117,582 research outputs found
S. Melito
No full textBEDA. De septem miraculis mundiISIDORUS HISPALENSIS (s.). ChronicaISIDORUS HISPALENSIS (s.). De fide catholicaISIDORUS HISPALENSIS (s.). EpistolaeNumérisation effectuée à partir d'un document de substitution.F. 1 S. ISIDORUS HISPALENSIS, De fide catholica contra Judaeos, avec ép. dédic. et tables, l. I et II, c. I-XXVI incompl. ( P. L. , LXXXIII, 449-534). F. 13v Comment. in Cant. canticor. : « Liber iste vocatur Cantica canticorum... Cum debebat hortari... — ... cito concurrere velis ». F. 24 S. ISIDORUS HISPALENSIS, Chronicon, n os 51-52 ( P. L. , LXXXIII, 1035). — S. MELITO, Clavis, c. XIII depuis Juda, I-III, XII, IV, VII, X, XI, VI, IV, VIII, IX (ms. G de Pitra, Spicil. Solesm ., II et III). F. 44-65 et 71v-77v Gloses sur l'Anc. Testam. : « Prologus, id est prelocutio... », « Pharao interpretatur elidens... » F. 65 S. MARTINUS DUMIENSIS, Formula honestae vitae, avec prol. incompl. du début, lacunes ( P. L. , LXXII, 23-27 et Seneca, édit. Haase, Suppl., 67-73). F. 66v S. ISIDORUS HISPALENSIS, Epistolae I et IV, fragm. ( P. L. , LXXXIII, 893-896, et 899). F. 67 BEDA. De septem miraculis mundi, apocr. ( P. L. , XC, 961-962). F. 67 Breviarium apostolorum, cf. B. H. L. , n° 652. F. 67v Traité des offices ecclésiastiques, formé d'extraits divers (Bède, etc.) et du Liber Quare : « Primum vestimentum est ephod... Querendum est quis primus clericus... Quare caput radimus... — ... propter suam ignorantiam ». F. 71 Sermon : « Nunquam audisti quid Assuerus... »
Phenological and morphological characteristics of new selections of myrtle (<i>Myrtus communis</i>L.)
No full textThe domestication of myrtle (Myrtus communis L.) is a process that includes the assessment of the crop management and a breeding program for cultivar development. This manuscript presents the first results on the selection of a new group of cultivars generated by open pollination of previously described genotypes. Nineteen new selections are described. The following main phenophases were observed: Vegetative growth, flowering, development and maturation of fruit, and partial leaf drop. The following morphological characteristics were recorded: Shoot and internode length; length, width, and shape of leaves; number of fruits per shoot; peduncle length; weight, length, width, shape, and color of fruit; color and weight of flesh; number and weight of seeds per fruit; pulp/seeds ratio; shape and diameter of calyx. Of the selected new cultivars, the most interesting for the production of berries were 'Valentina', 'Viviana', 'Gian Paola', 'Mariella', 'Lalla', 'Greta', 'Caterina', 'Andrea', 'Monica', 'Emma', and 'Rossella'. The most vigorous selections were 'Valentina', 'Mariella', 'Andrea', 'Enza', and 'Eliana'. High morphological diversity in fruit shape (elliptical, ovate or obovate) was observed among selections
Diversità genetica e struttura di popolazioni di accessioni di mirto (Myrtus communis L.) raccolte in diverse aree climatiche della Sardegna.
No full textImpact of different photoperiodic treatments on Spinoso Sardo globe artichoke (Cynara cardunculus L. var. scolymus Fiori) head traits and elementary composition
No full textGlobe artichoke is an important crop native to the Mediterranean Basin. Spinoso Sardo (Cynara cardunculus L. var. scolymus Fiori) is a widespread Sardinian cultivar that strongly contributes to the agricultural economy of Italy. In this research, Spinoso Sardo was cultivated under natural (control) or extended (15 and 17 h) photoperiods. The effect of day length on few morphological traits, harvest time, elemental composition was evaluated. Head morphology was little influenced by photoperiod, whereas significant differences were observed in peduncle diameter, showing larger values in natural conditions compared to the other day lengths. The harvest time, expressed as days after emergence, display difference among treatments with highest value for natural condition (193 days) and the lowest value for the 17-h day length. The difference in elementary compositions based on C, N and C/N was evaluated in capitula, stem and leaves (leaves of rosette and peduncle). C content did not show any differences among treatments and among organs, while N and C/N were significantly affected by the day lengths. The maximum N % was found in leaves under 15 h photoperiod (3.6%), while the lowest score was detected in floral stem under control conditions (1.5%). The highest C/N was found in capitula under control conditions (72.5), while the lowest value was found in leaves under 15-h photoperiod (10.8). Total protein content based on the N% is significantly affected by the plant organ (P<0.0001), photoperiod (P=0.0084) and the interaction between these two factors (0.0068). These results showed that the day length deeply influenced the Spinoso Sardo morphological and elemental structure and composition
Melito S., Frusciante L., Ercolano M. R. “Comparative analisys of resistance gene in wild tomato species”, 2th Solanaceae Genome Workshop, Ischia 25/29 Settembre. Pag.164, Abstract Poster - P6. (2005).
