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Response By Stylosanthes Hamata And S. Scabra To Phosphate On Three Soils In The North-Kimberley Of Western Australia, A Mcr Holm, Mario F. D'Antuono

Resource management technical reports

Legume herbage mass was maximized after two or three years application of 50 kg/ha double superphosphate for both Verano and Fitzroy on Red earth soils and for Fitzroy on Yellow lateritic soils. There was increased production of Verano up to the maximum fertilizer level. Both varieties responded in the second year to residual P following application in the first year but there were no responses in subsequent years.

Evaluation Of Trifolium Pasture Species On A Summer Moist Joel Sub Soil North West Of Harvey., R. Snowball

Experimental Summaries - Plant Research

Trial 90HA2

Introduce a range of long season annual pasture species and 1 perennial species in order to utilize summer sub soil moisture more effectively than the existing subterranean clover pastures.

Stunt Patch Disorder Of Lupins., Miles Dracup

Experimental Summaries - Plant Research

Trial 89ME1 and 90ME5

Stunt patch disorder of lupins.

Location: Merredin.

Studies on the disorder have been initiated (89ME1 and 90ME5) on two sites 15 km south of Merredin. This report will summarize data on:

1) The soil;

2) Soil strength and lupin emergence on 90ME5; and

3) Soil chemical and physical characteristics associated with the patches on 89ME1 (investigations by A. Thomson for B Sc (Agric) dissertation).

Trial 90PE56

Understanding the importance of moisture and temperature in the seedbed on establishment of lupin.

However, despite their importance in determining the success of establishment, there have been few attempts to …

Grain Legume Adaptation To Soil Type, R. J. French

Experimental Summaries - Plant Research

Trial 90ME8, 9 and 10

Location: Bencubbin.

90ME8. Deep loamy sand. pH(CaC12) = 4.9 at surface and 3.7 at 50 cm.
90ME9. Sand over clay at 25-30 cm. pH(CaC12) = 5.7 at surface and 8.3 at 50 cm. 90ME10. Sandy loam over clay at 15 cm. pH(CaC12) = 5.5 at surface and 8.4 at 50 cm

Trial 90ME11 and 13

Location: Totadgin.

90ME11. Deep loamy sand. pH (CaC12) = 4.5 at surface and 3.9 at 50 cm. 90ME13. Loamy sand over sandy clay at 10 cm. pH (CaC12) = not yet available due to instrument difficulties.

Trial 90ME14, 15 and …

Demonstration Of Pasture Cultivars On Various Soil Types In The Geraldton Distict., Brad Nutt

Experimental Summaries - Plant Research

Trial 90GE13

Demonstration of pasture cultivars on a Chapman Valley red/brown sandy loam.

Location: Northern Gulley,

SOIL TYPE: Red/brown sandy loam pH 5 . 4 (water)

Trial 90GE14

Demonstration of pasture cultivars on a gravelly grey sand at Allanooka.

Location: Allanooka.

SOIL TYPE: Gravelly grey sand, pH 5.8 (water)

Trial 90GE15

Demonstration of pasture cultivars on an Eradu sandplain soil.

Location: Ogilivie.

SOIL TYPE: Deep yellow loamy sand, pH 6.0 (water)

Trial 90GE16

Demonstration of pasture cultivars on a low rainfall maasive red earth at Mullewa.

Location: Mullewa.

SOIL TYPE: Red sandy clay loam pH 6.2 (water)

Wheat Responses To Levels, Sources And Times Of Application Of Nitrogen., J. W. Bowden, S. J. Burgess, R. J. Lunt, Ian Fillery

Experimental Summaries - Plant Research

Trial 90M055

Associated work: 90NO112, 105,104.111, 90MO53, 54,56

Location: Dandaragan

This project characterizes the dynamics of nitrogen supply to a wheat crop at each of the sites on which various methods of making fertilizer recommendation were tested. It supposedly provides the "optimum" nitrogen fertilizer regime as well as detailed information on nitrogen supply and demand so that results can be made transferable to other situations.

