Agronomy and Crop Sciences Commons^™

Environmental Weed Risk Assessment Protocol For Growing Non-Indigenous Plants In The Western Australian Rangelands, Geoff A. Moore Mr, Christine Munday Ms, Papori Barua Dr

Bulletins 4000 -

This bulletin is a post-border environmental weed risk assessment (WRA) protocol which is based on the Environmental WRA Protocol developed for the Future Farm Industries Co-operative Research Centre (FFI CRC), but with some changes to reflect the different environment and objectives.

The WRA protocol was developed specifically as a post-border assessment of non-indigenous species that may have agricultural value in the WA rangelands and the risk that they may become environmental weeds. Weeds can occur in many land-use systems including agriculture, horticulture and forestry; however, the focus of this protocol is on the risk that non-indigenous agricultural plants may become …

The Value Of Break Crops In Weed Management, Wayne Parker, Ian Pritchard, Abul Hashem

Bulletins 4000 -

This publication discusses the effect on weed management of the inclusion of break crops (lupin, field pea, chickpea, faba bean, lentil and canola) in the cropping rotation compared to a rotation of continuous cereals.

Including break crops in the cropping rotation allows weed management options unavailable or not suited in wheat. For example, growing field peas allows crop-topping/ desiccation for weed seed set control, crop topping cannot be used in wheat without severe yield loss. Problem weeds can be targeted through break crops, for example, grass weeds are generally more easily controlled in break crops than in cereals. Most weed …

Crop Updates - 2009 Katanning, Murray Scholz, Peter Newman, Glenn Adam, Trevor Bell, Michael Whitehead, W. K. Anderson, C. Gazey, J. Andrew, R. Pearce, Bill Bowden, Wayne Pluske, Jeremy Lemon, D. C. Edmeades, J. J. Russell, B. H. Paynter, David Ferris, Abul Hashem, Catherine Borger, Stephen B. Powels, Qin Yu, Mechelle Owen, Roberto Busi, Sudheesh Manalil, Sally Peltzer, David Minkey, Raj Malik

Crop Updates

This session covers seventeen papers from different authors

1. GM canola – How will it affect the way I farm? Murray Scholz, 2008 Nuffield scholar, Southern NSW

2. Eight years of IWM smashes tyegrass seed banks by 98% over 31 focus paddocks, Peter Newman, Glenn Adam & Trevor Bell, Department of Agriculture and Food

3. The global economic climate and impacts on agriculture, profile on Michael Whitehead Rabobank New York

4. Lessons from five years of cropping systems research, W.K. Anderson, Department of Agriculture and Food

5. Case study of a 17year old agricultural lime trial, C. Gazey, Department of Agriculture …

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Profitable Canola Production In The Northern Grainbelt Of Western Australia 2001, Paul Carmody, Adrian Cox

Bulletins 4000 -

Canola is a member of the Brassicaceae family that also includes mustard, turnip, wild radish, cauliflower, cabbage and broccoli.

It is a winter growing oilseed that can be produced in most arable areas of Australia where winter crops are currently grown. Originally known as rapeseed using the varieties B. campestris, the varieties of B. napus have almost completely replaced this earlier variety in all the areas where the crop is grown.

The swing to B. napus varieties was due to their superior yields, resistance to blackleg and better quality oil and meal. Canola can be grown on a wide variety …

Avocado Culture In Western Australia, Alec Mccarthy

Bulletins 4000 -

The avocado is a large evergreen tree of sub-tropical origin. The fruit are high in protein, fats (mono and polyunsaturated), several minerals and vitamins. The Guinness Book of Records lists the avocado as the most nutritious fruit in the world. It is suitable for infants through to the elderly and does not contain any cholesterol.

Avocado trees are quite adaptable, being grown from Kununurra in the north down to Albany in the south. They are being grown commercially in the south-west from Perth down to Pemberton and in Carnarvon. Avocado trees are frost susceptible, particularly when young, so they are …

Legume Logic Number 115

Legume Logic

Contents

Lupin values

Price versus rotation

Lupins prices v's CBT soymeal futures

Lupin Anthracnose analysis

Brown leaf spot

Pulse points

2000/01 price outlook ($/per tonne)

Legume Logic Number 111

Legume Logic

Contents

Good seed quality essential in 2000

Pulse points

Seed and end-point royalties

CEO changeover

Ascochyta lessons to learn

Herbicide resistance - what's in store?

