Weed Science Commons^™

Brome Grass Population Dynamics In Relation To Control Systems, A H. Cheam, S I. Lee

Experimental Summaries - Plant Research

To identify the level of control of brome grass under various rotation systems, 86C1.

Interaction Of Rhizoctonia Root Rot On Wheat With Post Emergence Herbicides, W Macleod

Experimental Summaries - Plant Research

Interaction of Rhizoctonia root rot on wheat with post emergence herbicides, 88E30. Location, aim, treatment, method, results, table1. Take-all inoculum levels in a ryegrass sward after treatment with hoegrass. 88MD30. Location, aim, treatment, method, results, Interaction of Pleiochaeta root rot on lupins with Simazine®, 88ME64, 88WH335, 88ME64. Location, aim, treatment, method, results, tables 1 to 8.

Postharvest Fungicide Treatments For Control Of Penicilium Storage Rot Of Pears, P Mcr Wood

Experimental Summaries - Plant Research

88SW1, Karragullen.

Table one.

Comments.

Winter Dormant Treatment For Control Of Apple Mildew, P Mcr Wood

Experimental Summaries - Plant Research

88MA51, 88MA50, 88BY32.

Table two.

Comments

National Subterranean Clover Improvement Programme, P. Nichols

Experimental Summaries - Plant Research

Trial 88PE27 - University Field Station, Shenton Park
Trial 88WH43 - Wongan Hills Research Station.

The project aims to develop, by breeding and selection, better adapted and more productive low-oestrogen cultivars of subterranean clover for a range of environments in southern Australia. The programme is a collaborative one with the University of Western Australia and consists of two phases (i) early generation selection, which involves selecting varieties satisfying primary selection criteria; and (ii) field evaluation of advanced lines, which is conducted by the Departments of Agriculture in each State and co-ordinated by the Plant Breeder. The first phase is conducted …

Experimental Summary 1988, R Ac Jones, J M. Wroth, A R. Baker, A D. Lucas, S J. Mckirdy, A D. Lucas, C R. Wilson, W Pathipanawat, R D. Harris, K Clarke, D Van Den Bosch

Experimental Summaries - Plant Research

1. Disease complexes in wheat field screening trials.

2. Glasshouse screening for wheat leaf disease resistance.

3. Effect of phosphate, stand density and Rovral on Pleiochaeta setosa in lupins.

4. Genotype and rvral for Pleichaeta setosa in lupins.

5. Control of Septoria in early sown wheat.

6. Controlling Pyrenophora graminea leaf stripe in barley.

7. Effect of environment on leaf stripe in barley.

8. Unusual seed quality problems.

Crop Establishment Methods For Lupin Disease Management 13 To 23, M Sweetingham

Experimental Summaries - Plant Research

88NO73, 88ME59, Phosphorus x disease on lupins.

Aim, location, soil type, rotation, establishment, results.

88ME60, Seed treatments for brown spot and Pleiochaeta root rot of lupins.

88SC33, Rovral and Sumisclex, seed treatment for lupins.

Rhizoctonia root and hypocotyl rots.

88NO74, fungicides and sowing depth for Rhizoctonia root rot.

88GE53, Rizolex for Rhizoctonia control in lupins.

88GE31, Cultivation and sowing depth for Rhizoctonia patch and hypocotyl rot of lupins.

88E38, Cultivation and sowing depth effects on Rhizoctonia bare patch in lupins.

88NO92, Semi selective fungicide drenches for root/hypocotyl rot of lupins.

Brome Grass Population Dynamics, A H. Cham

Experimental Summaries - Plant Research

To identify the level of brome grass under various crop rotation systems. To design the best control system. To understand some of the effects of changing rotation systems. 86C1

Pea Variety Tolerances To Herbicides, David Bowran

Experimental Summaries - Plant Research

88ME118.

This site was variably infested with a population of wild oats and self-sown cereals.

Crop Establishment Methods For Lupin Disease Management, M Sweetingham, A Pelham, M Judges

Experimental Summaries - Plant Research

Pleiochaeta root rot, 88WH33, 88M38, 88WH34, 88M39, 87WH45, 87M52.

Brown spot and Pleiochaeta root rot, 88M40, 88C4, 88ME59, 88NO73, 88ME60, 88SC33.

Rhizoctonia root and hypocotyl rots, 88NO74, 88GE53, 88GE31, 88E38.

Fungicide drench trials, 88NO92.

Summary Of Rhibozium Field Experiments In 1988, J G. Howieson

Experimental Summaries - Plant Research

87M11, 87H12, 88KA77, 88ME97, 88GE32, 88ME98, 88GE33A, 88GE33B, 88KA86, 88ME86.

