All lianas rooted in 1-ha plots of 20 x 500 m in subjectively selected sites of intact forest. Hemiepiphytes and stranglers were excluded. Lianas measured at 1.3 m from the base. An individual was considered to be an independently climbing stem. Branches of lianas that fell to the ground, rooted, and then grew upward were tallied as separate individuals (Me: SO numbers are inflated). Trellises rooted in the plot and supporting lianas were measured for dbh. Trellises rooted outside the plot were excluded. Abundance of lianas \u3e= 1 cm dbh ranged between 155 and 743 individuals/ha for the six forest sites. No clear trend is detectable among liana abundance in the study forest. The plot that had the lowest abundance of lianas, also had...
Liana (woody vine) abundance, height, diameter, and climbing mode were studied in the mature tropica...
The abundance and diversity of lianas were examined along a tropical forest chronosequence at the Ba...
Lianas (woody climbers) are structural parasites of trees that compete with them for light and below...
All lianas rooted in 1-ha plots of 20 x 500 m in subjectively selected sites of intact forest. Hemie...
Lianas are an important structural component of tropical rain forests. Recent concern regarding a pu...
Lianas contribute to many aspects of tropical forest diversity and dynamics, and interest in liana e...
In the central African region, few studies were conducted on the structure and composition of liana ...
Canopy disturbance explains liana abundance and distribution within tropical forests and thus may al...
In the tropical rainforest of Los Tuxtlas, Mexico, lianas (woody-climbing plants) had a clumped dist...
<div><p>Lianas are a key component of tropical forests; however, most surveys are too small to accur...
Lianas can have a large impact on the diversity, structure, and dynamics of tropical forests, yet th...
The distribution of lianas (woody climbing plants) on trees in a lowland “liana forest” ...
Lianas can create dense foliage that reduces the light available for the host trees on which they gr...
Lianas are a key component of tropical forests; however, most surveys are too small to accurately qu...
The abundance and diversity of lianas were examined along a tropical forest chronosequence at the Ba...
Liana (woody vine) abundance, height, diameter, and climbing mode were studied in the mature tropica...
The abundance and diversity of lianas were examined along a tropical forest chronosequence at the Ba...
Lianas (woody climbers) are structural parasites of trees that compete with them for light and below...
All lianas rooted in 1-ha plots of 20 x 500 m in subjectively selected sites of intact forest. Hemie...
Lianas are an important structural component of tropical rain forests. Recent concern regarding a pu...
Lianas contribute to many aspects of tropical forest diversity and dynamics, and interest in liana e...
In the central African region, few studies were conducted on the structure and composition of liana ...
Canopy disturbance explains liana abundance and distribution within tropical forests and thus may al...
In the tropical rainforest of Los Tuxtlas, Mexico, lianas (woody-climbing plants) had a clumped dist...
<div><p>Lianas are a key component of tropical forests; however, most surveys are too small to accur...
Lianas can have a large impact on the diversity, structure, and dynamics of tropical forests, yet th...
The distribution of lianas (woody climbing plants) on trees in a lowland “liana forest” ...
Lianas can create dense foliage that reduces the light available for the host trees on which they gr...
Lianas are a key component of tropical forests; however, most surveys are too small to accurately qu...
The abundance and diversity of lianas were examined along a tropical forest chronosequence at the Ba...
Liana (woody vine) abundance, height, diameter, and climbing mode were studied in the mature tropica...
The abundance and diversity of lianas were examined along a tropical forest chronosequence at the Ba...
Lianas (woody climbers) are structural parasites of trees that compete with them for light and below...