Agronomy and Crop Sciences Commons^™

Lupin Logic Number 40

Lupin Logic

Contents

Albus lupin warning

Market outlook

Seed quality testing

Binder and index

Furrow seeding

Bulletin 4267 - Growing Macadamia Nuts, John Dick, Alec Mccarthy

Bulletins 4000 -

The macadamia (Macadamia integrifolia and M. tetraphylla) are native Australian trees that have been developed as a commercial food crop.

About two million macadamia trees are planted in Australia over 6000 hectares. These produce about 12,000 tonnes of nuts. New South Wales and Queensland account for 90 per cent of the trees.

Unfortunately, Western Australian conditions are different again to the eastern States. Therefore, local trials will be required before varieties particularly suited to this State's conditions can be developed.

Lupin Logic Number 39

Lupin Logic

Contents

Lunar landscape

- Rhizoctonia patch

- Eradu patch

- Action required

Back saving bin

Row orientation

Manganese spraying

Reminders

Correction

1992/93 Pool payments

Lupin Logic Number 38

Lupin Logic

Contents

Attitudes to dry seeding lupins

Communication corrections

Liming and lupins

- Editors note

CMV testing 1993/94

- Changes for 1993

Reminders

1992/93 Pool payments

Lupin Logic Number 37

Lupin Logic

Contents

Lupin yields

Western flower thrips

Stubble handling

Broome seed banks

Reminders

Communication channels

Lupin Logic Number 36

Lupin Logic

Contents

Paddock walk?

Virus resitant lupins

Fest lupins

Beethoven not good enough!

Lupin receivals

Kiev post plant weed control

Mailing list

Lupin Logic Number 35

Lupin Logic

Contents

Transgenic lupins

Seventh international Lupin Conference

Inoculation

Lupin Survey

Post emergence weed control

Fungicides post plant

Yield estimates

Projected 1992/93 Pool payments/tonne

Arkansas Rice Research Studies 1992, B. R. Wells

Arkansas Agricultural Experiment Station Research Series

The research reports in this publication represent one year of results; therefore, these results should not be used as a basis for longterm recommendations. Several research reports in this publication dealing with soil fertility also appear in Arkansas Soil Fertility Studies 1992, Arkansas Agricultural Experiment Station Research Series 425. This duplication is the result of the overlap in research coverage between the two series and our effort to inform Arkansas rice producers of all the research being conducted with funds from the rice check-off.

Lupin Logic Number 34

Lupin Logic

Contents

Kiev Mutant

- Soil type

- Rainfall

- Seed treatment

Time of seeding

- Seeding rate and agitation

- Weed control

- Insects

- Harvest

- Stubble grazing

- Marketing

Breeding Albus lupins - Beavan Buirchell

4.5 tonnes per hectare

Lupin outlook - John Orr

Lupin Logic Number 33

Lupin Logic

Contents

Phosphorus for lupin crops

- Using the table

Phosphate source

Lupin seeding rates

Lime and lupins

Time of planting

1992/93 Pool payments

Lupin Logic Number 32

Lupin Logic

Contents

Lupin survey

- Lupin time of planting census 1992

- Yield

- Stand density

- Concession

- Dry seeding

- Time of seeding

Tonnes or grams

Inoculant and seed treatments

Yield losses with 0.5% CMV seed

Stubble burn?

New research on early establishment of lupins

Lupin Logic Number 31

Lupin Logic

Contents

The 1992/93 harvests - Chris Maughan, Grain Pool of WA

International market report - John Orr, Grain Pool WA

Price forecast

Early planting survey

Lupin outlook meetings

Lupins for feed and food - Barry Cox, Grain Pool WA

- Stockfeed

- Human consumption

CMV testing

Seed size

Lupin Logic Number 30

Lupin Logic

Contents

Early planting survey

Seed manganese and emergence

Lupin video

Soil testing

New manganese fertiliser

Aphids susceptibility of lupin varieties

Bulletin 4247 - Introduction To Commercial Mushroom Growing, Margaret Graham

Bulletins 4000 -

Mushroom cultivation began in Australia in the 1930s in the then incomplete and unused Circular Quay railway tunnel in Sydney. In the 1950s most mushrooms were grown in heaped or 'ridge-beds' of compost in disused railway tunnels.

In the last 15 to 20 years there has been considerable technical change in the method and degree of sophistication of mushroom cultivation techniques. Most growers have invested large sums of capital in specially designed and insulated buildings that control temperature, humidity and ventilation and where pest and disease prevention and control is less difficult.

The bag method also helps to alleviate pest …

Developmental Morphology Of Tropical Sorghum And Sorghum X Sudangrass, R. B. Mitchell, K. J. Moore, Jeffrey F. Pedersen, T. A. Peterson, L. E. Moser, D. D. Redfearn

Department of Agronomy and Horticulture: Faculty Publications

Tropical sorghum and sorghum x sudangrass are known to be efficient scavengers of soil nitrogen and are important forage crops in the U.S. Nitrate contamination of groundwater due to disposal of organic wastes and excessive fertilization is a major concern in the Central Great Plains. A common disposal method of municipal wastes is application to fallow cropland. Quantification of the developmental morphology of tropical sorghum and sorghum x sudangrass is important to developing management strategies that allow multiple applications of organic wastes to optimize nitrogen removal and dry matter production. The objective of this study was to quantify the developmental …

Genetic Manipulation Of Tall Fescue, Jeffrey F. Pedersen, D. A. Sleper

Department of Agronomy and Horticulture: Faculty Publications

Genetic manipulation of tall fescue (Festuca arnndinacea Schreb.) has not been altered by the discovery of the Acremonium coenophialum (Morgan-Jones and Gams) / grass interaction. However, tall fescue breeding programs have been affected greatly. The basic methods for genetically manipulating the grass have remained static. Tall fescue is an obligate out-crossing species, and most improvements are, therefore, captured in the form of an improved population developed through some form of mass or recurrent selection. What has changed is the breeder's ability to recognize genetic differences in the grass because of the confounding effect of A. coenophialum on plant phenotype. It …

