The phylogenetic relationships of Goyazia and Lembocarpus are investigated based on cladistic analysis of ndhF sequences. Both genera are currently classified in the tribe Gloxinieae, but both are poorly known. Based on its floral morphology, the classification of Goyazia in Gloxinieae is not controversial. Lembocarpus may be placed in Gloxinieae, Episcieae, or Sinningieae. The acaulescent, tuberous nature of Lembocarpus limits the number of characters available for a morphological analysis and has made its classification and phylogenetic relationships difficult to resolve. Phylogenetic analyses of ndhF sequences place both genera in Gloxinieae. Although the affinities within the tribe are ambiguous for Goyazia, Lembocarpus is sister ...
Gesneriaceae (ca. 3400 species) is a pantropical plant family with a wide range of growth form and f...
The resolution of cryptic diversity is essential for understanding the evolutionary diversification ...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...
The phylogenetic relationships of Goyazia and Lembocarpus are investigated based on cladistic analys...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The Gesneriaceae is a family known for convergent evolution of complex floral forms. As a result, de...
Determining the specific factors that played a role in speciation previously took extensive resource...
Gesneriaceae are represented in the New World (NW) by a major clade (c. 1000 species) currently reco...
Generic relationships within Episcieae were assessed using ITS and ndhF sequences. Previous analyses...
This paper investigates cladistic relationships among tribes of Gesneriaceae using morphological dat...
Gesneriaceae (ca. 3400 species) is a pantropical plant family with a wide range of growth form and f...
Gesneriaceae (ca. 3400 species) is a pantropical plant family with a wide range of growth form and f...
The resolution of cryptic diversity is essential for understanding the evolutionary diversification ...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...
The phylogenetic relationships of Goyazia and Lembocarpus are investigated based on cladistic analys...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The tribal relationships of the Gesneriaceae are investigated using ndhF sequences. A full analysis ...
The Gesneriaceae is a family known for convergent evolution of complex floral forms. As a result, de...
Determining the specific factors that played a role in speciation previously took extensive resource...
Gesneriaceae are represented in the New World (NW) by a major clade (c. 1000 species) currently reco...
Generic relationships within Episcieae were assessed using ITS and ndhF sequences. Previous analyses...
This paper investigates cladistic relationships among tribes of Gesneriaceae using morphological dat...
Gesneriaceae (ca. 3400 species) is a pantropical plant family with a wide range of growth form and f...
Gesneriaceae (ca. 3400 species) is a pantropical plant family with a wide range of growth form and f...
The resolution of cryptic diversity is essential for understanding the evolutionary diversification ...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...