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350 results for “southern Italy”
MesoWat_Source simulation: evaporation sources of the target (southern France and northern Italy) 10-14 October 2000
<p>The dataset contains the sources of surface and virga evaporation of the hourly rainfall during the heavy rainfall episode October 10-14, 2002 in southern France and northern Italy, inside the latitude-longitude box: 41-48.6N and 1.875-15E. The data corresponds to the output of the MesoWat_Source modeling system developed by the authors. The 3D position/concentration of the target vapor (evaporated from the sources) during its approach to the target region is also included.</p> <p>1) * iee files: the data is in binary format (**iee files) and can be represented using the Grid Analysis and Visualization System (GrADS). GrADS is copyrighted under the terms of the GNU Public License and is freely distributed.</p> <p>2) File "oct2000_Turd0_v3_pbl3.ctl" is the Grads control file (data descriptor file). It contains in ASCII format the mapping of the binary data (*iee). It can be edited with Wordpad, Kwrite ... and it has to be changed to point to the directory that contains the binary files (**iee) .This file also contains a description of all variables and units.</p>
FIGURE 5 in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 5. Box and whiskers plots comparing cypselae beak length (mm) (A) and cypsela cells thickness (μm) (B).
FIGURE 8 in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 8. Scatter plot showing karyotype asymmetry of the studied species. Seven plates of P. scaberrima (red dots: filled ones corresponding to 'karyotype α' and empty ones corresponding to 'karyotype β'); five plates of P. hieracioides subsp. hieracioides (filled blue dots). Intrachromosomal asymmetry (M ), x axis; interchromosomal asymmetry (CV ), y axis.
FIGURE 6. A in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 6. A) An example of 'karyotype α' metaphasic plate, P. scaberrima. B) An example of 'karyotype β' metaphasic plate, P. scaberrima. C) An example of metaphasic plate of P. hieracioides subsp. hieracioides. Micrometric bars = 10 μm.
FIGURE 7. Picris scaberrima. A in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 7. Picris scaberrima. A) Diploid idiogram obtained from three 'karyotype α' metaphasic plates. B) Diploid idiogram obtained from four 'karyotype β' plates. Micrometric bars = 2 μm.
FIGURE 1 in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 1. Pictures of plants collected in Tarsia in August 2014. (A1, capitula; A2, cauline leaves; A3, basal leaves; A4, infructescence): details of P. hieracioides subsp. hieracioides; (B1, capitula; B2, cauline leaves; B3, basal leaves; B4, infructescence): details of P. scaberrima.
FIGURE 3 in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 3. Map of southern Italy showing P. scaberrima localities (in green squares), according to current distribution knowledge. Locus classicus is highlighted as a red square. The easternmost locality (Calabria, Valle del Fiume Vitravo) is derived from an unpublished observation by D. Puntillo.? = doubtful record.
FIGURE 4 in The genus Picris (Asteraceae) in southern Italy: contribution to its systematic knowledge
FIGURE 4. Cypsela of P. hieracioides subsp. hieracioides (A1) and P. scaberrima (B1). Millimetric bar = 1 mm. SEM microphotographs of cypsela in P. hieracioides subsp. hieracioides (A2) and P. scaberrima (B2).
FIGURE 3 in A new species of Odontites (Orobanchaceae) from southern Italy
FIGURE 3. SEM micrographs of seed coat of Odontites sillettii (A1–3) and O. rigidifolius (B1–3) at low magnification (A1 and B1 x 60), at medium magnification (A2 and B2 x 500) and at high magnification (A3 and B3 x 1500), from type material, Silletti s.n. (CAT) and from Ficuzza, Cambria & Ilardi s.n. (CAT).
FIGURE 4 in A new species of Odontites (Orobanchaceae) from southern Italy
FIGURE 4. SEM micrographs of pollen grains of Odontites sillettii (A 1-2) and O. rigidifolius (B 1-2) at lower magnification (A 1 and B 1 x 2500) and higher magnification (A 2 and B 2 x 9000), from type material, Silletti s.n. (CAT) and from Ficuzza, Cambria & Ilardi s.n. (CAT).