Legume Logic Number 109

Legume Logic

Contents

Herbicide resistant crops: What's the story?

Aphids - The spary debate

Swathing lupins

Ascochyta prevention

Budworm control

Pulse points 1998/99

Lupin pool payments

Legume Logic Number 106

Legume Logic

Contents

Guess who's coming to dinner?

Post-emergence weed control

Pulse growers urged to nip fungi in the bud

Management treatments to control fungi in various crops

Pulse points

Legume Logic Number 105

Legume Logic

Contents

Brown spot in lupins - still a major threat

Old proverb rings true

Seeding warning

Population explosion or implosion? you decide

Triazine herbicides - should you use the?

Pulse points

Where to from here?

Legume Logic Number 104

Legume Logic

Contents

Global factors influence 199 protein prices

Lupin teaser

Dry seeding lupins

Teaser answers

Anthracnose Update

Pulse points

Weed watch

Growers' response

Legume Logic Number 102

Legume Logic

Contents

Good luck - means less management

Summer weeds

Lime requirements for cropping rotations

1999 Grower Outlook meetings

Lupin flour

The Chickpea Book : A Technical Guide To Chickpea Production, Stephen Loss, Neil Brandon, K H M. Siddique

Bulletins 4000 -

The area of chickpea production in Australia has expanded rapidly in recent years especially in south-western Australia. This has been partly brought about by the keen interest of farmers and a concerted research effort and industry development by Agriculture Western Australia, The Centre for Legumes in Mediterranean Agriculture (CLIMA) and other institutions, in partnership with the Grains Research and Development Corporation and other industry funding bodies. Private consultants, grain traders and other industry groups have also contributed to the expansion of the industry.

Much of the local knowledge generated by these research and development projects has been published in various …

Legume Logic Number 95

Legume Logic

Contents

Seasonal situation

Safe cropping

Pulse points

Herbicide damage

AgraCorp Pulse Indicator Prices as 23 June

Controlling grass weeds in pulse crops

Post-emergent broadleafed weed control

Early Season Disease Control In Winter Cereals With Real ® Seed Dressing., R Loughman, J Hodgson

Experimental Summaries - Plant Research

Establish a rate response for Real on powdery mildew (Erysiphe graminis) and determine crop safety of the formulation.

Chemicals applied as seed dressings prior to sowing. Completely randomized block design with four replicates.

Weeds Can Poison Crops, Aik Hock Cheam

Journal of the Department of Agriculture, Western Australia, Series 4

Weeds can interfere with the growth of a crop simply by competing with the crop for nutrients, moisture and light. But some weeds also release chemicals that inhibit the germination and growth of crop plants; the technical term for this is allelopathy. Aik Cheam outlines the problems caused by two common weeds and the discusses preventative measures.

Skeleton Weed : The Current Situation, Peter Scott, Jon Dodd

Journal of the Department of Agriculture, Western Australia, Series 4

Skeleton weed is a major threat to western Australia's grain industry. This weed established itself throughout the entire eastern States wheatbelt in just over 50 years and is now found from south-east Queensland to South Australia. It was first founs in Western Australia at Ballidu in 1963, and since that time has been the subject of an ongoing and intensive eradication campaign. Peter Scott and Jon Dodd report on the present status of skeleton weed in Western Australia and outline the progress to date and future directions of the eradication campaign.

Crops In The Woolbelt : Current Options And Emerging Prospects, Wal Anderson, Ross Gilmour, Robyn Mclean, Peter Nelson, K H.M Siddique, Paul Carmody, Ian Prtichard

Journal of the Department of Agriculture, Western Australia, Series 4

It has traditionally been more profitable to grow sheep for wool in the medium rainfall parts of the south-west of Western Australia than to grow crops . Crop production has been difficult owing to the hilly terrain, the frequency of waterlogging, the high incidence of damaging frosts in some areas, the frequency of losses from diseases, difficulties with wet weather at harvest, and a lack of adapted crop varieties.

Advances over the past decade have made cropping on a limited scale potentially profitable in the woo/belt.

