This account summarises studies based on tree data from plots established during the 1930s and 1940s in Budongo, a Ugandan rain forest. The original interpretations of forest change provoked controversies that continue to the present day. Analyses have yielded three categories of results: the first is descriptive; the second is a more focused evaluation of the relationship between forest change and species persistence; and the third is methodological. This summary focuses on the first two by examining stem, species and stand level patterns of change and introduces some previously unpublished results relating to trends in species traits and characters. Evidence confirms the successional nature of the original series of plots. However, the ti...
Forest change and disturbance of the past strongly influence the state of today’s forests and their ...
It is still unclear whether the exponential rise of atmospheric CO2 concentration has produced a fer...
<div><p>It is still unclear whether the exponential rise of atmospheric CO<sub>2</sub> concentration...
Species composition and turnover in a series of' permanent sample plots established during the 1930s...
The relationship between succession and tropical forest diversity has been much debated. A fundament...
W.J. Eggeling established several 1.86 ha permanent sample plots (PSPs) in Budongo Forest, Uganda, d...
a b s t r a c t In tropical forest systems tree community change after initial succession (approxima...
BackgroundTropical forests are repositories of much of the world’s biodiversity and are critical for...
In 1947, W. J. Eggeling published an account of forest succession at Budongo, Uganda. This interpret...
In tropical forest systems tree community change after initial succession (approximately 50–100 year...
Changes in the composition and structure of mid-altitude, semi- deciduous tropical forest in Mpanga ...
It is not simple to predict how environmental changes may impact tropical forest species diversity. ...
A study was carried out to detect whether logging and arboricide treatments had influences on floris...
It is not simple to predict how environmental changes may impact tropical forest species diversity. ...
Aim: Tropical rain forests are often regarded as pristine and undisturbed by humans. In Central Afri...
Forest change and disturbance of the past strongly influence the state of today’s forests and their ...
It is still unclear whether the exponential rise of atmospheric CO2 concentration has produced a fer...
<div><p>It is still unclear whether the exponential rise of atmospheric CO<sub>2</sub> concentration...
Species composition and turnover in a series of' permanent sample plots established during the 1930s...
The relationship between succession and tropical forest diversity has been much debated. A fundament...
W.J. Eggeling established several 1.86 ha permanent sample plots (PSPs) in Budongo Forest, Uganda, d...
a b s t r a c t In tropical forest systems tree community change after initial succession (approxima...
BackgroundTropical forests are repositories of much of the world’s biodiversity and are critical for...
In 1947, W. J. Eggeling published an account of forest succession at Budongo, Uganda. This interpret...
In tropical forest systems tree community change after initial succession (approximately 50–100 year...
Changes in the composition and structure of mid-altitude, semi- deciduous tropical forest in Mpanga ...
It is not simple to predict how environmental changes may impact tropical forest species diversity. ...
A study was carried out to detect whether logging and arboricide treatments had influences on floris...
It is not simple to predict how environmental changes may impact tropical forest species diversity. ...
Aim: Tropical rain forests are often regarded as pristine and undisturbed by humans. In Central Afri...
Forest change and disturbance of the past strongly influence the state of today’s forests and their ...
It is still unclear whether the exponential rise of atmospheric CO2 concentration has produced a fer...
<div><p>It is still unclear whether the exponential rise of atmospheric CO<sub>2</sub> concentration...