Trial 90MO56

Related trials: 90NO104, 105, 111, 112; 90MO53, 54,55

Tactical nitrogen application for wheat

Location: Danaragan

This project compares tactical and strategic methods for determining nitrogen requirements of wheat. The tactical methods depend on …

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,

Plant Growth And Survival In Saline, Waterlogged Soils, Ed Barrett-Lennard, Neil Davidson, Richard Galloway

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

Waterlogged soils in Western Australia are often salt-affected. Recent research has shown that the interaction between waterlogging and salinity has a far greater adverse effect on plant groivth and survival than either of these two factors individually. The consequences of the combined effects of salt and waterlogging for most plant species are increased salt uptake, reduced growth, chlorosis (yellowing of leaves), defoliation, and death. Salt sensitive agricultural species (nonhalophytes) are more severely affected by this interaction than salt tolerant species (halophytes).

Waterlogging : How It Reduces Plant Growth And How Plants Can Overcome Its Effects, Tim Setter, Bob Belford

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

Lack of oxygen is the major cause of limited plant growth in waterlogged soils. When soils become waterlogged less gas diffuses to and from the roots through the soil pores; there are changes in concentrations of mineral elements in soil solutions; and toxic products of roots and soil microorganisms begin to accumulate. These changes adversely affect germination, growth and development of plants.

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.

Long-Term Rotation Trials., I. Rowland, W. Hawkins

Experimental Summaries - Plant Research

Trial 66M29

Location: Merredin Research Station.

An old land site, cleared in 1909. First sown to Cyprus Barrel medic in 1955, grazed and topdressed. Cropped, 1962 and 1964. Medic resown in 1965.

Trial 67C13

Location: Chapman Research Station

An old land site, cleared in 1903. Sown to Dwalganup sub clover in 1964, topdressed each year until the start of the trial in 1967. In 1981 to 83 all plots were reseeded with Northam at 20 kg/ha. In 1988 rotations were altered to allow inclusion of grain lupins, the following changes were made:

1. The 4 plots of 2 crop :2 …

Field Pea Agronomy., G. H. Walton, T. R. Trent

Experimental Summaries - Plant Research

Trial 90M64

Site and variety effect on ovule abortion.

Location: Merredin Research Station CSIRO lease block.

To understand the causes of ovule abortion in field peas.

Trial 90M65

Response to seeding rates of peas with different plant architecture.

Location: Merredin Research Station, paddock 8CW3

To compare the yield responses of different pea types to seeding rates.

Trial 90A26

Nitrogen fixation in field pea.

Location: Avondale Research Station, paddock 1C

To compare the growth, N-fixation and yield of 'nodulating' crossbred material against the commercial cultivars of Dundale, Alma, Wirrega and Dinku.

Trial 90A18

Chickpea germplasm introductions.

Location: Avondale Research Station, paddock …

Phosphorus Nutrition., M. D. Bolland, M. J. Baker

Experimental Summaries - Plant Research

Evaluation of soil test for phosphate on sandy soils.

Results presented for this project, commenced in 1988, which started as a joint project between the Department of Agriculture and Soil Science and Plant Nutrition, School of Agriculture, University of Western Australia.

In the field experiments, 10 levels of superphosphate (three replicates) were applied in May 1988, and 10 levels of superphosphate (also three replicates) were applied in May 1989 onto an adjacent area to the 1988 treatments. Colwell P I(soil test values) and yield data are presented for 1988 and 1989 for the 1988 treatments layed out in 1988, and …

Getting The Best Out Of Our Wheats., Brenda Shackley, L. Lambert

Experimental Summaries - Plant Research

Trials: 90KA82 (TOS1), 90KA83 (TOS 2), 90KA84 (TOS 3)
90LG4 (TOS 1), 90LG45 (TOS 2), 90LG46 (TOS 3)
90LG47 (TOS 1), 90LG48 (TOS 2), 90LG49 (TOS 3)
90N42 (TOS 1), 90N43 (TOS 2), 90N44 (TOS 3)

Variety * time of sowing (TOS)

Locations: Wagin, Tarin Rock, Newdegate Research Station and Lake Varley.

