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E Cullen, M Fernández-Mazuecos, BJ Glover (2018)
Evolution of nectar spur length in a clade of Linaria reflects changes in cell division rather than in cell expansionAnn Bot (Oxford)
DA Sutton (1988)
A revision of the tribe Antirrhineae
F Haenseler (1817)
Ensayo para una análisis de las aguas de Carratraca
M Fernández-Mazuecos, JL Blanco-Pastor, P Vargas (2013)
A phylogeny of toadflaxes (Linaria Mill.) based on nuclear internal transcribed spacer sequences: systematic and evolutionary consequencesInt J Pl Sci, 174
M Fernández-Mazuecos, P Vargas (2015)
Quaternary radiation of bifid toadflaxes (Linaria sect. Versicolores) in the Iberian Peninsula: low taxonomic signal but high geographic structure of plastid DNA lineagesPl Syst Evol, 301
G Kunze (1846)
Chloris austro-hispanica (continuatio.)Flora, 29
JM Padial, A Miralles, I Riva, M Vences (2010)
The integrative future of taxonomyFront Zool, 7
J Pérez-Rubín (2012)
El naturalista y farmacéutico germano-español Félix Hänseler Jeger (1780–1841) en la Málaga de su épocaActa Bot Malac, 37
L Sáez, M Bernal (2009)
Flora iberica XIII (Plantaginaceae—Scrophulariaceae)
A González Bueno (2010)
El viaje botánico de Pierre Edmond Boissier por el sur de España (1837)Acta Bot Malac, 35
C Jarvis (2007)
Order out of chaos: Linnean plant names and their types
HM Burdet, A Charpin, F Jacquemoud (1990)
Types nomenclaturaux des taxa ibériques décrits par Boissier ou Reuter. XII. ScrophulariacéesCandollea, 45
L Sáez, G Peñas, J Girbal (2000)
Linaria viscosa L. (Scrophulariaceae), espècie nova a CatalunyaOrsis, 15
SA Hodges (1997)
Floral nectar spurs and diversificationInt J Pl Sci, 158
B Valdés (1987)
Flora vascular de Andalucía occidental
JJ Wiens (2004)
What is speciation and how should we study it?Amer Naturalist, 163
M Willkomm (1845)
Botanische Berichte aus SpanienBot Zeitung (Berlin), 3
J Viano (1978)
Les linaires à graines aptères du bassin méditerranéen occidental. 1. Linaria sect. VersicoloresCandollea, 33
M Fernández-Mazuecos, BJ Glover (2017)
The evo-devo of plant speciationNat Ecol Evol, 1
A Barbey (1931)
À travers les forêts de pinsapo d’Andalousie
HM Willkomm (1893)
Supplementum Prodromi Florae Hispanicae
M Fernández-Mazuecos, P Vargas (2011)
Historical isolation versus recent long-distance connections between Europe and Africa in bifid toadflaxes (Linaria sect. Versicolores)PLoS ONE, 6
B Vigalondo, M Fernández-Mazuecos, P Vargas, L Sáez (2015)
Unmasking cryptic species: morphometric and phylogenetic analyses of the Ibero-North African Linaria incarnata complexBot J Linn Soc, 177
AV Pérez Latorre, G Caballero, F Casimiro-Soriguer Solanas, O Gavira Romero, B Cabezudo (2008)
Vegetación del sector malacitano-axarquiense (Comarca de la Axarquía. Montes de Málaga y Corredor de Colmenar). Málaga (España)Acta Bot Malac, 33
PE Boissier (1838)
Elenchus plantarum novarum minusque cognitarum quas in itinere hispanico
G Blanca, M Cueto, J Fuentes (2017)
Linaria becerrae (Plantaginaceae), a new endemic species from the southern Spain, and remarks on what Linaria salzmannii is and is notPhytotaxa, 298
B Dayrat (2005)
Towards integrative taxonomyBiol J Linn Soc, 85
C Pau (1933)
Plantas interesantes de la PenínsulaBrotéria Ci Nat, 2
M Fernández-Mazuecos, JL Blanco-Pastor, JM Gómez, P Vargas (2013)
Corolla morphology influences diversification rates in bifid toadflaxes (Linaria sect. Versicolores)Ann Bot (Oxford), 112
M Laínz (1966)
Typification de l’Antirrhinum incarnatum Ventenat in Lamarck (1797)Candollea, 21
M Fernández-Mazuecos, G Mellers, B Vigalondo, L Sáez, P Vargas, BJ Glover (2018)
Resolving recent plant radiations: power and robustness of genotyping-by-sequencingSyst Biol, 67
Integrative taxonomy, based on the combination of multiple lines of evidence, provides the foundations for a robust species delimitation. Here we provide a taxonomic synopsis of the Iberian clade of Linaria subsect. Versicolores based on recently published morphometric and phylogenomic data. This clade radiated in the Iberian Peninsula (western Mediterranean) during the Quaternary and is being intensively studied from phylogenetic, evolutionary, biogeographic, ecological and developmental standpoints. Eight morphologically and genetically distinct species are recognised in the clade: L. algarviana, L. becerrae, L. clementei, L. incarnata, L. onubensis, L. salzmannii, L. spartea and L. viscosa. For each accepted species, the type material and notes on diagnostic characters, distribution, habitat and intraspecific variability are provided. Five names are typified (four neotypes and one lectotype are designated), and references to previous typifications are also presented. A distribution map and an identification key are presented. This synopsis will provide the basis for future research on speciation and evolution of the clade.
Plant Systematics and Evolution – Springer Journals
Published: Jun 6, 2018
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