FIGURE 1 in A new species of Odontites (Orobanchaceae) from southern Italy
FIGURE 1. Diagnostic features of Odontites sillettii. A. Habit. B. Flower with bract (lateral view). C. Flower (ventral view). D. Corolla (entire). E. Corolla (open). F. Calyx (ventral view, open). G. Anther. H. Pistil. I. Stigma. J. Capsule. K. Seeds. L. Bracts. M. Stem with leaves. Illustration by Salvatore Brullo based on type material, Silletti s.n. (CAT).
FIGURE 5 in A new species of Odontites (Orobanchaceae) from southern Italy
FIGURE 5. Geographical distribution of Odontites sillettii (star) and O. rigidifolius (dark dots from herbarium data and empty dots from literature).
FIGURE 6 in A new species of Odontites (Orobanchaceae) from southern Italy
FIGURE 6. Diagnostic features of Odontites rigidifolius. A. Habit. B. Flower with bract (lateral view). C. Flower (ventral view). D. Corolla (entire). E. Corolla (open). F. Calyx (ventral view, open). G. Anther. H. Pistil. I. Stigma. J. Capsule. K. Seed. L. Bracts. M. Stem with leaves. Illustration by Salvatore Brullo based on specimens from Ficuzza, Cambria & Ilardi s.n. (CAT).
FIGURE 5 in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 5. Distribution map of Centaurea akroteriensis in Salento Peninsula (Apulia, South Italy). Locality evidenced with the symbol
FIGURE 6 in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 6. The box plot shows the relationship between the RPA data groups and the specific morphological coefficient of each Centaurea species considered. A: C. napifolia; B: C. aspera; C: C. sphaerocephala; D: C. seridis; E: C. ferox; F: C. bimorpha; G: C. akroteriensis; H: C. polyacantha.
FIGURE 3. A–C in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 3. A–C: Centaurea akroteriensis. Morphology. A: stem and immature flower head. B: basal rosette. C: caulinar leaf. A, C: photographed by Q.G. Manni, 2018; B: R. Gennaio, 2018.
FIGURE 2. A–E in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 2. A–E: Centaurea akroteriensis. Morphology. A, B: inflorescences completely developed. C: immature flower head. D: entire plant in natural environment. E: detail of the winged stem. A: photographed by R. Gennaio, 2018; C: 2019; E: 2013.B, D: Q.G. Manni, 2018.
FIGURE 4. A–D in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 4. A–D: Comparison of flower heads. A: Centaurea seridis from Capo Peloro—Messina (Sicily); B: Centaurea akroteriensis. C–D: Centaurea akroteriensis. Morphology. C: achenes. D: Spiny apexes of the middle bracts. A: photographed by R. Gennaio, 2017; C:2013; D: 2019. B: photographed by Q.G. Manni, 2018
FIGURE 1. a–l in Centaurea akroteriensis (Asteraceae), a new species discovered in Salento (Southern Apulia, Italy)
FIGURE 1. a–l: Centaurea akroteriensis. a: flower head and stem; b: neutral flower; c: hermaphroditic flower. d: staminal tube and style. e: internal bract. f: middle bract. g: external bract. h: achene. i–k: juvenile basal leaves. j: mature basal leaf. l: spiny palmate-fasciculated apex of C. akroteriensis. m: apex of the bract of C. seridis. Comparison between achenes of n: C. seridis, o: C. bimorpha and p: C. ferox. (All illustrations made from the holotype, isotypes, herbaria's specimens and plants observed in vivo. Drawings by Quintino Giovanni Manni).
FIGURE 4 in Hieracium terraccianoi (Asteraceae), a new species endemic to the Pollino National Park (Southern Italy)
FIGURE 4. Carbonate rocks and stony slopes of Scala di Gaudolino, the habitat of Hieracium terraccianoi.
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International Brain Laboratory public data
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OpenNeuro
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