Tropical tree species are divided into two principal groups, climax (or shade-tolerant) and pioneer (or light demanding) tree species. The top canopy leaves of mature trees are exposed to high solar radiation, regardless of whether they are climax or pioneer trees. This article compares leaf physiology and morphology at the top canopies of a climax Dipterocarpus corunutus tree and a pioneer Macaranga gigantea tree in a rainforest, East Kalimantan. Their data indicate low light-use capacity and high susceptibility for excess light energy of photosystem II in D. cornutus. The leaf properties were different between the mature climax and pioneer trees, even if their leaves grew under similar light environments at the top canopies
Seedlings of six subtropical rainforest tree species representing early (Omalanthus populifolius, So...
To investigate the ability of pioneer and late-successional species to adapt to a strong light envir...
We examined the dependence of photosynthetic capacity on leaf nitrogen content and light environment...
In three tropical rain forest light environments in Sabah, Malaysia, we compared photosynthesis in s...
and biochemical properties with increasing plant height from seedlings to emergent trees were invest...
1. The sun¿shade acclimation and plasticity of 16 functional leaf traits of 38 tropical tree species...
In this thesis the effect of constant and fluctuating light availability on several leaf traits was ...
Leaf ecophysiological responses and height growth were studied in four indigenous tree seedlings pla...
Thirteens hade-adaptedr ain forest species were comparedw ith twelve sun-adaptedt ropical forest spe...
Measurements of photosynthesis (A) and stomatal conductance (gs) were conducted using the leaves of ...
International audienceTropical canopies are complex, with multiple canopy layers and pronounced gap ...
We studied morphological and physiological leaf and whole-plant features of seedlings of six late-su...
The light environments and rates of photosynthesis by leaves of Argyrodendron peralatum were examine...
Information about light tolerance and photosynthetic plasticity of indigenous tropical tree species ...
Photosynthetic characteristics of tree species from the tropical C-3 monocotyledon genus Pandanus we...
Seedlings of six subtropical rainforest tree species representing early (Omalanthus populifolius, So...
To investigate the ability of pioneer and late-successional species to adapt to a strong light envir...
We examined the dependence of photosynthetic capacity on leaf nitrogen content and light environment...
In three tropical rain forest light environments in Sabah, Malaysia, we compared photosynthesis in s...
and biochemical properties with increasing plant height from seedlings to emergent trees were invest...
1. The sun¿shade acclimation and plasticity of 16 functional leaf traits of 38 tropical tree species...
In this thesis the effect of constant and fluctuating light availability on several leaf traits was ...
Leaf ecophysiological responses and height growth were studied in four indigenous tree seedlings pla...
Thirteens hade-adaptedr ain forest species were comparedw ith twelve sun-adaptedt ropical forest spe...
Measurements of photosynthesis (A) and stomatal conductance (gs) were conducted using the leaves of ...
International audienceTropical canopies are complex, with multiple canopy layers and pronounced gap ...
We studied morphological and physiological leaf and whole-plant features of seedlings of six late-su...
The light environments and rates of photosynthesis by leaves of Argyrodendron peralatum were examine...
Information about light tolerance and photosynthetic plasticity of indigenous tropical tree species ...
Photosynthetic characteristics of tree species from the tropical C-3 monocotyledon genus Pandanus we...
Seedlings of six subtropical rainforest tree species representing early (Omalanthus populifolius, So...
To investigate the ability of pioneer and late-successional species to adapt to a strong light envir...
We examined the dependence of photosynthetic capacity on leaf nitrogen content and light environment...