Comparison Of Sorghum And Indiangrass Chloroplast Genomes Using Rflps, Jeffrey F. Pedersen, R. D. Lee, D. J. Lee, K. P. Vogel

Department of Agronomy and Horticulture: Faculty Publications

Sorghum (Sorghum bicolor (L.) Moench) and indiangrass (Sorghastrum nutans (L.) Nash) appear closely related based on morphological and chemotaxonomic characters. Each species could potentially provide desirable traits to the other. However, traditional breeding techniques have been unsuccessful in hybridizing these two species. The objective of this study was to determine the relatedness of sorghum and indiangrass chloroplast DNA using RFLPs. Eleven sorghum lines in several cytoplasms, two indiangrass popu1ations, and a corn line were studied using 60 proberestriction enzyme combinations. Principal component analysis of the results showed sorghum to be as closely related to corn as to indiangrass, with no …

Bulletin 4256 - Pecan Nut Cultivation, Aldo Labrosciano

Bulletins 4000 -

Pecans Carya illinoensis, an indigenous species to Northern America, are successfully grown between the latitudes of 25° and 35°. There is considerable variation in size and flavour of the 1000 or more varieties of the nuts.

Large scale production is concentrated in north America, Israel and South Africa. Plantings in Australia are in Victoria and New South Wales, and are developing slowly in Western Australia.

Pecans are well suited to Western Australian conditions where the soil is well drained. Though the trees are deciduous, they have no chill requirement and will flourish if water is not limiting.

Bulletin No 4247 - Introduction To Commercial Mushroom Growing, Margaret Graham

Bulletins 4000 -

No abstract provided.

Breeding Systems For Cross-Pollinated Perennial Grasses, K. P. Vogel, Jeffrey F. Pedersen

Department of Agronomy and Horticulture: Faculty Publications

I. Introduction

II. Reproductive and Breeding Characteristics

III. Breeding Systems

A. Ecotype Selection

B. Recurrent, RestricteclPhenotypic Selection

C. Half-sib Progeny Test

D. Between and Within Family Selection

E. Recurrent Multistep Family Selection

IV. Gains From Selection

A. Time Interval per Cycle

B. Potential Gain per Cycle .

C. Potential Inbreeding per Cycle

V. Polycrossing

VI. Hybrid Cultivars

VII. Conclusions

Literature Cited

Lupin Logic Number 29

Lupin Logic

Contents

The successful 1993 lupin crop

Stubble preparation

Summer weeds

Green radish kills lupin seed

Seedless pods

Is it a sample?

Green seed problem

Lupin Logic Number 27

Lupin Logic

Contents

Lupin market outlook update

Estimating lupin yields

Native budworm thwarted by wind!

Walden visits China

Eggs and larva

Lupins encourage earthworms

Seed testing

Reminders

1991/92 Pool payments

Lupin pool delivery - 191/92 verus 1992/93 estimates

Pesticide Use On Sweet Corn Grown In Connecticut: 1990, James L. Turner Ii, Candace L. Bartholomew

Storrs Agricultural Experiment Station

No abstract provided.

Lupin Logic Number 26

Lupin Logic

Contents

Swathing to pick up an extra $24 m?

- What is swathing

- Advantages of swathing

Farmers experience with swathing

- Ross Whiitall, Esperance

- Mark Adams, Woogenellup

- Summary

- Further reading

Increased effort into albus breeding

Lupins and soil acidity- Cause for concern?

Reminders

Lupin Logic Number 24

Lupin Logic

Contents

Lupin pioneet honoured

Simazine only!

- What can we do?

Mintweed poisons crops

Japanese market

Root maggot fly

- Description and life cycle

- Farmer/advisers observations

- Control

Pool payments 1991/92

Lupin Logic Number 23

Lupin Logic

Contents

Stubble handling

- Results to date

- Straw spreading

- Second cutter bars

- Other research

Trees increase lupin yields

Mint weed, Rutherglen bud and soil moisture

Out look remains firm for lupins

Warning

Arkansas Rice Research Studies 1991, B. R. Wells

Arkansas Agricultural Experiment Station Research Series

The research reports in this publication represent one year of results; therefore, these results should not be used as a basis for longterm recommendations. Several research reports in this publication dealing with soil fertility also appear in Arkansas Soil Fertility Studies 1991, Arkansas Agricultural Experiment Station Research Series 421. This duplication is the result of the overlap in research coverage between the two series and our effort to inform Arkansas rice producers of all the research being conducted with funds from the rice check-off.

Arkansas Soil Fertility Studies 1991, Wayne E. Sabbe

Arkansas Agricultural Experiment Station Research Series

Contained within this publication are progress reports on the specific aspects of the soil fertility program at the University of Arkansas in 1991. In most instances, the reports are not final reports, but they may contain data from several years. Further details on each report can be obtained from the respective project leaders.

Bulletin No 4237 - Growing Nashi In Western Australia, Allan Price

Bulletins 4000 -

Nashi is the Japanese word for Pear. It is used in this context to describe pears of Asian origins, developed from Pyrus pyrtfolia as distinct from European pears (Pyrus communis).

Nashi have originated from two major areas, Japan and Korea/China.

Lupin Logic Number 21

Lupin Logic

Contents

Keys to lupin yield stability

- Stubble retention

- When to plant

- Rules for dry seeding

Rain and yield

Avoiding B.YM.V.

Reminders

Granulated simazine

Reasons for 45 plants per sq m