Studies on floral development have widened the knowledge on the floral morphology of Araceae, particularly in genera delimited through classical taxonomic treatments. In Pothoideae, floral ontogenetic studies are limited to some representatives of Pothoidium Schott and Pothos L. and only one species of Anthurium Schott, with no focus on gynoecium. This background reveals a lack of ontogenetic data on the largest genus in the clade. This paper presents gynoecial ontogeny of species circumscribed in different sections of Anthurium, describes gynoecial developmental patterns, and evaluates the relevance of ontogenetic characteristics in the taxonomy of the sections studied. New data for the Araceae include the recognition of four floral develo...
FIGURE 6. Anthurium plowmanii. A. Habit B. Cataphylls in fibers fine, hairlike (arrow). C. Petiole U...
Elucidating the evolutionary patterns of flower and inflorescence structure is pivotal to understand...
In this paper we study merosity in the genus Urospatha within the framework of a resolved phylogeny ...
Anthurium é considerado um dos maiores gêneros de Araceae, com cerca de 130 espécies no território b...
The genus Anthurium (Araceae) is one of the most taxonomically complex genera in the neotropics. Stu...
Introduction and Aims Anthurium is the largest genus of Araceae, with 950 species distributed in the...
Anthurium is a strictly neotropical genus of Araceae ranging from southern Mexico to northern Argent...
ABSTRACT Leaf and spathe anatomy of seven species and two varieties of the genus Anthurium (section ...
The floral development of Syngonium angustatum is analysed in the context of a recently published mo...
The floral developmental patterns and carpel morphologies of Potamogeton illinoensis Morong, P. poly...
Este estudo consta da análise filogenética de Anthurium seção Urospadix e grupos correlatos. O gêner...
Background and aims Amaranthaceae comprise the former Chenopodiaceae, Beta, and core-Amaranthaceae. ...
The aim of the present study was to determine the structure of the flowers and inflorescences of Ant...
In the inflorescence of Schismatoglottis, atypical sterile flowers are present between the male and ...
In the intermediate zone of the inflorescence of genera of Aroideae one can find flowers with male a...
FIGURE 6. Anthurium plowmanii. A. Habit B. Cataphylls in fibers fine, hairlike (arrow). C. Petiole U...
Elucidating the evolutionary patterns of flower and inflorescence structure is pivotal to understand...
In this paper we study merosity in the genus Urospatha within the framework of a resolved phylogeny ...
Anthurium é considerado um dos maiores gêneros de Araceae, com cerca de 130 espécies no território b...
The genus Anthurium (Araceae) is one of the most taxonomically complex genera in the neotropics. Stu...
Introduction and Aims Anthurium is the largest genus of Araceae, with 950 species distributed in the...
Anthurium is a strictly neotropical genus of Araceae ranging from southern Mexico to northern Argent...
ABSTRACT Leaf and spathe anatomy of seven species and two varieties of the genus Anthurium (section ...
The floral development of Syngonium angustatum is analysed in the context of a recently published mo...
The floral developmental patterns and carpel morphologies of Potamogeton illinoensis Morong, P. poly...
Este estudo consta da análise filogenética de Anthurium seção Urospadix e grupos correlatos. O gêner...
Background and aims Amaranthaceae comprise the former Chenopodiaceae, Beta, and core-Amaranthaceae. ...
The aim of the present study was to determine the structure of the flowers and inflorescences of Ant...
In the inflorescence of Schismatoglottis, atypical sterile flowers are present between the male and ...
In the intermediate zone of the inflorescence of genera of Aroideae one can find flowers with male a...
FIGURE 6. Anthurium plowmanii. A. Habit B. Cataphylls in fibers fine, hairlike (arrow). C. Petiole U...
Elucidating the evolutionary patterns of flower and inflorescence structure is pivotal to understand...
In this paper we study merosity in the genus Urospatha within the framework of a resolved phylogeny ...