Claim · model-written summary
A. drummondii significantly reduced soil P. cinnamomi inoculum in the glasshouse.
- Taxon
- Banksia grandis
Banksia grandise1 - Treatment
- A. drummondiie0
- Interactor
- P. cinnamomi
Phytophthora cinnamomie0pathogen - Second interactor
- A. drummondii
Acacia drummondiie0biocontrol_agent - Outcome
- soil inoculum of P. cinnamomie0
- Direction
- reducee0
- Setting
- glasshouse triale0
Not reportedMaterialGeneCompoundOrgan / stageComparatorValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“However, in the glasshouse trial, A. pulchella , A. extensa , A. lateriticola and A. drummondii did significantly reduce the soil inoculum of P. cinnamomi , indicating a possible biological control effect on the pathogen.”
e1“Five Acacia species native to Western Australia were assessed for their potential to protect the highly susceptible species Banksia grandis Wield from infection by the plant pathogen Phytophthora cinnamomi Rands.”
Title
Nola K. D'Souza; Ian J. Colquhoun; Bryan L. Shearer; et al. Australian Journal of Botany 2004. doi:10.1071/bt03089
Other claims from this paper (8)
- Intervention effect A. pulchella significantly protected B. grandis from P. cinnamomi infection in the bauxite pit for up to one year.
- Mechanism Reduced soil temperature or moisture did not explain the observed protection.
- Observation Protection did not recur in the glasshouse where conditions favoured P. cinnamomi.
- Intervention effect Acacia spp. delayed infection of B. grandis.
- Intervention effect None of five Acacia species definitively protected B. grandis from P. cinnamomi.
- Intervention effect A. pulchella significantly reduced soil P. cinnamomi inoculum in the glasshouse.
- Intervention effect A. extensa significantly reduced soil P. cinnamomi inoculum in the glasshouse.
- Intervention effect A. lateriticola significantly reduced soil P. cinnamomi inoculum in the glasshouse.