Silvana Mabel Sede

Dr. Silvana Mabel Sede

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Research Focus & Metrics

Academic Career Length

21Years (2006-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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5 January 2012 in Journal of Biogeography
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SSSilvana Mabel Sede
Silvana Mabel Sede
MNMarcela V. Nicola
Marcela V. Nicola
RPRaúl Pozner
Raúl Pozner
LJLeigh A. Johnson
Leigh A. Johnson

1 December 2009 in Systematic Botany
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Journal Article
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SSSilvana Mabel Sede
Silvana Mabel Sede
FZFernando O. Zuloaga
Fernando O. Zuloaga
OMOsvaldo Morrone
Osvaldo Morrone

10 October 2013 in Botanical Journal of the Linnean Society
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SSSilvana Mabel Sede
Silvana Mabel Sede
SDSofía I. Dürnhöfer
Sofía I. Dürnhöfer
SMSantiago Morello
Santiago Morello
FZFelipe Zapata
Felipe Zapata

1 May 2009 in Taxon
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SSSilvana Mabel Sede
Silvana Mabel Sede
OMOsvaldo Morrone
Osvaldo Morrone
SASandra S. Aliscioni
Sandra S. Aliscioni
LGliliana monica giussani
liliana monica giussani
FZFernando O. Zuloaga
Fernando O. Zuloaga

23 March 2009 in Australian Journal of Botany
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Journal Article
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SSSilvana Mabel Sede
Silvana Mabel Sede
DTDaniela Tosto
Daniela Tosto
PTPaola M. Talia
Paola M. Talia
MLMelissa Luckow
Melissa Luckow
LPLidia Poggio
Lidia Poggio
RFRenée Fortunato
Renée Fortunato
The neotropical genus Camptosema in its southern distribution is represented by the following four species: Ca. paraguariense, Ca. praeandinum, Ca. rubicundum and Ca. scarlatinum. Ca. rubicundum is the only species with all the diagnostic characters of the genus, i.e. tubular calyx. The other three taxa are related morphologically and cytologically to Galactia and Collaea, two closely allied genera in the subtribe Diocleinae. Individual and combined phylogenetic analyses of morphology, ITS and trnL-F were conducted to examine the position of these species as well as to explore their relationship with Galactia and Collaea species in southern South America. In none of the analyses does Camptosema species form a monophyletic group. Instead, they are scattered in different groups. These results together with cytological, morphological and AFLP data provide good support for re-evaluating the taxonomic position of these species within Camptosema.

1 January 2018 in Systematic Botany
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Journal Article
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SSSilvana Mabel Sede
Silvana Mabel Sede
SDSilvia S. Denham
Silvia S. Denham
A taxonomic revision of the genus Escallonia in Argentina, based on the study of herbarium specimens and field work, is presented. Descriptions, nomenclatural treatment, an identification key, and comments on habitat and distribution are given for each species. Drawings not included in previous works are published here for the first time. Also, a plastid DNA network, combining sequences from previous studies, is included. On the basis of morphology and DNA variability, we recognized 17 species of Escallonia in Argentina. Lectotypes are designated for Escallonia resinosa var. dodoneifolia, E. sellowiana, E. longidens, E. rahmeri, and Stereoxylon virgatum. Second-step lectotypifications are designated for Escalloniabtfida, E. vaccinioides, E. vaccinioides var. guaranitica, E. spiraeoides, E. adscendens, E. rosea, E. duplicatoserrata, E. tucumanensis, and Stereoxylon corymbosum. Inadvertent lectotypifications were corrected for Escallonia alpina var. glaberrima, E. bellidtfolia, E. vaccinioides, E. vaccinioides var. guaranitica, E. spiraeoides, E. adscendens, E. tucumanensis, and Stereoxylon corymbosum. A new synonym (E. rubra var. dumetorum under E. rubra) is proposed.