This article is intended to bring the various options for crop production to the …

Visions For Agriculture, Department Of Agriculture, Western Australia

Agriculture reports

This workshop grew out of a conversation between Maurice Barnes, a Trayning farmer and member of the Research Advisory Committee of the Dryland Research Institute, and Steve Porritt, the officer in charge of the Dryland Research Institute at Merredin. Maurice was interested in the idea of posing the question 'What would agriculture be like if we had known as much about this landscape in 1829 as we know now?', to a group of farmers and others interested in the central wheatbelt and its future. Maurice saw this question as a first step toward achieving some shared vision for the future …

Quantifying Loss Of Yield Potential Due To Leaf Disease., B A. Peters, R Loughman

Experimental Summaries - Plant Research

To determine the impact of Septoria and barley yellow dwarf virus on wheat grown under the package approach on the south coast using different levels of fungicide and insecticide control on a susceptible variety of an appropriate maturity for early sowing.

Examine if there is any benefit for disease control of S. tritici from Baytan seed dressing. 92AL16.

Time of sowing and variety effects on the Septoria diseases of wheat. 92AL17.

Time of sowing effect on barley foliar diseases. 92AL19.

Evaluating variety mixtures to reduce Septoria using a range of lines. 92AL24.

Fungicides for control of Septoria nodorum of wheat. …

Economics Of Summer Weed Control., T. Piper

Experimental Summaries - Plant Research

Aims: To test various chemical options for summer weed control; measuring their efficacy, the amount of soil moisture conserved, and follow-up crop yield. A full season cost-benefit could then be produced. Summer rains were widespread in 1990, and summer weed sites were plentiful.

Trial 90A3

Location: Avondale.

This site had adequate moisture for most of the summer. Weeds were growing well when sprayed, and were readily controlled. (df. Wongan Hills). 2,4-D/diuron gave excellent control at the time of spraying but follow-up germinations marred the result.

Trial 90M6

Location: Merredin.

All treatments have failed at this site. Large doublegee and melons …

Yield Potential Of Barley., J H. Moore, G R. Dean

Experimental Summaries - Plant Research

Barley yield potential demonstration, 89A130. Barley yield potential, 89A131. Logan herbicide mixtures, 89AL28. Logran herbicide mixtures for wheat and barley, 89AL29. Darnel control in cereals, 89AL38. Fumitory control in peas, 89AL37. Freezer pea herbicides, 89AL36. Post emergence weed control in processing peas, 89MC16. Post emergence weed control in processing peas, 89MC17. Diuron + 2, 4-DB effect on Zodiac Medic, 89AL41. Bladex, Diuron, 2, 4, DB and pursuit on doublegee in pasture. Diuron + 2, 4-DB for sheep thistle control in pasture. Bracken controlwith brush off, 89AL40.

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

Experimental Summaries - Plant Research

Developing crop rotation systems for controlling brome grass.

Over the last four years the population dynamics of brome grass in various crop and pasture rotation systems have been monitored with the following aims.

To identify the level of control of brome grass under various rotation systems, so that farmers can be advised on the degree of infestation likely to be encountered when using a particular system.

To design the best control to reduce quickly the anticipated large seed population of brome grass in the soil.

To determine whether the persistence of brome grass is related more to survivors shedding seeds …

Crop Tolerance To Herbicides., D. Bowran

Experimental Summaries - Plant Research

1. Tolerance of New Cereal Varieties to Current Herbicides EX 5506 Trial Nos: 90AL41, 90EC36, 90EB45, 90KA130, 90M85, 90NA100

2. Tolerance of Current Cereal Varieties to New Herbicides EX 5506 Trial Nos: 90M86, 90EC35, 90N74

3. Metribuzin Tolerance of Cereal Varieties EX 5507 Trial Nos: 90EC37

4. Lupin Tolerance to Herbicides EX 5508 Trial Nos: 90EC34, 90EB44

5. Pea Tolerance to Herbicides EX 5509 Trial Nos: 90KA131, 89KA64

6. Pasture Legume Tolerance to Herbicides EX 64522 Trial Nos: 90KA132,

Ecology And Control Of Doublegee., F. D. Panetta

Experimental Summaries - Plant Research

Trial 88WH47

Control of doublegee in pasture.

Location: Wongan Hills.

