This study examines natural regeneration of tropical peat swamp forest after fire. The study area is located in Merang Peat Swamp Forest (PSF) in Musi Banyuasin District. Merang PSF is situated over a large peat dome that stores huge amount of carbon. 23 sample plots were established in the area burned in 2015. The regeneration of understorey, seedlings, and saplings was recorded in each plot. Meanwhile, peat depth and its maturity were identified to determine the soil characteristic of study area. After 3 years of fire, the area already covers densely by understorey mainly pakis udang (Stenochlaena palustris), pakis tanah (Nephrolepis exaltata), and resam (Gleichenia linearis) with depth of root zone reach about 40 cm in some plots. The na...
Within the last few decades Southeast Asian tropical peat-swamp forests have been increasingly bette...
Little is known about post-fire tropical montane forest succession in Indonesia. This study assesse...
Malaysian Peat swamp forests constitute a significant component with an estimated 1.54 million hecta...
Biomass burning is the burning of the world’s living and dead vegetation, including grasslands, fore...
Indonesia's lowland tropical rain forests are rich in endemic species. One of the problem is lowland...
Biomass burning is the burning of the world’s living and dead vegetation, including grasslands, fore...
Fire is one of the most effective tools in disappearing vegetation community, where it was depend on...
The 2015’s massive forest fires have left large areas of burned peatlands that need to be restored...
Although the ecology of tropical peat swamp forests is only now becoming understood, they are alread...
In the restoration of drained and degraded tropical peat swamp forest (PSF) it is not well understoo...
Studies of restoration ecology are well established for northern peatlands, but at an early stage fo...
Like other ecosystems, burnt peatlands will run into natural regeneration, characterized by pioneer ...
The massive forest fire disasters have left an enormous area of degraded peatland. This study aims...
It is known that over exploitation and repeated fire caused peat swamp forest degradation. Great eff...
This thesis seeks to understand and explain the role of fire in land cover change, vegetation and ca...
Within the last few decades Southeast Asian tropical peat-swamp forests have been increasingly bette...
Little is known about post-fire tropical montane forest succession in Indonesia. This study assesse...
Malaysian Peat swamp forests constitute a significant component with an estimated 1.54 million hecta...
Biomass burning is the burning of the world’s living and dead vegetation, including grasslands, fore...
Indonesia's lowland tropical rain forests are rich in endemic species. One of the problem is lowland...
Biomass burning is the burning of the world’s living and dead vegetation, including grasslands, fore...
Fire is one of the most effective tools in disappearing vegetation community, where it was depend on...
The 2015’s massive forest fires have left large areas of burned peatlands that need to be restored...
Although the ecology of tropical peat swamp forests is only now becoming understood, they are alread...
In the restoration of drained and degraded tropical peat swamp forest (PSF) it is not well understoo...
Studies of restoration ecology are well established for northern peatlands, but at an early stage fo...
Like other ecosystems, burnt peatlands will run into natural regeneration, characterized by pioneer ...
The massive forest fire disasters have left an enormous area of degraded peatland. This study aims...
It is known that over exploitation and repeated fire caused peat swamp forest degradation. Great eff...
This thesis seeks to understand and explain the role of fire in land cover change, vegetation and ca...
Within the last few decades Southeast Asian tropical peat-swamp forests have been increasingly bette...
Little is known about post-fire tropical montane forest succession in Indonesia. This study assesse...
Malaysian Peat swamp forests constitute a significant component with an estimated 1.54 million hecta...