsal view. Anterior hypomeral ridge nearly straight posteriorly and abruptly arcuate anteriorly with anterior most portion crenulate, anterior hypomeral depression surface light in color. Elytra (Fig. 9). Interval 2 and 4 lacking fine granules from base to apex. Legs. Protibial apicointernal tooth enlarged, with dorsal ridge interrupted before apex. Aedeagus (Fig. 121). Parameres with dorsal and ventral edges slightly diverging toward apex in lateral view. Internal sac sclerites (Figs. 141–143). Axial sclerite strongly sclerotized, abruptly bent ventrally on apical third. Subaxial sclerite, extending straight past apex of right lateral fold apical portion, with villi on apical half. Frontolateral peripheral sclerite basoventral apophysis moderately developed; a single medioventral carinae present; right lateral fold short, produced into a rather large everted and open apically conical process with extremely irregular apical edge; left lateral lobe absent; subapicodorsal lobe membranous, narrow, not reaching anterior edge, apex set on left side in dorsal view; apical lobe elongate and round apically, directed obliquely on left side, apical villi regular in shape; subapicoventral lobe short not reaching apical edge of apical lobe, oriented obliquely and in line with ventrally folded left edge of apical lobe. Variation. Measurements (103 ♂♂, 111 ♀♀). Length: male 6.5–11.0 mm (9.5 ± 0.8 mm), female 7.5–11.0 mm (9.4 ± 0.7 mm). Female lectotype. Cephalic outline in dorsal view as in Fig. 73; vertex with horns low, very wide basally and tapering to apex, posterointernal edge lacking tooth basally; anterior pronotal surface (Figs. 91–92) with a single callus approximately half interocular distance in width, dorsal edge of callus weakly defined. Protibia short, with external teeth more robust. Primary type data. Holotype ♂ (CMNC): [BURKINA FASO: LORUM / Toulfé, 300m / 13°53’43”N 01°52’25”O / 18.VII.2006, zone sahélienne / steppe arborée, collecte géné- / rale, F. & S. Génier, 2006-43]; [COLÉOPTÈRES / DU / BURKINA FASO / BF008585] barcode label; [HOLOTYPE ♂ / Digitonthophagus / sahelicus n.sp. / des. P. Moretto, 2016] red card. Map 4. Distribution of Digitonthophagus sahelicus. Material examined (266 ♂♂, 193 ♀♀, 496 sex not recorded), distribution (Map 4): BURKINA FASO: HAUTS-BASSINS, Bobo-Dioulasso (11°12'N, 4°18'W), viii.2002, [anonymous] —1 ♀ (paratype) (PMOC); SAHEL, après le pont, route Essakane-Dori, Gorum-Gorum, 271 m (14°9'32.8''N, 0°1'20.4''E), 7.viii.2012, P. Moretto— 1 ♀, 1 ♂ (paratypes) (PMOC); Conseil régional, Dori, 283 m (14°2'4.5''N, 0°3'10.5''W), 23– 25.viii.2013, P. Moretto (2013-50)— 9 ♀♀, 9 ♂♂ (18 paratypes) (PMOC); Conseil régional, Dori, 283 m (14°2'4.5''N, 0°3'10.5''W), 30.viii.2013, P. Moretto— 1 ♀ (paratype) (PMOC); Dori (14°2'N, 0°1'W), iv.2007, [anonymous]— 8 ♀♀, 3 ♂♂ (11 paratypes) (JFJC); Essakane, Gorum-Gorum, 264 m (14°22'40.2''N, 0°5'47.7''E), 13–15.viii.2012, P. Moretto— 1 ♀, 