Title, aim, background, treatments, tables, results, discussion, conclusions.

Tolerance Of New Cereal Varieties To Current Herbicides., D Bowran

Experimental Summaries - Plant Research

Trial 88EB26

While this site had a low population of weeds no yield increases were apparent. Few variety differeces were apparent at this site, though Hoegrass + Glean reduced yield of Crabook significantly.

Trial 88EC27

Few crop effects were experienced at this site. The major effect was due to variable fertility in replicates 3 and 4 and this resulted in the somewhat uyp and down nature for the Glean, Logran and hoegrass results.

Trial 88SC32

This site had a major problem with soil acidity and only triticale and oats grew satisfactorily. Barley was strongly influenced by the acidity and many …

Tolerance Of Recommended Cereal Varieties Of New Herbcides, David Bowran

Experimental Summaries - Plant Research

88EC28, 88SC31, 88N73.

Lupin Variety Tolerance To Herbicides, D Bowran, R Watson

Experimental Summaries - Plant Research

Trial 88EC31

This site received a basal treatment of 1.5 L of simazine/ha prior to seeding. Due to a heavy stubble load lupin seed was dropped onto the surface and lightly incorporated.

High rates of Simazine were better tolerated by Gungurru 75A/260 and CE2/435. The highest rate of Brodal reduced yields in all varieties except Gungurru.

Trial 88EB27

This site was severely infested with aphids and bean mosaic virus such that the varieties Illyarrie and Danja had up to 60% plant death by anthesis. Other varieties were affected but to a lesser extent.

Dryland Pasture Legume Programme, C. K. Revell, G. Croker, J. Simmons, L. Heinrich

Experimental Summaries - Plant Research

1. Medic variety evaluation

a. Row Evaluation - 88ME122 - Merredin.
This method of assessment was used to test a range of new medic material originating from the South Australian Department of Agriculture.

b. Evaluation of burr medics on Morrel soils. - 88ME84 - Nokaning.

c. Evaluation of burr medics on Whitegum soils. 88ME85 - North Kellerberrin.

d. Evaluation of Santiago in low rainfall areas - 88ME86 - Mukinbudin.

e. Selection of early maturing M. murex. 88SC30 - Merredin.

f. Medic species evaluation - large plots. 88NO88 - Tammin.

g. Medic species evaluation - large plots. 85M43 - Merredin Research …

Demographic Responses To The Chemical Control Of Doublegee, Dpird

Experimental Summaries - Plant Research

Trial No. 88WH58

Doublegee demography in cereal crops.

Objective: To measure reproductive output in relation to times of emergence and herbicide application.

Trial No. 88WH10

Growth of doublegee under summer irrigation.

Objectives: A major impediment to achieving biological control of any annual weed in the wheat belt is that the bicontrol agent must have a means of aestivation. Since the only insect to have been introduced to Australia for a the control of doublegee does not aestivate, it was thought that populations could be able to oversummer in irrigated doublegee standards. The aim of this study was to assess the …

Lucerne Herbicides (Tolerance), R Hurst

Experimental Summaries - Plant Research

To determine the phytotoxicity of various herbicides on established Lucerne pasture and their efficacy on the various weed species present.

Experimental Summary 1988., R Loughman, G Thomas, G Cusack, R Hulakjo, R E. Wilson, T N. Khan

Experimental Summaries - Plant Research

1. Disease complexes in wheat field screening trials.
2. Glasshouse screening for wheat leaf disease resistance
3. Effect of phosphate, stand density and Rovral on Pleiochaeta setosa in lupins.
4. Genotype and Rovral for Pleiochaeta setosa in lupins.
5. Control of Septoria in early sown wheat.
6. Controlling Pyrenophora graminea leaf stripe in barley.
7. Effect of environment on leaf stripe in barley
8. Unusual seed quality problems.

Herbicide Residues, T Piper

Experimental Summaries - Plant Research

Trial Nos. 88SG28, 88SG29.

Pea growth following sulphonyl urea herbicide use,

Trial Nos. 88SG30, 88SG31, 88LG68, 88LG69, 88LG70

Medic regeneration following the use of the herbicide Glean.

Trial No. 88PE74

Herbicide resistant weeds, Cranes ryegrass response to Hoegrass.

Trial No. 88MO51

Timing of applications of Sertin to Hoegrass resistant ryegrass Timing of applications of Sertin to Hoegrass resistant ryegrass.

Control Of Peas And Lupins In Wheat, J. R. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 87A29

Lupins were easier to kill than peas.

