The important role of hybridity in the evolution of the genus Gagea is becoming clear, through both morphological, karyological and molecular evidences. Several species were recently inferred or hypothesized to be of hybrid origin; especially in sect. Didymobulbos, sect. Fistulosae and sect. Gagea. Representative case studies, such as G. luberonensis J.-M. Tison, G. polidorii J.-M. Tison and G. pomeranica Ruthe, are presented and discussed. Since many Gagea species show very reduced or null sexual reproduction vs. a massive vegetative propagation, there are several problems in distinguishing hybrids from hybridogenous species in this genus. The actual trend is to consider them at specific level because of their ability to stabilize, at le...
Despite decades of research, the evolution of sex remains an enigma in evolutionary biology. Typical...
The genus Lilium is comprised of about 100 species and has been divided into seven taxonomic section...
Polyploidy has played a major role in the origin of new plant species, probably because of the expan...
Hybridization seems to play an important role in speciation of Gagea Salisb., a genus which is cha...
Gagea trinervia and G. graeca, both diploid (2n = 24), share several features that appear unusual in...
Abstract Background We studied the life history of Gagea graeca (L.) A. Terracc. (sect. Anthericoide...
The embryo-sac development in Gagea bohemica, G. chrysantha and G. granatellii conforms to the “Euph...
The reproductive traits in Gagea are affected by both abiotic and biotic environmental factors. Howe...
Theoretical considerations predict that hybridization between plants with different breeding systems...
Three main patterns of natural hybridization can be recognized: (1) occasional formation of hybrids ...
Speciation by hybridization has long been recognized among plants and includes both homoploid and al...
Anatomical features of basal leaves, pedicels and tepals of 22 species of Gagea belonging to four se...
When we look at life on earth, we can see a lot of different life forms, but we still do not fully u...
The importance of various characters for the taxonomic discrimination of taxa in the genus Gagea is ...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/149766/1/tax02090.pd
Despite decades of research, the evolution of sex remains an enigma in evolutionary biology. Typical...
The genus Lilium is comprised of about 100 species and has been divided into seven taxonomic section...
Polyploidy has played a major role in the origin of new plant species, probably because of the expan...
Hybridization seems to play an important role in speciation of Gagea Salisb., a genus which is cha...
Gagea trinervia and G. graeca, both diploid (2n = 24), share several features that appear unusual in...
Abstract Background We studied the life history of Gagea graeca (L.) A. Terracc. (sect. Anthericoide...
The embryo-sac development in Gagea bohemica, G. chrysantha and G. granatellii conforms to the “Euph...
The reproductive traits in Gagea are affected by both abiotic and biotic environmental factors. Howe...
Theoretical considerations predict that hybridization between plants with different breeding systems...
Three main patterns of natural hybridization can be recognized: (1) occasional formation of hybrids ...
Speciation by hybridization has long been recognized among plants and includes both homoploid and al...
Anatomical features of basal leaves, pedicels and tepals of 22 species of Gagea belonging to four se...
When we look at life on earth, we can see a lot of different life forms, but we still do not fully u...
The importance of various characters for the taxonomic discrimination of taxa in the genus Gagea is ...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/149766/1/tax02090.pd
Despite decades of research, the evolution of sex remains an enigma in evolutionary biology. Typical...
The genus Lilium is comprised of about 100 species and has been divided into seven taxonomic section...
Polyploidy has played a major role in the origin of new plant species, probably because of the expan...