Organisms Commons^™

Fungicidal Control Of Wheat Leaf Diseases, A G P Brown

Experimental Summaries - Plant Research

In a further experiment on fungicides to protect wheat during flowering and grain fill from Septoria nodorurn at Badgingarra Research Station, rates below 1 litre and lower carrier volumes were compared for the fungicide Tilt applied at Zadoks stage 50. A few other fungicides were also included. At spraying there was a moderate infection by Septoria nodorurn (85% of leaf damage), Septoria tritici (10%) and Pyrenophora tritici-repentis (5%). Good control was obtained with most treatments (Table 1) with only Benlate at 1 kg/ha appearing ineffective when percentage disease was rated on October 10, 1985. At October 17 disease scores differed …

Subterranean Clover Root Rot. Seed Treatments For Root Rot Control, M J. Barbetti

Experimental Summaries - Plant Research

Subterranean clover root rot. Seed treatments for root rot control. Aim: To test the effectiveness of various seed treatments for control of root rot causing fungi so as to allow successful stand re-establishment – 85AL34, 85BU25, 85BU26, 85W8. Effects of various seed treatments on percent plant survival, tap and lateral root disease indices and on dry weight per plant for the Albany site - 85AL34. Effects of various seed treatments on percent plant survival, tap and lateral root disease indices and on dry weight per plant for the Wokalup site - 85W8. Fungicide drenches for root rot control. Aim: To …

Disease Rating System., M Sweetingham

Experimental Summaries - Plant Research

Lupin hypocotyl rot trials, 85BA29, 85BA30, 85BA31, 85N054. Lupin root rot trials, 85WH31, 85WH32, 85WH52. Lupin root disease survey - Moora District. Common Root Rot studies, 82M26.

Phomopsis Pod And Seed Infection Of Stem-Resistant Lupin Lines., P Mcr. Wood

Experimental Summaries - Plant Research

85BA36 - Competitive potential of Type B Phomopsis inoculum. 85BA38 - Phomopsis pod and seed infection of stem-resistant lupin lines 85WH50 - Survival of Phomopsis

Foliar Diseases Of Wheat., R. Loughman

Experimental Summaries - Plant Research

Glasshouse screening for resistance to septoria nodorum and pyrenophora tritici repentis. Assessment of Interstate Variety Trial 'B' 1985. Glasshouse assessment of a novel selection technique. Duration of leaf wetness incubation as it affects glasshouse screening. Effect of leaf disease in multiple wheat cropping. M1, M2, E1, E2, E3. An inoculum for inducing s. Nodorum epidemics in the field.

Low Tillering Cereals, Early Maturity Of Cereals, Cereal Variety And Reduced Branching Lupins., R. Delane, J. Hamblin

Experimental Summaries - Plant Research

Trial 85C62 - growth and water use of low tillering cereals. Trial 85C62 - yield potential of low tillering cereals. Trial WEUNI - response of low tillering breeding lines and standard varieties to sowing rate. Trial 85C45 - effect of flowering date, seeding rate, deep tillage and applied nitrogen on yield of barley. Trial 85C61 - wheat variety x management interaction on sandplain. Trial 85C55 - growth and water use of reduced branching lupins. Trial 85C56 - normal and reduced branching lupins - planting density response.

Root Diseases Of Cereals., G. C. Macnish

Experimental Summaries - Plant Research

Long term medic/wheat rotation and root diseases, 77ES8. Root disease build-up and rates of phosphorus on wheat, 78ES30. Root diseases following cleaning crops, 79E12. Take-all and ICI fungicide PP450, 85MT46. Rhizoctonia root rot and ryegrass control, 85E19. Rhizoctonia patch in lupins, 82E17. Effect of nitrogen sources on take-all, 82N34, 77E4, 77MT19.

Studies On The Effects Of Nutrition And Tillage Systems On Cereal Root Diseases., R. F. Brennan

Experimental Summaries - Plant Research

Micronutrients (Cu, Zn) and take-all, 83ES39, 83ES40. Nitrogen and Phosphorus rates and take-all, 83ES41, 83ES42, 83ES43. Split applications of Nitrogen and take-all, 84N1. Take-all and Manganese/Ammonium interaction, 84E1. Split applications of Nitrogen and take-all, 84E2. Cu residual on wheat and take-all, 67E9, 67E8. Take-all and Manganese/Ammonium interaction, 84LG2. Cultivation depths and timing effects on Rhizoctonia, 84E24. Chemical fallow and cultivation effects on Rhizoctonia, 85E33. Effects of cultivation depths and machines on Rhizoctonia and yield, 85E29.

Effect Of Soil Type On Relative Crop Yields, Effect Of Seeding Time On Pea And Lupin Yields, Effect Of Seeding Rate On Field Pea Yields, Studies In Legume Nodulation And Response Of Cereals In The Year Following Legumes., R. French

Experimental Summaries - Plant Research

Trials 85M36, 85M37, 85M38, 85M39. Trials 8SJE17, 85KA62, 85N20, 85ME42, 85ME43, 85ME44, 85WH48. Trials 85KA63, 85M33. Trials 85M32, 85M34, 85M35. Trials 84M50, 84M51, 84M52.

Root And Foliar Diseases Of Wheat On Sandplain In The Geraldton Region., J. Wilson

Experimental Summaries - Plant Research

A project funded by Wheat Industry Research Council and Wheat Industry Research Committee of W.A. Interactions between stubble, rotation, ripping and nitrogen, ECRS, 85C53. The effect of type of cultivation implement, and time of cultivation, ECRS, 85C54. The effect of fumigation, ECRS, 85C91. Residual ripping responses from 1984, 84C15.

Barley Agronomy., K. J. Young, B. R. Wylde, B. Raszyk, T. N. Khan

Experimental Summaries - Plant Research

Barley foliar diseases, effect on nitrogen response, 85ES25, 85E24, 85E25, 85MT37, 85ES29, 85MT38, 85E26, 85ES32, 85ES31, 85ES30, 85ES26, 85ES24, 85ES27, 85ES28, 85ES34, 85M27, 85SG27, 85MT42, 85C70,

Barley Foliage Diseases, Field Pea Diseases., T. N. Khan, K. Brain, M. Judges, K. J. Young, I. Pritchard, T. Sweeny, J. Hamblyn

Experimental Summaries - Plant Research

85BA22, 85MT31, 85N053, 85BA24, 85MT32, 85MT32, 85N052, 85N053, 85BA21, 85MT30, 85BA21, 85BA22, 85MT31, 85MT43, 85KA59, 85KA60, 85M29, 85MT44, 85E22, 85ES22, 85ES23, 85N051, 85BA25, 85WH27, 85C65, 85C69, 85C66, 85C67, 8SKA48, 8SMT34, 85KA47, 85MT33, 85M26, 85ME26, 85KA49, 85KA51.

A.General Notes and Highlights

BARLEY FOLIAGE DISEASES

B. Scald: Screening fungicides

c. Scald: Fungicidal control in Northam district

D. Scald: Effect of seeding rate

E. Scald & Mildew Effect of fungicides and rates

F. Scald & Mildew Seed borne infection and seed dressing

G. Scald & Mildew Effect of seed dressing and spraying

H. Scald & Mildew Effect of Erex and Baytan

I. Mildew: …