Add to ORKGImpact bending and breaking radius were used to measure loss in toughness caused by basidiomycetes isolated from wood. Small test pieces were used to accelerate testing. Wide differences were found among, and sometimes within, the 26 species tested. Brown-rot fungi tended to cause greater losses than white-rot fungi, but no consistent difference was found between monokaryons and dikaryons of the same species. Kevwords: Wood decay, wood strength, impact bending, breaking radius
The modulus of elasticity (MOE) of wood is a sensitive indicator of rot-fungal attack. To develop an...
The paper describes the results of investigation on the range of trophic abilities and preferences o...
Graduation date: 1976Wood degrading ability and tolerance to wood-preserving chemicals\ud of several...
Impact bending and breaking radius were used to measure loss in toughness caused by basidiomycetes i...
Graduation date: 1988Douglas-fir utility poles are routinely air seasoned before\ud treatment with c...
A biological exposure method was developed that allows wood samples to be progressively removed for ...
• Fungal attack in wood involves severe mechanical losses, even in the early stages, due to depolyme...
Incipient decay of wood by brown-rot fungi causes measurable strength losses in wood before measurab...
Specimens of birch sapwood were decayed according to the soil jar method. Twelve different fungi com...
This research assessed the destructive behaviors of two white-rot fungi, Pleurotus ostreatus and Tra...
Assessing the impact of fungal decay in wood structures poses a major challenge for building inspect...
The effect of fungicidal components in wood has been known for ages, yet there is no method to asses...
Six soft rot fungi, commonly isolated from preservative-treated southern pine poles in service, were...
The contribution is dedicated to monitoring the effect of time of impact of wood-damaging fungi on m...
The Xylarium in the Royal Museum for Central Africa (RMCA, Tervuren, Belgium) contains over 60,000 w...
The modulus of elasticity (MOE) of wood is a sensitive indicator of rot-fungal attack. To develop an...
The paper describes the results of investigation on the range of trophic abilities and preferences o...
Graduation date: 1976Wood degrading ability and tolerance to wood-preserving chemicals\ud of several...
Impact bending and breaking radius were used to measure loss in toughness caused by basidiomycetes i...
Graduation date: 1988Douglas-fir utility poles are routinely air seasoned before\ud treatment with c...
A biological exposure method was developed that allows wood samples to be progressively removed for ...
• Fungal attack in wood involves severe mechanical losses, even in the early stages, due to depolyme...
Incipient decay of wood by brown-rot fungi causes measurable strength losses in wood before measurab...
Specimens of birch sapwood were decayed according to the soil jar method. Twelve different fungi com...
This research assessed the destructive behaviors of two white-rot fungi, Pleurotus ostreatus and Tra...
Assessing the impact of fungal decay in wood structures poses a major challenge for building inspect...
The effect of fungicidal components in wood has been known for ages, yet there is no method to asses...
Six soft rot fungi, commonly isolated from preservative-treated southern pine poles in service, were...
The contribution is dedicated to monitoring the effect of time of impact of wood-damaging fungi on m...
The Xylarium in the Royal Museum for Central Africa (RMCA, Tervuren, Belgium) contains over 60,000 w...
The modulus of elasticity (MOE) of wood is a sensitive indicator of rot-fungal attack. To develop an...
The paper describes the results of investigation on the range of trophic abilities and preferences o...
Graduation date: 1976Wood degrading ability and tolerance to wood-preserving chemicals\ud of several...