Genera of Turneraceae differ notably in connation/adnation of calyx, corolla, androecium. Floral and seed morphology were analyzed in all genera. Phylogenetic analyses were made using a matrix of 91 characters coded for 102 taxa including all genera of Turneraceae and all series of Turnera. Our goals were: assessing the impact of morphology in the cladistic analyses of Turneraceae and comparing our results with those based on molecular datasets. Our analyses suggest that all genera are monophyletic. The inclusion of seed micromorphology in the analyses increased resolution within Turnera, the strict consensus tree shows four main clades, each gathering two or more current series. A comparison of morphological and molecular trees is diffic...
The Eupatorieae represent nearly 10% of the Asteraceae by including about 187 genera and 2500 specie...
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...
With 145 species, Turnera is the largest genus of Turneraceae (Malpighiales). Despite several morpho...
Cladistic analyses are made based on morphological characters and chromosome basic numbers in order ...
urnera provides a useful system for exploring two significant evolutionary phenomena—shifts in breed...
The floral vascular anatomy of three species be10nging to two genera of Turneraceae is analyzed. The...
Turnera L. includes around 100 American species and two African ones, arranged in nine series. ...
Turnera L. includes around 100 American species and two African ones, arranged in nine series. In th...
The evolutionary processes that shape the unique biodiversity of the Neotropical Chaquean Domain are...
Comparative floral and inflorescence ontogenies among Proteaceae are examined and a phylogenetic ana...
Turnera L. is arranged in 9 series. In this paper the revision of the species with floral nectar poc...
We review the genetics and evolution of breeding systems in the Turneraceae. Distyly occurs in seven...
The placement of angiosperms and Gnetales in seed plant phylogeny remains one of the most enigmatic ...
Turnera confertiflora, a new, apparently homostyle species from Brasil, is described and illustrated...
The Eupatorieae represent nearly 10% of the Asteraceae by including about 187 genera and 2500 specie...
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...
With 145 species, Turnera is the largest genus of Turneraceae (Malpighiales). Despite several morpho...
Cladistic analyses are made based on morphological characters and chromosome basic numbers in order ...
urnera provides a useful system for exploring two significant evolutionary phenomena—shifts in breed...
The floral vascular anatomy of three species be10nging to two genera of Turneraceae is analyzed. The...
Turnera L. includes around 100 American species and two African ones, arranged in nine series. ...
Turnera L. includes around 100 American species and two African ones, arranged in nine series. In th...
The evolutionary processes that shape the unique biodiversity of the Neotropical Chaquean Domain are...
Comparative floral and inflorescence ontogenies among Proteaceae are examined and a phylogenetic ana...
Turnera L. is arranged in 9 series. In this paper the revision of the species with floral nectar poc...
We review the genetics and evolution of breeding systems in the Turneraceae. Distyly occurs in seven...
The placement of angiosperms and Gnetales in seed plant phylogeny remains one of the most enigmatic ...
Turnera confertiflora, a new, apparently homostyle species from Brasil, is described and illustrated...
The Eupatorieae represent nearly 10% of the Asteraceae by including about 187 genera and 2500 specie...
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The Gnetales are one of the most fascinating groups within seed plants. Although the advent of molec...