To assess the effects of repeated pre-emergence and post - emergence applications of herbicides upon survival and seed production by doublegee. To measure the effects of herbicides upon pasture composition and the sizes of doublegee seed banks.

Trial 89MC2, 89WH7, 89EC1

Simulated invasion by doublegee.

Location: Manjimup, Wongan Hills and East Chapman.

In spite of the significance of weed invasion to the overall problem of weed management, almost nothing is known about factors which influence invasion. The aim of this study was to assess the relative importance of seed number …

Doublegee Control In Grain Legume., D. J. Gilbey

Experimental Summaries - Plant Research

Trial 90A14, 90C43. 90WH69

Doublgee control in lupins.

Location: Avondale Research Station, Chapman Research Station, Wongan Hills Research Station,

To study the contribution of
a) shallow pre seeding cultivation
b) high initial simazine application on tolerant varieties
c) post seeding replacement application of simazine for doublegee control in lupins.

Trial 90NO

Broadleaf weed control in peas - post emergence.

Location: York.

To study the effect of several post emergence herbicides on peas and lupins.

Trial 89NO63, 89NO64

Doublegee control peas - pre- emergence.

Location; York

To study the effect of pre emergence herbicides applied to field peas, on weeds and …

Weed Control On The South Coast., J. H. Moore

Experimental Summaries - Plant Research

Trial 90A141

Barley variety tolerance to herbicides.

Location: Gairdner river.

To determine the tolerance of five barley varieties to 19 herbicides and mixtures.

Trial 90AL43

Herbicides for erodium control in serradella.

Location: North Woogenilup.

To determine the efficacy and phytotoxicity of a range of herbicides at varying rates, on erodium in a first year serradella pasture.

Trial 90AL44

Silvergrass control in pasture.

Location: Cheynes Beach Road.

To determine the efficacy of simazine and gramoxone, either tankmixed or individually at varying rates, on silver grass in a clover based pasture.

Trial 90AL45

Pattersons curse control.

To determine which herbicides and at …

Weed Control In Cereals And Pastures Including Declared Plants., J. Peirce, B. J. Rayner

Experimental Summaries - Plant Research

Trial 90C49

Grass and broad leaved weed control in direct sown crops.

Location: Chapman Valley Research Station.

The low rate of sprayseed with diuron was not as effective on the grasses. It may indicate some antagonism within the mix as the same rate of sprayseed with metribuzin did not cause any drop in grass control. The addition of 2, 4-D amine may have boosted the mixes activity on capeweed as the sprayseed metribuzin mix was not very good on capeweed.

Trial 90EB37

Grass and broad leaved weed control in direct sown crops.

Location: East Beverley Annex.

Part of the trial …

Herbicide Resistance In Weeds., G. S. Gill

Experimental Summaries - Plant Research

Trial 90WH76

Alternative herbicides for diclofop-methyl resistant annual ryegrass in wheat.

Location: Wongan Hills Research Station.

To investigate the performance of alternative herbicides for the control of diclofop-methyl resistant annual ryegrass in wheat.

Trial 90WH80

Alternative herbicides for diclofop-methyl resistant annual ryegrass in lupins.

Location: Wongan Hills Research Station.

To investigate the performance of alternative herbicides for the control of diclofop-methyl resistant annual ryegrass in lupins

Trial 90A15

Alternative herbicides for Diclofop-methyl resistant wild oats in wheat.

Location: Avondale Research Station.

To investigate the performance of alternative herbicides for the control of diclofop-methyl resistant wild oats in wheat.

Trial 90A17 …

Weed Control In Crops And Pasture., J. Buckley

Experimental Summaries - Plant Research

Trial 90WH74

Crop establishment trial

Location: Wongan Hills Research Station.

To assess the effect of timing of roundup and sprayseed application and cultivation on crop growth.

Trial 90AB19

Ryegrass control in wheat using slow release trifluralin.

Location: Katanning.

To compare 2 experimental formulations of controlled release trifluralin at 4 rates and 2 timings with some commonly used herbicides for the control of ryegrass in wheat.

Trial 90ME84

Early application of 2, 4-D to wheat.

Location: Corrigin.

To assess the use of 2,4-D.amine at early times of application for the control of broadleaf weeds in wheat.

Trial 90WH92

Early application of …