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Autor Quintanilla, Luis G. |
Documentos disponibles escritos por este autor (4)
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Fuente, Pablo de la ; Gabriel y Galán, Jose María ; Molino de Miguel, Sonia ; Sessa, Emily B. ; Quintanilla, Luis G. | Springer | 2020-02-12Hybridization is a ubiquitous force in plant evolution. In ferns, hybrids are often easily recognized by their intermediate morphology and abortive spores and thus provide a good model for studying reproductive isolating barriers between species[...]texto impreso
Pangua Fernández-Valdés, Emilia ; Pajarón Sotomayor, Santiago ; Quintanilla, Luis G. | Botanical Society of America | 2019-07-12PREMISE: When two populations of related cytotypes grow in sympatry, the rarer cytotype tends to be excluded due to a frequency?dependent mating disadvantage. Evolutionary models predict that polyploids, which are typically the rarer cytotype up[...]texto impreso
Pajarón Sotomayor, Santiago ; Pangua Fernández-Valdés, Emilia ; Quintanilla, Luis G. ; Jiménez, Ares | Oxford University Press | 2015-05Environmental sex determination (ESD) is present in several animal and plant lineages. Diverse factors such as temperature, light or water availability have been described as sex determinants in these organisms. Among plants, ferns frequently di[...]texto impreso
Fuente, Pablo de la ; Gabriel y Galán, Jose María ; Molino, Soni ; Sessa, Emily B. ; Quintanilla, Luis G. | Springer | 2020In this work, we provide the raw data supporting the results of the study about character expression, reproductive barriers and origin of the rare fern hybrid Asplenium ×arantohanum (Aspleniaceae). The data contributed refers to the variables us[...]