Gochnatia polymorpha (Less.) Cabrera is a widespread Asteraceae species found in different physiognomies of cerrado (Neotropical savanna) and in forest formations of southeast Brazil. This study describes some leaf anatomy characteristics of this species and quantitatively evaluates them in relation to different environments, as well as under different light conditions. We found quantitative differences in all anatomical parameters analyzed. The results demonstrate that high leaf anatomy plasticity is an adaptive advantage that allows this species to occur in diverse cerrado conditions.Gochnatia polymorpha (Less.) Cabrera é uma espécie de Asteraceae com ampla distribuição no bioma cerrado, sendo encontrada em diversas fisionomias florestais...
Dentre os ecossistemas de savanas tropicais, o cerrado brasileiro é um dos biomas mais ameaçados no ...
Despite limitations of low fertility and high acidity of the soils, the cerrado flora is the richest...
Abiotic stresses are limiting to plant development, and can generate physiological responses ranging...
Gochnatia polymorpha (Less.) Cabrera é uma espécie de Asteraceae com ampla distribuição no bioma cer...
Understanding which factors determine the ecologica l distribution of plants is very important for t...
O gênero Gochnatia é comumente encontrado em diferentes fitofisionomias do Cerrado do Estado de São ...
Gochnatia polymorpha (Less.) Cabrera is a widespread tree species found in different physiognomies o...
(Atributos foliares estruturais e funcionais de duas espécies de Gochnatia, de formas distintas de c...
The ecological plasticity observed in plants that inhabit different vegetation formations is often a...
Orientadores: Ivany Ferraz Marques Valio, Sandra Maria Carmello-GuerreiroTese (doutorado) - Universi...
<p class="p1"> <strong>ABSTRACT</strong></p><p class="p3">Restinga formations grow on sandy spits of...
Structural adjustments in plants may occur in response to environmental constraints, which may influ...
The genus Tabebuia is representative of the Cerrado biome, occurring in savanna and forest formation...
ABSTRACTThis special issue of the Brazilian Journal of Plant Physiology provides new insights into ...
Several authors have reported phenotypic plasticity for bromeliad plants growing in contrasting habi...
Dentre os ecossistemas de savanas tropicais, o cerrado brasileiro é um dos biomas mais ameaçados no ...
Despite limitations of low fertility and high acidity of the soils, the cerrado flora is the richest...
Abiotic stresses are limiting to plant development, and can generate physiological responses ranging...
Gochnatia polymorpha (Less.) Cabrera é uma espécie de Asteraceae com ampla distribuição no bioma cer...
Understanding which factors determine the ecologica l distribution of plants is very important for t...
O gênero Gochnatia é comumente encontrado em diferentes fitofisionomias do Cerrado do Estado de São ...
Gochnatia polymorpha (Less.) Cabrera is a widespread tree species found in different physiognomies o...
(Atributos foliares estruturais e funcionais de duas espécies de Gochnatia, de formas distintas de c...
The ecological plasticity observed in plants that inhabit different vegetation formations is often a...
Orientadores: Ivany Ferraz Marques Valio, Sandra Maria Carmello-GuerreiroTese (doutorado) - Universi...
<p class="p1"> <strong>ABSTRACT</strong></p><p class="p3">Restinga formations grow on sandy spits of...
Structural adjustments in plants may occur in response to environmental constraints, which may influ...
The genus Tabebuia is representative of the Cerrado biome, occurring in savanna and forest formation...
ABSTRACTThis special issue of the Brazilian Journal of Plant Physiology provides new insights into ...
Several authors have reported phenotypic plasticity for bromeliad plants growing in contrasting habi...
Dentre os ecossistemas de savanas tropicais, o cerrado brasileiro é um dos biomas mais ameaçados no ...
Despite limitations of low fertility and high acidity of the soils, the cerrado flora is the richest...
Abiotic stresses are limiting to plant development, and can generate physiological responses ranging...