1 ♂ (paratypes) (PMOC); N’djomga, Dori (14°3'55.7''N, 0°3'3.4''W), 24– 27.viii.2013, P. Moretto— 3 ♂♂ (3 paratypes) (PMOC); LOROUM, Toulfé, 300 m (13°53'43''N, 1°52'25''W), 16.vii.2006, F. & S. Génier (2006-38)— 24 ♀♀, 28 ♂♂ (52 paratypes) (FGIC); Toulfé, 300 m (13°53'43''N, 1°52'25''W), 16.vii.2006, F. & S. Génier (2006-40)— 2 ♀♀, 13 ♂♂ (15 paratypes) (FGIC); Toulfé, 300 m (13°53'43''N, 1°52'25''W), 17.vii.2006, F. & S. Génier (2006-41)— 2 ♀♀, 7 ♂♂ (9 paratypes) (FGIC); Toulfé, 300 m (13°53'43''N, 1°52'25''W), 18.vii.2006, F. & S. Génier (2006-43)— 23 ♀♀, 24 ♂♂ (holotype, allotype, 45 paratypes) (CMNC, FGIC); Toulfé, 300 m (13°53'43''N, 1°52'25''W), 18.vii.2006, F. & S. Génier (2006-42)— 4 ♂♂ (4 paratypes) (FGIC); NAHOURI, Forêt de Nazinga, Boulieselo, 310 m (11°11'50''N, 1°35'9''W), 27.vii.2006, F. & S. Génier (2006-82)— 2 ♂♂ (2 paratypes) (FGIC); CAMEROON: EXTREME NORTH, Waza National Park (11°15'N, 14°39'E), 18.viii.2006, C. Vanderbergh— 1 ♂ (paratype) (PMOC); CHAD: ENNEDI, Fada (17°11'N, 21°35'E), 9/4/1935, [anonymous]— 1 ♂ (paratype) (MNHN); HADJER-LAMIS, Sitje, rive sud Lac Tchad (12°53'N, 14°52'E), 11.viii.2006, C. Vanderbergh— 1 ♀, 2 ♂♂ (3 paratypes) (PMOC); KANEM, Zigueï (14°43'N, 15°47'E), 19–21.vii.1935, [anonymous] —1 ♀ (paratype) (MNHN); N’DJAMENA, Farcha (12°7'N, 14°59'E), vi.1968, [anonymous]— 1 ♀, 1 ♂ (paratypes) (MNHN); DJIBOUTI: DJIBOUTI, Djibouti (11°35'N, 43°9'E), [no date], [anonymous]— 4 ♀♀, 3 ♂♂ (7 paratypes) (IRSNB); ERITREA: ANSEBA, Hagaz (15°42'N, 38°16'E), vii.2003, M. Forti— 1 ♂ (paratype) (PMOC); GASH-BARKA, 18 km E Akordat (15°33'N, 38°1'E), vii.2003, M. Forti— 2 ♀♀, 3 ♂♂ (5 paratypes) (FGIC, PMOC); NORTHERN RED SEA, Nefasit (15°20'N, 39°4'E), vii.2002, Czeppel & Forti— 3 ♀♀, 3 ♂♂ (6 paratypes) (FETC); MALI: SEGOU, Sansanding (13°43'18''N, 6°0'11''W), [no date], R. Demange— 1 ♀ (paratype) (MNHN); MAURITANIA: Trarza Desert, [no date], [anonymous]— 2 ♀♀, 2 ♂♂ (4 paratypes) (IRSNB); ADRAR, Atar (20°31'N, 13°3'W), 24.ix.1968, P. Tauzin— 1 ♂ (paratype) (PMOC); INCHIRI, Oued Akjoujt (19°45'N, 14°23'W), x.1937, P. Malzy— 1 ♂ (paratype) (MNHN); NOUAKCHOOT, Nouakchoot (18°5'N, 15°59'W), 15.viii–30.ix.2006, Famille Stalmanns— 5 ♀♀, 1 ♂ (paratypes) (PMOC); SÉLIBABY, Tachoot [=Tassota Barene] (15°26'N, 12°16'W), 20.x.1941, [anonymous]— 1 ♂ (paratype) (OMOC); NIGER: AGADEZ, Agadez (16°58'N, 7°59'E), 1909, Cortier— 2 ♂♂ (2 paratypes) (MNHN); Agadez (16°58'N, 7°59'E), 2.viii.1947, L. Chopard & A. Villiers— 1 ♀ (paratype) (MNHN); Agadez (16°58'N, 7°59'E), 20.viii.1947, L. Chopard & A. Villiers— 1 ♂ (paratype) (MNHN); Agadez (16°58'N, 7°59'E), 25.viii.1947, L. Chopard & A. Villiers— 1 ♀ (paratype) (MNHN); Agadez (16°58'N, 7°59'E), 20.viii.1989, [anonymous]— 3 ♀♀, 1 ♂ (paratypes) (OMOC); Arlit (18°44'N, 7°23'E), 15.ix.1977, P. Tauzin— 1 ♀ (paratype) (PMOC); Dabaga, Aïr sud, 600 m (17°18'N, 8°10'E), 13–16.viii.1947, L. Chopard & A. Villiers— 2 ♂♂ (2 paratypes) (MNHN); Taquei, Aïr Massif (18°25'48''N, 8°24'36''E), 26.viii.1983, P.C. Matteson— 1 ♂ (paratype) (BMNH); DIFFA, N’Guigmi (14°15'N, 13°7'E), viii.1919, Dr. Noel— 7 ♀♀, 5 ♂♂ (12 paratypes) (MNHN); N’Guigmi (14°15'N, 13°7'E), ix.1919, Dr. Noel— 12 ♀♀, 13 ♂♂ (25 paratypes) (MNHN); N’Guigmi (14°15'N, 13°7'E), vi–vii.1919, Dr. Noel— 1 ♂ (paratype) (MNHN); N’Guigmi (14°15'N, 13°7'E), x.1919, Dr. Noel— 1 ♂ (paratype) (MNHN); DOSSO, Toudou (14°7'N, 3°54'E), 10.viii.1989, [anonymous] —1 ♀ (paratype) (OMOC); Toudou (14°7'N, 3°54'E), 13.viii.1989, [anonymous]— 2 ♀♀, 1 ♂ (paratypes) (OMOC); SENEGAL: [unspecified locality], [no date], [anonymous] —1 ♂ (paratype) (BMNH); DAKAR, Keur Ndiaye Lô (14°45'25''N, 17°14'11''W), 20.viii.2013, I. de Dinechin— 1 ♂ (paratype) (CMD); DIOURBEL, Bambey (14°42'N, 16°28'W), viii.1939, J. Risbec— 2 ♂♂ (2 paratypes) (BMNH); Bambey (14°42'N, 16°28'W), 1945, J. Risbec— 1 ♂ (paratype) (BMNH); FATICK, Diouroup (14°21'N, 16°32'W), 14–18.viii.2007, P. Moretto— 4 ♀♀, 9 ♂♂ (13 paratypes) (FGIC, PMOC); KAOLAK, Missirah, 45 m (13°59'26''N, 15°7'4''W), 16.vii.2007, F. Génier (2007-01)— 12 ♀♀, 9 ♂♂ (21 paratypes) (FGIC); LOUGA, Linguère (15°24'N, 15°7'W), ix.1967, A. Descarpentries, T. Leye & A. Villiers— 496 specimens (paratype) (MNHN); Ndam-Dam (15°36'22''N, 16°23'35''W), xi.1967, A. Descarpentries, T. Leye & A. Villiers— 2 ♀♀, 7 ♂♂ (9 paratypes) (MNHN); Ndilla (15°20'N, 15°3'W), ix.1967, A. Descarpentries, T. Leye & A. Villiers— 1 ♂ (paratype) (MNHN); SAINT-LOUIS, Commune de Saint-Louis, 7 m (16°4'34''N, 16°22'40''W), 27.viii.2009, F. Génier (2009-33)— 1 ♀ (paratype) (FGIC); Commune de Saint-Louis, 7 m (16°4'34''N, 16°22'40''W), 27.viii.2009, P. Moretto— 2 ♀♀, 2 ♂♂ (4 paratypes) (PMOC); Podor (16°39'N, 14°57'30''W), viii–ix.1911, R. Chudeau— 1 ♀ (paratype) (MNHN); Richard-Toll (16°28'N, 15°41'W), 7–10.viii.2008, P. Moretto— 1 ♀ (paratype) (PMOC); Richard-Toll (16°28'N, 15°41'W), 28–31.viii.2009, F. Génier (2009-38)— 8 ♀♀, 20 ♂♂ (28 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 28–30.viii.2009, F. Génier (2009-40)— 4 ♀♀, 1 ♂ (paratypes) (FGIC); Richard- Toll (16°28'N, 15°41'W), 28.viii.2009, F. Génier (2009-36)— 1 ♂ (paratype) (FGIC); Richard-Toll (16°28'N, 15°41'W), 28.viii–1.ix.2009, P. Moretto & F. Génier— 1 ♀, 2 ♂♂ (3 paratypes) (PMOC); Richard-Toll (16°28'N, 15°41'W), 30.viii.2009, F. Génier (2009-43)— 2 ♀♀, 3 ♂♂ (5 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 30.viii.2009, F. Génier (2009-44)— 3 ♀♀, 17 ♂♂ (20 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 31.viii.2009, F. Génier (2009-48)— 6 ♂♂ (6 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 1.ix.2009, F. Génier (2009-49)— 1 ♀, 4 ♂♂ (5 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 1.ix.2009, F. Génier (2009-50)— 3 ♂♂ (3 paratypes) (FGIC); Richard-Toll (16°28'N, 15°41'W), 3.ix.2009, F. Génier (2009- 52)— 1 ♀, 1 ♂ (paratypes) (FGIC); Saint-Louis (16°0'30''N, 16°29'30''W), 1899, V. Planchat— 13 ♀♀, 19 ♂♂ (32 