Glean applied pre-sowing gave very poor control of both peas and lupins.

The treatment using higher rates of 2,4-D amine in diuron mix also caused lower yields.

The Tordon 242 treatment appeared to cause some yield depression.

Rapeseed Herbicide Screening Trial., J. H. Moore, G. R. Dean

Experimental Summaries - Plant Research

Mount Barker Research Station

To determine the efficacy and phytotoxicity of various herbicides for weed control in oilseed rape.

Disease And Insect Resistance; Murex Medic Evaluation; Legume Species Phasic Development, D J. Gillespie

Experimental Summaries - Plant Research

A summary of the performance of the control varieties (four replications) is shown in Table 3. A summary of the root rot ratings for some varieties showing a range of root rot susceptibility to all four pathogens is given in Table 4. Plant weights were recorded for all varieties tested against the three pathogens in the Western Australian experiments. Results for 12 of the 60 varieties are shown in Table 5. Murex medic evaluation. 86MT56 (Mount Barker), Gravelly loam pH 5.2 (water). 86NA46 (Darken) Loamy sand pH 5.4 86M037 (Regans Ford) Fine red sand pH 5.8 All sites were established …

Reproductive Biology Of Gorteria Personata, J. Dodd

Experimental Summaries - Plant Research

Trial 86MO3 and 86NO8

Loss of dormancy

Location: Moora and Meckering.

Gorteria shows germination characteristics typical of winter annuals, which lose primary dormancy during summer, germinate in autumn when sufficient moisture is available and exhibit cold-induced dormancy in winter.

Effect Of Different Chemical Treatments On Capeweed Control And Crop Yield., J. R. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 87WH60

Control of capweed was obtained using post-emergence in-crop herbicides. Good control was on most of the treatments applied before seeding.

Most products showed good ryegrass control are not usually effective, assume some other factor operating. Treatment usually associated with good ryegrass control have higher ryegrass densities than the treatments using herbicides with only broadleaved variety.

Although large reductions in density of silvergrass were obtained none was significantly better than the unsprayed. Some treatments particularly those favouring grass dominance allowed silvergrass density to build up.

Bromegrass appears to be very sensitive to competition from capeweed. Where there was high …

The Ecology Of Skeleton Weed In Western Australia. Survival And Reproduction Of Wild Radish Populations, F. D. Panetta

Experimental Summaries - Plant Research

1.1 Skeleton weed demographic studies (84BA17)

To determine potential growth rates of skeleton weed populations on contrasting soil types.

2.1 Wild radish demography in lupin crops (87GE86) - the results are missing in the report please see in supplementary content

Control Of Peas And Lupins In Oats, J. R. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 87A30

All lupin treatments satisfactory.

Treaments 4, 8 and 9, ie Dicamba 500 ml and both treatments with diuron + 2,4-D amine would not control peas sufficiently to prevent rejection of line of oats. Peas are more difficult to control.

Control Of Saffron Thistle In Pasture Using Goats., J. R. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 85TS27 / 87TS27

Saffron thistle seedling densities remained relatively constant during the first two years of the trial, irrespective of the grazing treatments' effectiveness. However on the grazing treatments where goats were preventing seed formation, once the bulk of dormant seeds had been depleted, seedling density started to decline.

Saffrom Thistle, Seed Set Control, J. R. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 87ME119 - Saffron thistle, seed set control.

Trial 87TS38 - Saffron thistle control (seed set)

Trial 87JE42 - Seed set control in Saffron thistle.

All treatments had some measure of reducing seed production. Best control was obtained by applying chemicals just at or prior to flowering.

Control Of Wild Statice (Limonium Sinuatum) In Pasture., B. Kimber, R. Ramm

Experimental Summaries - Plant Research

Trial 87LG64

Wild Statice is a prolific seeder. Glean + diuron treatments, which were not included in trial gave good control, as did the farmer's treatment using Tribunil followed by heavy grazing. Later applications may be more effective because they may prevent seed formation for that year and also prevent the plant from recovering from spraying, as apparently with the early spraying.

Most chemical treatments would cause damage to broadleaved pasture.

Topsoil Displacement Methods For Crop Establishment. (Wheat And Barley), J. H. Moore, G. R. Dean

Experimental Summaries - Plant Research

Trial No. 87AL28.

1. To create a reduced disease situation around the crop seed by placing surface soil from the seed row into the inter row zone.

2. to provide a more wettable, less weedy, less acidic environment for cereal seed by placing surface soil from the seed row into the inter row zone.

3. To improve seedling establishment and growth by packing the seeding rows only.