Determine the optimum sowing date for maximum yield for a range of released and unreleased wheat cultivars.

Trials: 90KA79, 90LG50, 90LG51, 90N62

Nitrogen application.

Locations: Wagin, Tarin Rock, Newdegate Station and Lake Varley.

Determine the response of released and unreleased wheat cultivars to the application of nitrogen.

Trials: …

Seeding Rate For Lupins For The South Coast., M. Seymour

Experimental Summaries - Plant Research

Trial 90ES1, 90ES2, 90ES3, 90ES4, 90E5

Lupin seed rate x variety.

Location: Kendells Rd Scaddan, Condingup, Mt Ridley.

To evaluate the response of lupin to a range of plant densities when grown in high rainfall/long growing season environments.

Trial 90SG5, 90SG6

Lupin seed rate x variety.

Location: Salmon Gums Research Station.

To evaluate the response of lupin to a range of plant densities.

Trial 90KO1

Lupin seed rate x variety

Location: South Stirlings.

To evaluate the response of lupin to a range of plant densities when grown in high/long growing season environments.

Use Of Soil Water Measurements To Assist Crop Management In Low Rainfall Areas., S. Mckeague, M. Perry, D. Tennant

Experimental Summaries - Plant Research

Trial 90M9

Trial summary.

Location: Merredin Research Station.

90M9 was established as part of the long term monitoring system to obtain base information on water use from several different soils. A simple rotation experiment was established in T3 on the Merredin Research Station.

Trial 89ME32

Rowspacing summary.

Location: Merredin Research Station.

89ME32 was monitored as part of the long term monitoring system. Previous to 1990 two years of continued measurements had been done on the same soil type. Located on the CSIRO lease block above the Merredin Research Station on Crook's property.

Trial 87M71

Heavyload rowspacing summary.

Location: Merredin Research …

Direct Drilling On Sandplain Soils., Carmel Schmidt

Experimental Summaries - Plant Research

Trial 90EC29

Effect of depth and degree of soil disturbance on root and shoot growth of wheat on wind erosion prone sandy soil.

Location: East Chapman Research Station.

The long-term fertility and stability of the yellow, grey and white sands which make up 60% of the northern wheatbelt soils can only be safeguarded through strict adherence to conservation cropping practices: notably, direct drilling of both cereal and lupin crops. Work by R. Jarvis has shown a 10 - 15% yield advantage due to cultivation of sandplain soils, and data suggest that it is cultivation depth (degree of soil loosening) rather …

Systems For Very Early Sowing Of Wheat In The Central Wheatbelt Of Western Autralian, A. S. Heinrich

Experimental Summaries - Plant Research

To develop the management system for very early sown wheat crops in the central wheat belt of Western Australia.

Trial 90EB34 and 90EB35

Location: East Beverley Annex.

90EB34 3 times of sowing at fortnightly intervals after the 9th April, with 8 varieties of wheat.

90EB35, 4 times of sowing at fortnightly intervals after the 23rd April with 9 varieties of wheat.

Trial 90No77 - 90NO80

Location: York

Each time of sowing has a separate trial number, 90NO77 TOS 1, 90NO78 TOS 2, 90NO79 TOS 3 and 90NO80 TOS 4.

Trial 90NO81

Location: Goomalling

TREATMENTS: - 3 times of sowing 25/4/90, …

Murex Medic Field Evaluation., D. J. Gillespie, D. R. Mcclements, D. S. Francis

Experimental Summaries - Plant Research

Trials: 90GE113, 90MO62, 90WH87, 90ME72, 90NO115, 90A24, 90AB17, 90AL35

Locations: Geraldton, New Norcia, Wongan Hills, Merredin, Southern Brook, Avondale, Katanning, Tenderden.