paratypes) (MNHN); THIÈS, Kayar (14°55'N, 17°7'E), viii.1971, A. Villiers— 1 ♀, 1 ♂ (paratypes) (OMOC); Mbour (14°25'N, 16°58'W), viii.1995, P. Moretto— 13 ♀♀, 8 ♂♂ (21 paratypes) (PMOC); Meckhé (15°7'N, 16°38'W), [no date], [anonymous]— 1 ♂ (paratype) (MNHN); Nianing, 8 m (14°19'N, 16°55'43''W), 23.vii.2006, A. Coache— 1 ♀, 1 ♂ (paratypes) (JFJC); SUDAN: KHARTOUM, Environs de Khartoum (15°35'N, 32°32'E), [no date], [anonymous]— 2 ♀♀, 1 ♂ (paratypes) (MNHN). Etymology. Sahelicus is a Latin adjective pertaining to the distribution of this species. Natural history. A mostly Sahelian species associated with grassland and wooded and acacia steppes habitats and grassland enclave within degraded sudanese vegetation and along dried sandy riverbeds, on deep sandy soils. Individuals are common at light traps and also collected from, donkey, cow, and human dung. Some individuals collected in pitfall traps baited with rumen content, recently killed toads and monitor lizards.Published as part of Génier, François & Moretto, Philippe, 2017, Digitonthophagus Balthasar, 1959: taxonomy, systematics, and morphological phylogeny of the genus revealing an African species complex (Coleoptera: Scarabaeidae: Scarabaeinae), pp. 1-110 in Zootaxa 4248 (1) on pages 21-24, DOI: 10.5281/zenodo.43944
Il limite e l'infinito. Studi in onore di Antonio Moretto
La ricerca filosofica di Antonio Moretto segna una tappa fondamentale e innovativa all'interno della letteratura scientifica a proposito del rapporto tra filosofia e matematica. Questo vale in primo luogo, ma non solo, per una rinnovata comprensione della filosofia classica tedesca che rendeva necessario mostrare la rilevanza della conoscenza congiunta della storia e della teoria della matematica in autori come Kant e Hegel. Questi studi, assieme a quelli che egli ha dedicato a Descartes, Leibniz, Wolff e ancora a molti altri grandi filosofi, mostrano come i concetti matematici di finito e infinito racchiudano, nelle loro esigenze tecniche, un'urgenza profondamente umana, quella di dare senso, “mensurare” nell'accezione più ampia del termine. Sotto questo profilo, il passaggio per le scienze esatte nelle ricerche di Moretto non è affatto astratto, ma costituisce il necessario cammino verso quella che Kant avrebbe chiamato “la porta stretta”, varcata la quale meglio si comprendono anche le altre parti del sistema della filosofia, così come proprio Moretto ha dimostrato dedicandosi a discutere altresì questioni di etica, di filosofia della medicina, psicologia della percezione e – perché no? – della poesia di Albrecht von Haller. Coerentemente con questo percorso di ricerca, gli Autori degli scritti che costituiscono questo volume si sono impegnati a mostrare la ricchezza di significati e valenze che i concetti di limite e di infinito, tra i più distintivi delle ricerche di Moretto, possono assumere all'interno delle scienze filosofiche
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