Publication Date
1990
Document Type
Report
DPIRD Collections
Biosecurity, pests, weeds and diseases
Abstract
Trial 86E31
Rhizoctonia strains and paddock history.
Location: Esperance Downs Research Station ( Paddock C5)
To determine the effects of pasture, cultivation and cropping on Rhizoctonia root rot, Rhizoctonia patch and distribution of patch and non-patch strains of R. spp
Trial 88E39
Rhizoctonia patch mini-plot establishment area.
Location: Esperance Downs Research Station ( Paddock N1B)
To examine the effects of cultivation and minimum tillage in patches in lupins and to provide sites for mini-plot experiment.
Trial 88KO15
Rhizoctonia bare patch establishment area.
Location: Kojaneerup annex.
To establish an area (with a known history) for future research.
Trial 89E12
Rhizoctonia bare patch and the influence of pasture growth.
Location: Esperance Downs Research Station ( Paddock W11)
To test the hypothesis that build up in grassy pasture leads to increased rhizoctonia bare patch.
Trial 90E54, 90E55
Rhizoctonia bare patch and seed size, depth of sowing reaction.
Location: Esperance Downs Research Station ( Paddock W7 and W11)
This experiment aims to test the hypothesis that small seed planted deep will be weaker and more prone to attack by ,R. solani than large seed planted shallow.
Trial 90SG61
Rhizoctonia bare patch and seed size interaction.
Location: R. Graham lease block (Paddock T1)
This experiment aims to test the hypothesis that plants grown from small seed will be weaker and more prone to attack by R. solani than plants from large seed.
Trial 90E56, 90MT64, 90N71
Sterile red fungus (SRF) and control of take-all disease in wheat.
Location: Esperance Downs Research Station, Mount Barker Research Station, Newdegate Research Station
To test potential of SRF as a biocontrol agent for take-all.
Number of Pages
23
Keywords
Western Australia
Disciplines
Agronomy and Crop Sciences | Inorganic Chemistry | Organic Chemistry | Soil Science
Recommended Citation
Macnish, G C.
(1990), Rhizoctonia Bare Patch of Cereals and Lupins. Sterile red fungus (SRF) and control of take-all disease in wheat.. Department of Primary Industries and Regional Development, Western Australia, Perth. Report.
https://library.dpird.wa.gov.au/rqmsplant/716
Included in
Agronomy and Crop Sciences Commons, Inorganic Chemistry Commons, Organic Chemistry Commons, Soil Science Commons
