This study set out to explore the relationships between overstorey canopy and regeneration with a view to recommending silvicultural prescriptions for transforming even-aged Sitka spruce stands to uneven-aged (irregular) stands and managing such stands. An experiment was established in Kingdrogan Forest, Perthshire in which six small (20 m diameter) circular gaps were created in a stand of 32 year olds Sitka spruce. Eight plots were established along a north south transect through the gap and which extended under the canopy on either side of the gap. Four plots were in the gap, two under the canopy north of the gap and two under the canopy south of the gap. Each plot contained three sub-plots which contained the following treatments: pl...
The development of seedlings was monitored depending on their position on the slope, from p.u. 48B f...
In northern boreal region the growth of forests is slow, and yield and profit are low, which is why ...
Given a seed source, the quality of available substrates is a key factor in determining the success ...
In this study, naturally regenerated succesfull oriental spruce (Picea orientalis (L.) Link) and fir...
Natural regeneration is crucial for silvicultural approaches based on the continuous presence of a f...
The conditions for natural regeneration of white spruce (Picea glauca) and balsam fir (Abies balsame...
Conversion of plantations of exotic coniferous species, such as Norway spruce (Picea abies), Douglas...
Survival and growth of planted white spruce (Picea glauca (Moench) Voss) were assessed at year 15, i...
While numerous studies have considered the effects of initial planting spacing on wood properties, l...
The Kaszuby Lake District is located beyond the natural range of Norway spruce, however its share in...
Natural regeneration of altimontane spruce forests at Jelendol is retarded dueto many factors. In au...
International audienceKey messageNatural regeneration of beech, maple and fir was investigated in re...
Planted forests of Sitka spruce, a non-native species from north-west America, are the major forest ...
Aim of the study: An experiment was established in 1966 to compare the growth and development of 50:...
The paper investigates the biometric characteristics natural Norway spruce ( Picea abies (L.) Karst....
The development of seedlings was monitored depending on their position on the slope, from p.u. 48B f...
In northern boreal region the growth of forests is slow, and yield and profit are low, which is why ...
Given a seed source, the quality of available substrates is a key factor in determining the success ...
In this study, naturally regenerated succesfull oriental spruce (Picea orientalis (L.) Link) and fir...
Natural regeneration is crucial for silvicultural approaches based on the continuous presence of a f...
The conditions for natural regeneration of white spruce (Picea glauca) and balsam fir (Abies balsame...
Conversion of plantations of exotic coniferous species, such as Norway spruce (Picea abies), Douglas...
Survival and growth of planted white spruce (Picea glauca (Moench) Voss) were assessed at year 15, i...
While numerous studies have considered the effects of initial planting spacing on wood properties, l...
The Kaszuby Lake District is located beyond the natural range of Norway spruce, however its share in...
Natural regeneration of altimontane spruce forests at Jelendol is retarded dueto many factors. In au...
International audienceKey messageNatural regeneration of beech, maple and fir was investigated in re...
Planted forests of Sitka spruce, a non-native species from north-west America, are the major forest ...
Aim of the study: An experiment was established in 1966 to compare the growth and development of 50:...
The paper investigates the biometric characteristics natural Norway spruce ( Picea abies (L.) Karst....
The development of seedlings was monitored depending on their position on the slope, from p.u. 48B f...
In northern boreal region the growth of forests is slow, and yield and profit are low, which is why ...
Given a seed source, the quality of available substrates is a key factor in determining the success ...