No full textPhenolic compounds, antioxidant activity and lignin content of Spinoso sardo globe artichoke grown under different photoperiods
No full textGlobe artichoke (Cynara cardunculus L. var. scolymus Fiori) is a rich source of phenolic compounds with health promoting properties. In plants, the concentration of polyphenolic compounds depends on environmental factors like temperature, photoperiod or availability of nutrients. In this work we studied, on artichoke heads, the effect three photoperiodic conditions (length of the light periods: natural day length (control); 15 and 17 h) on the concentration of total phenol, flavonoids, lignin and on the antioxidant activity. On artichoke heads, the rise of the day length caused a significant decrease of total phenols concentration. On control plants, the total phenolic content exceeded by about 25 and 37% that of photoperiod extended to 17 and 15 h, respectively. On the contrary, the concentration of flavonoids, that ranged from 16.45 (control) to 13.39 (Ph15) mg CE g-1 d.w., was not influenced by the photoperiodic conditions. The heads of Spinoso sardo artichoke exhibited high radical scavenging activity. The DPPH test showed no differences between plants exposed to Ph15 and Ph17. The concentration of lignin in head tissues ranged from 0.43 (Ph15) to 0.63 (Ph17) g 100 g-1 d.w. The exposition of Ph17 caused a significant increase of lignin concentration as compared to control. This study suggests the modulation of the photoperiodic conditions as a tool to produce artichoke heads suitable for minimal food processing
Nearshore Observations and Modeling: Synergy for Coastal Flooding Prediction
No full textCoastal inundation has recently started to require significant attention worldwide. Theincreasing frequency and intensity of extreme events (sea storms, tsunami waves) are highly stressingcoastal environments by endangering a large number of residential areas, ecosystems, and touristfacilities, and also leading to potential environmental risks. Predicting such events and the generatedcoastal flooding is thus of paramount importance and can be accomplished by exploiting the potentialof different tools. An example is the combination of remote sensors, like marine radars, with numericalmodels. Specifically, while instruments like X-band radars are able to precisely reconstruct both wavefield and bathymetry up to some kilometers off the coast, wave-resolving Boussinesq-type models canreproduce the wave propagation in the nearshore area and the consequent coastal flooding. Hence,starting from baseline simulations of wave propagation and the conversion of water elevation resultsinto radar images, the present work illustrates the reconstruction of coastal data (wave field andseabed depth) using a specifically suited data processing method, named the “Local Method”, andthe use of such coastal data to run numerical simulations of coastal inundation in different scenarios.Such scenarios were built using two different European beaches, i.e., Senigallia (Italy) and Oostende(Belgium), and three different directional spreading values to evaluate the performances in cases ofeither long- or short-crested waves. Both baseline and inundation simulations were run using theFUNWAVE-TVD solver. The overall validation of the methodology, in terms of maximum inundation,shows its good performance, especially in cases of short-crested wind waves. Furthermore, theapplication on Oostende Beach demonstrates that the present methodology might work using onlyopen-access tools, providing an easy investigation of coastal inundation and potential low-costintegration into early warning system
Sanseverino, W., Faino, L., Melito, S., Monti L., Roma, G., Maselli V., Stupka, E., Frusciante, L., Ercolano, M. R. “A new bioinformatics resource for Solanaceae Plant-Pathogen interaction analysis”. 5 Plant gems, Plant Genomics European Meetings, 11/14 October, Venice Italy. Pag. 43; Abstrac11t Poster -2.14 (2006).
No full textErcolano M. R., Faino L., Melito S., Sanseverino W., Roma G., Maselli V., Stupka E., Frusciante L.. “SGD Database: a new tool for Solanaceae resistance genes analysis” PAA/Solanaceae Genomics Meeting and Biodiversity, 23/27 Luglio pag. 125 (2006).
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