The selection SEP29.1 was outstanding for both dry matter production and seed yield over a wide range of sites varying in both rainfall and soil type. On the basis of these trials, six lines have been selected for further evaluation in 1991.

They are: SEP29.1 SEP26.2.7 GRC69 GRC87.1 87F01.28 87FB2.36

Trials 90A25 and 90NO116

Redlegged earthmite field experiments.

Very low levels of redlegged earthmite and only minor damage to test varieties was recorded in this trial. Damage ratings were …

Stubble Management., R. J. Jarvis

Experimental Summaries - Plant Research

Trial 79M7

Yellow loamy sand - Mallee scub

Continuous wheat since 1978. Treatments commenced 1979.

Location: Merredin.

The old cultivation treatments carried out since 1979 were removed in 1987. The trial will continue indefinitely with only burnt and unburnt stubble treatments.

Trial 82M34

Salmon Gum/Gimlet clay loam

Location: Merredin.

Continuous wheat since 1981. Treatments commenced 1982.

Trial 79WH6

Grey and yellow loamy sand with gravel.

Location: Wongan Hills.

Grazed blocks grazed to remove approx. half the stubble.

Barley Development Experiment., K. J. Young

Experimental Summaries - Plant Research

Trial 88ES1

Mechanisms controlling development in barley.

Location: Melijinup Field Station.

A range of barley varieties have been assessed for their level of adaptation to a range of sowing dates across the cereal growing region of W.A. This study aims to determine the mechanisms controlling development in cultivars which represent the range of development responses available. The relative importance of photoperiod and vernalisation response and inherent earliness will be determined for each variety.

Crop Management In Rows., R. Belford, G P. Riethmuller, D. Tennant, D. Mcginnis, S. Mckeague

Experimental Summaries - Plant Research

Trial 87M71

Effect of row spacing and stubble retention on the yield of wheat.

Location: Merredin Research Station.

Treatments, site management and results from 1987, 1988 and 1989 have been described in previous experimental summaries. Four row spacings (9, 18, 27 and 36 cm) are compared in either burnt or stubble retained plots, on a red brown earth on the Merredin Research Station. There are six replicates laid out in a randomised block design.

Trial 90ME32

Effect of row spacing and variety on the yield of wheat.

Location: duplex site at Crooks (see 1989 Experimental Summary)

This trial was carried …

Systems For Early Sowing Of Wheat In Low Rainfall Zones., Nicole Kerr, Glenn Adam

Experimental Summaries - Plant Research

Aims:

(i) use available climatic data to determine when breaks are likely to occur, and assess the risk of crop failure from 'false breaks'.

(ii) determine optimum methods of early crop establishment on a number of soil types, particularly massive earth soils.

(iii) determine the yield advantages of early planting of cereals, and sowing date * variety interactions. (iv) increase adoption of early sowing technology throughout the north-eastern wheatbelt.

Trial 90GE7, 90GE8, 90NM1 and 90GE10

Time of sowing * variety trials.

Location: Balla, North Mullewa and Morawa.

All of the trials the following design: 3 sowing dates (mid May, late …

Deep Phosphate Banding., R. J. Jarvis

Experimental Summaries - Plant Research

Trial 90A1

Lupins sown 26/4. York gum/jam sandy loam 33 ppm bic. P. Wheat in 1989. Cultivation reduced yield (one pass banding points). Deep banding P overcame this reduction. No additional response to banding compared with TD or D. No response to P. Yield 2.0 t/ha.

Trial 90A2

Wheat sown 8/6. York gum/jam sandy loam 42 ppm bic. P. Lupins in 1989. All treatments had deep cultivation in the one pass. No response to deep band cf. drilled. 23% response to P. Top yield was 1.9 Oa.

