Contribución al conocimiento de la distribución de las especies de Alnus en el sur de Europa a partir del ADNcp
- Mauro Sanna 1
- Claudia González-Toral 2
- Herminio S. Nava 2
- Candela Cuesta 2
- Javier Loidi 3
- Mercedes Herrera 3
- Manuel Antonio Rodríguez-Guitián 4
- Álvaro Bueno 1
- José Antonio Fernández Prieto 2
- Eduardo Cires 2
- 1 INDUROT
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2
Universidad de Oviedo
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3
Universidad del País Vasco/Euskal Herriko Unibertsitatea
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Universidad del País Vasco/Euskal Herriko Unibertsitatea
Lejona, España
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4
Universidade de Santiago de Compostela
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ISSN: 1577-2756, 1577-1814
Année de publication: 2023
Número: 11
Pages: 41-52
Type: Article
D'autres publications dans: Naturalia Cantabricae
Résumé
In the Iberian Peninsula occur two species previously systematized such as Alnus glutinosa: Alnus glutinosa s.s. (diploid) in the North-East and A. lusitanica (tetraploid) in the West. Other studies based on the analysis of cpDNA, reveal haplotypes characteristic of diploids and tetraploids species, turning these markers into a good tool for discriminating Alnus species. However, neither all the northern territories of the Iberian Peninsula, where A. glutinosa s.s. or A. lusitanica grow, nor the Alnus populations of Sardinia Island (Italy), were considered in these studies. Our aims are a first genetic characterization of Sardinian alders and a detailed overview of the Iberian Alnus species distribution using the ndhf-rpl32 plastid region. The Alnus lusitanica holotype from Tormes River, (Salamanca, Spain) shared the same haplotype detected in all the Western Iberian samples until Asturias, Cantabria and the Ebro River. Between Asturias and Cantabria regions, into the distribution area of A. lusitanica were found samples with the characteristic haplotype of Alnus glutinosa from Central and North Europe. The Sardinian black alder sample exhibited a variation of A. glutinosa haplotype, previously detected in North Central Africa (Algeria and Tunisia) and Corsica island (France), suggesting some genetic relationships throughout these populations.