The potential to use plantation-grown Acacia mangium for solid-timber products is limited by heartrot, caused by decay fungi. A rapid method of surveying logs stacked in the plantation following harvest was developed which is an alternative to time-consuming whole tree destructive assessments. Logs were randomly chosen from the stacks using a transect method, the cut-ends of the logs were assessed (2199 logs in total) and heartrot severity was scored on a 1–4 scale. Surveys of harvest-age A. mangium were completed in five Indonesian locations to assess heartrot incidence and severity. The incidence of heartrot in the main stem was significantly different between some regions, ranging from 6.7% in East Kalimantan up to 46.7% in West Java. Th...
The use of Acacia spp. in plantation forestry increased dramatically in Indonesia since the 1980’s a...
Since late 1980s Acacia mangium has been the main plantation species in Sabah, Malaysia due to its i...
In Indonesia, Acacia mangium plantations exceed 1.6 Mha contributing approximately 3.5% of the count...
The potential to use plantation-grown Acacia mangium for solid-timber products is limited by heartro...
Infection of heartwood by decay fungi (heartrot) is a concern for growers of Acacia mangium for soli...
Only 4% of thinnings had heart rot which appeared to originate from thinning wounds. In the older tr...
Heart rot on Acacia mangium Willd. forest stand is critical especially for mechanical or constructio...
Ganoderma spp. is a serious concern in commercial plantations of Acacia mangium in Indonesia. This s...
Small volumes of timber are now being produced from Acacia mangium plantations in Indonesia. These t...
The objective of this study was to investigate the amount of extractives in Acacia mangium that was ...
Acacias are of considerable social and industrial importance for tropical reforestation and it is ex...
O objetivo deste trabalho foi relatar a ocorrência da podridão-do-lenho em plantios homogêneos de Ac...
Acacia mangium Willd., Eucalyptus spp., Tectona grandis L.f. (teak), Hevea brasiliensis (Willd. ex A...
mangium in Peninsular Malaysia. Fungal isolations were made from heart rot affected wood of freshly ...
Development of acacia plantations, mainly Acacia mangium, in Sabah and Sarawak has progressed well f...
The use of Acacia spp. in plantation forestry increased dramatically in Indonesia since the 1980’s a...
Since late 1980s Acacia mangium has been the main plantation species in Sabah, Malaysia due to its i...
In Indonesia, Acacia mangium plantations exceed 1.6 Mha contributing approximately 3.5% of the count...
The potential to use plantation-grown Acacia mangium for solid-timber products is limited by heartro...
Infection of heartwood by decay fungi (heartrot) is a concern for growers of Acacia mangium for soli...
Only 4% of thinnings had heart rot which appeared to originate from thinning wounds. In the older tr...
Heart rot on Acacia mangium Willd. forest stand is critical especially for mechanical or constructio...
Ganoderma spp. is a serious concern in commercial plantations of Acacia mangium in Indonesia. This s...
Small volumes of timber are now being produced from Acacia mangium plantations in Indonesia. These t...
The objective of this study was to investigate the amount of extractives in Acacia mangium that was ...
Acacias are of considerable social and industrial importance for tropical reforestation and it is ex...
O objetivo deste trabalho foi relatar a ocorrência da podridão-do-lenho em plantios homogêneos de Ac...
Acacia mangium Willd., Eucalyptus spp., Tectona grandis L.f. (teak), Hevea brasiliensis (Willd. ex A...
mangium in Peninsular Malaysia. Fungal isolations were made from heart rot affected wood of freshly ...
Development of acacia plantations, mainly Acacia mangium, in Sabah and Sarawak has progressed well f...
The use of Acacia spp. in plantation forestry increased dramatically in Indonesia since the 1980’s a...
Since late 1980s Acacia mangium has been the main plantation species in Sabah, Malaysia due to its i...
In Indonesia, Acacia mangium plantations exceed 1.6 Mha contributing approximately 3.5% of the count...