88EB12 Wheat sown 5/6. Loamy grey sand/clay 27 ppm bic. P. Lupins in …

Deep Ripping, R. J. Jarvis

Experimental Summaries - Plant Research

Trial 88Ba11,12

Deep ripping at two depths in lupin/oat/wheat rotation on newish land.

Location: Badgingarra Research Station

Sited on the new block of Badgingarra Research Station, these trials aim at examining the response to new rippings each cereal year as well as the response over time to the residual effect of ripping. The rotation is the normal one applied on the Research Station.

Trial 89KO1

Location: Mount Barker Research Station.

Deep ripping for barley and lupins - Kojaneerup Block of MBRS.

Yields not significantly different by A.O.V., however lupin yield declined as the previous year's barley yield increased due to …

Potassium Nutrition Of Pastures On The Sandplain Soils Of Western Australia., N. K. Edwards

Experimental Summaries - Plant Research

Aims: Determine the factors affecting the fate of native and applied potassium on sandplain soils.
Define current and residual response curve parameters for potassium applications.
Develop recommendations for the economic management of soil potassium levels.

Trial 88BA46

Maintenance application rates of potassium on sandplain soils.

Location: Badgingarra Research Station.

Fertilizer: Pastures and L. cosentinii - 200 kg/ha Super topdressed, wheat - 100 kg/ha Super topdressed, 120 kg/ha Agras No 1 drilled, lupins - 240 kg/ha Super Mn drilled. Urea topdressed on wheat on 26 June, 100 kg/ha.

Trial 88TS69

Maintenance application rates of potassium on sandplain soils

Location: North Eneabba. …

Understanding Crop Growth On Duplex Soils., R. Belford, Miles Dracup, D. Tennant

Experimental Summaries - Plant Research

Trial 88EB18

Location: East Beverley Research Station

Impeded early root growth.

Using aerial photography and crop growth data from previous seasons we identified areas on the site where crops grow well or poorly. One of the factors implicated in the poor growth areas is impeded early root growth (see Belford et al. and Tennant et at., 1990 Experimental Summaries, this section). Here we describe the problem and outline possible causes.

Trial 88EB18

Growth and yield of wheat and lupin crops at East Beverley.

Location: East Beverley Research Station.

To measure the growth and yield of wheat and lupin crops in …

The Extent And Cost Of Waterlogging, Don Mcfarlane, Buddy Wheaton

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

Waterlogging is an underrated and not widely recognized problem in our cropping areas. Before we can tackle the problem through drainage and alternative cropping systems, we need to know its extent and how much crop yield is lost. The effect of waterlogging on pasture growth is also poorly known.

Time Of Sowing X Variety X Seeding Rate For Lupins On The South Coast., M. Seymour

Experimental Summaries - Plant Research

Trial 90E9

Lupin time of sowing x variety x seed rate.

Location: Esperance.

To evaluate the response of lupin varieties to a range of sowing dates and plant densities when grown in high rainfall/long growing season environments.

Nitrogen Fertilizers For Cereals In Different Rotations., I. Rowland, M. G. Mason, W. Hawkins

Experimental Summaries - Plant Research

Trial 78B1

Nitrogen fertilizer requirement in alternate crop-pasture rotation.

Location: Badgingarra Research Station.

Soil type: Grey gravelly sand over gravel at about 15-20 cm.

History: Old clover land. All blocks were in clover pasture in 1977.

Trial 89WH19

Nitrogen fertilizer requirement in alternate crop-pasture rotation.

Location: Wongan Hills Research Station.

Soil type: Wongan yellow loamy sand

History: Old clover land. Whole area in clover 1988.

Trial 86WH36

Lupin/Wheat rotation

Location: Wongan Hills Research Station

Soil type: Wongan yellow loamy sand.

History: Cropped to wheat in 1985 on old clover land. Stubble of 1989 crop not burnt.

Trial 87NO84

Pea/Wheat Rotation …