01249nas a2200229 4500008004100000022005800041245014100099210006900240260001700309300001200326490000800338520048000346653001800826653002100844653001800865653001700883653001300900100002000913700001800933700002000951856004800971 2016 eng d a1179-3155 (print edition), 1179-3163 (online edition)00aOnosma juliae (Boraginaceae), a new species from southern Turkey, with remarks on the systematics of Onosma in the Irano-Turanian region0 aOnosma juliae Boraginaceae a new species from southern Turkey wi c16 Dic. 2016 a201-2130 v2883 a

The new species Onosma juliae is described and illustrated based on specimens collected in the westernmost part of the
Taurus range in southern Anatolia (Turkey, Karaman province). Differences with the putatively more closely related species
are briefly discussed, and a synthetic but comprehensive key to the Irano-Turanian members of the genus known to date is
provided to allow the identification of the major species group.
 

10aendemic flora10aKaraman province10aLithospermeae10aTaurus range10aTaxonomy1 aCecchi, Lorenzo1 aCoppi, Andrea1 aSelvi, Federico uhttps://boraginales.myspecies.info/node/12001875nas a2200193 4500008004100000245007700041210006900118490000800187520130900195653001701504653001601521653001801537653001401555653001601569653001301585100002001598700001601618856004701634 2012 eng d00aA synopsis of the genus Cynoglossum (Boraginaceae-Cynoglosseae) in Italy0 asynopsis of the genus Cynoglossum BoraginaceaeCynoglosseae in It0 v1463 a

Based on field and herbarium investigations, a systematic synthesis of the critical genus Cynoglossum (Boraginaceae) in Italy is
provided. Types, diagnostic characters and original iconographies are given for each native species, together with a revised
analytical key. Regional distributions are outlined and a list of selected vouchers is included. Nine species are native to the
Italian territory: Cynoglossum barbaricinum, Cynoglossum cheirifolium, Cynoglossum clandestinum, C. columnae, C. creticum, C.
magellense, C. montanum, C. nebrodense and C. officinale. A new subspecies, named C. nebrodense ssp. lucanum, is described
from some calcareous massifs in S Basilicata and N Calabria. This taxon is morphologically and geographically distinct from
the typical C. nebrodense s.str. In addition, C. dioscoridis and C. germanicum, often reported from Italy, cannot be confirmed
and are apparently to be excluded from the Italian flora. Old herbarium records of C. amabile Stapf & Drummond and C.
coelestinum Lindb. [: Paracaryopsis coelestina (Lindl.) R.R. Mill] from northeast Italy are reported for the first time, although
the presence of these two exotic species in Italy was probably occasional.
 

10aBoraginaceae10aCynoglossum10aItalian flora10akaryology10asystematics10aTaxonomy1 aSelvi, Federico1 aSutorĂ½, K. uhttps://boraginales.myspecies.info/node/3302329nas a2200205 4500008004100000245007800041210006900119490000700188520173000195653001701925653001301942653002501955653002401980653001602004653001302020100002002033700001502053700001402068856004102082 2009 eng d00aPhylogeny, karyotype evolution and taxonomy of Cerinthe L. (Boraginaceae)0 aPhylogeny karyotype evolution and taxonomy of Cerinthe L Boragin0 v583 a

A phylogenetic and karyological analysis of the small and poorly known genus Cerinthe L. (Boraginaceae-
Lithospermeae) was performed using ITS sequences and standard chromosomal techniques. All taxa are
diploid with 2n = 16 or 2n = 18 and show a variable degree of infraspecific variation, in particular in the
polymorphic C. major and C. minor. Change in base number is associated with an early split between the
two well-supported clades of C. major, corresponding to Cerinthe sect. Cerinthe, and that of all other taxa
belonging to C. sect. Ceranthe, with the base x = 8 found only in the strictly annual C. major group, and
x = 9 in the other five species of the genus: C. minor, C. glabra, C. tenuiflora, C. retorta and C. palaestina.
The latter section is subdivided into the E Mediterranean, annual lineage of C. palaestina–C. retorta and
the mainly continental, perennial group of C. minor–C. glabra, the sister of which is the Corsican endemic
C. tenuiflora. The hypothesis that x = 9 represents the primary haploid number and x = 8 is derived through
descending aneuploidy, is discussed. A taxonomic revision of the genus is provided and the following formal
taxonomic changes are proposed: C. major L. subsp. oranensis (Batt.) Selvi & Cecchi, stat. nov.; C. major
L. subsp. purpurascens (Boiss.) Selvi & Cecchi, stat. nov.; C. minor L. subsp. cleiostoma (Boiss. & Sprun.)
Selvi & Cecchi, stat. nov. Cerinthe tenuiflora, C. retorta and the poorly known C. palaestina are well-defined
species with little internal variation.

 

10aBoraginaceae10aCerinthe10achromosome evolution10amolecular phylogeny10asystematics10aTaxonomy1 aSelvi, Federico1 aCecchi, L.1 aCoppi, A. uhttp://www.jstor.org/stable/2775701901350nas a2200253 4500008004100000020002500041245006500066210006000131260001600191300001100207490000700218520061100225653001900836653001600855653001000871653002700881653000900908653001800917653001900935653004400954653001300998100002201011856006301033 2013 eng d a0075-5974, 1874-933X00aA revision of Heliotropium sect. Cochranea (Heliotropiaceae)0 arevision of Heliotropium sect Cochranea Heliotropiaceae c2013/03/01/ a1 - 540 v683 aA revision of the Heliotropium L. sect. Cochranea (Miers) Kuntze (Heliotropiaceae) is presented and a total of 17 species is recognised. Morphology, ecology, distribution, conservation status and phenology of all species are presented. One subspecies, Heliotropium krauseanum Fedde subsp. jahuayense Luebert is described as a new taxon. Two previously recognised species names, H. sclerocarpum Phil. and H. huascoense I. M. Johnst., are placed in the synonymy of H. chenopodiaceum (A. DC.) Clos and H. stenophyllum Hook. & Arn., respectively. One epitype, one neotype and one lectotype are designated here.10aAtacama Desert10aBoraginales10aChile10aLife Sciences, general10aPeru10aplant ecology10aPlant sciences10aPlant Systematics/Taxonomy/Biogeography10aTaxonomy1 aLuebert, Federico uhttp://link.springer.com/article/10.1007/s12225-013-9432-6