Open Access. Powered by Scholars. Published by Universities.®
- Discipline
-
- Agricultural Science (11786)
- Physical Sciences and Mathematics (10827)
- Plant Biology (10823)
- Earth Sciences (10412)
- Soil Science (10374)
-
- Weed Science (10146)
- Plant Pathology (9752)
- Agriculture (2726)
- Horticulture (1910)
- Botany (1545)
- Other Plant Sciences (1218)
- Plant Breeding and Genetics (622)
- Agricultural Economics (605)
- Business (577)
- Agribusiness (521)
- Oceanography and Atmospheric Sciences and Meteorology (461)
- Environmental Sciences (431)
- Entomology (419)
- Agricultural Education (382)
- Animal Sciences (377)
- Social and Behavioral Sciences (367)
- Food Science (340)
- Fresh Water Studies (316)
- Nutrition (217)
- Education (189)
- Engineering (188)
- Environmental Studies (168)
- Institution
-
- University of Kentucky (9665)
- Department of Primary Industries and Regional Development, Western Australia (2269)
- University of Nebraska - Lincoln (1940)
- University of Arkansas, Fayetteville (1026)
- South Dakota State University (292)
-
- Universitas Padjadjaran (253)
- Utah State University (171)
- Western Kentucky University (84)
- California Polytechnic State University, San Luis Obispo (59)
- Purdue University (57)
- Louisiana State University (55)
- University of the Philippines Los Baños (53)
- Clemson University (37)
- Brigham Young University (35)
- Tennessee State University (35)
- Mississippi State University (28)
- Arkansas State University (26)
- Murray State University (25)
- University of Rhode Island (22)
- University of Connecticut (19)
- Eastern Illinois University (14)
- International Centre of Insect Physiology and Ecology (12)
- SIT Graduate Institute/SIT Study Abroad (11)
- West Virginia University (11)
- Chapman University (10)
- Missouri State University (10)
- University of Minnesota Morris Digital Well (10)
- Tuskegee University (8)
- Wright State University (8)
- Illinois State University (7)
- Keyword
-
- Western Australia (1365)
- Grains and field crops (840)
- Grazing (409)
- Wheat (348)
- Nitrogen (313)
-
- Yield (291)
- Alfalfa (257)
- Biosecurity, pests, weeds and diseases (247)
- Arkansas (224)
- Soybean (221)
- Forage (186)
- Pasture (185)
- Sheep (185)
- Corn (183)
- Grassland (174)
- Legumes (173)
- Rice (173)
- Barley (169)
- Sorghum (166)
- Cattle (165)
- Climate change (155)
- Phosphorus (154)
- Digestibility (149)
- Maize (146)
- Silage (146)
- Forage quality (145)
- Varieties (144)
- Biodiversity (134)
- Irrigation (129)
- Nutritive value (128)
- Publication Year
- Publication
-
- IGC Proceedings (1977-2023) (9261)
- Department of Agronomy and Horticulture: Faculty Publications (1050)
- Experimental Summaries - Plant Research (873)
- Journal of the Department of Agriculture, Western Australia, Series 4 (551)
- Graduate Theses and Dissertations (289)
-
- Jurnal Kultivasi (253)
- Agronomy Notes (235)
- Arkansas Agricultural Experiment Station Research Series (226)
- Department of Agronomy and Horticulture: Dissertations, Theses, and Student Research (220)
- Discovery, The Student Journal of Dale Bumpers College of Agricultural, Food and Life Sciences (206)
- Electronic Theses and Dissertations (180)
- Crop, Soil and Environmental Sciences Faculty Publications and Presentations (173)
- Bulletins 4000 - (119)
- Nebraska Agricultural Experiment Station: Historical Research Bulletins (101)
- Grain and Other Field Crops Research Articles (94)
- INTSORMIL Impacts and Bulletins (94)
- Lupin Logic (87)
- All Graduate Theses and Dissertations, Spring 1920 to Summer 2023 (83)
- Grains and other field crops factsheets (81)
- Theses and Dissertations--Plant and Soil Sciences (70)
- Crop Updates (68)
- Agronomy, Horticulture and Plant Science Faculty Publications (63)
- Theses and Dissertations (63)
- The Philippine Agricultural Scientist (52)
- Masters Theses & Specialist Projects (50)
- UAES Bulletins (50)
- INTSORMIL Presentations (48)
- PestFacts WA (47)
- INTSORMIL Scientific Publications (46)
- AAES Research Reports and Research Bulletins (45)
- Publication Type
- File Type
Articles 14221 - 14250 of 16397
Full-Text Articles in Agronomy and Crop Sciences
The Pros & Cons Of Retaining Stubble, Department Of Agriculture And Food, Western Australia
The Pros & Cons Of Retaining Stubble, Department Of Agriculture And Food, Western Australia
Journal of the Department of Agriculture, Western Australia, Series 4
Few farmers in Western Australia today would question the desirability of retaining crop stubble. The problem usually is how to manage stubble so that it does not interfere with other parts of the farming system
Stubble Retention For Control Of Wind Erosion, Dan Carter, Paul Findlater, Steve Porritt
Stubble Retention For Control Of Wind Erosion, Dan Carter, Paul Findlater, Steve Porritt
Journal of the Department of Agriculture, Western Australia, Series 4
The surest way to control wind erosion in continuous cropping systems is to retain stubble. Over the past ten years, Western Australian research has focused on the amounts of stubble needed to prevent that erosion.
Wheat Quality And Wheat Variety Decisions, Mark Stevens
Wheat Quality And Wheat Variety Decisions, Mark Stevens
Journal of the Department of Agriculture, Western Australia, Series 4
The choice between which wheat variety to plant has always been a trade-off between yield and wheat quality. When wheat prices were higher and quality payments were less, quality considerations were of little importance and varieties were selected almost entirely on yield potential. Now, with low wheat prices and a greater emphasis on wheat quality from our customers, growers must place more importance on quality characteristics when selecting varieties. For example, should a grower select a higher yielding average quality wheat such as Spear, or a lower yielding, good quality wheat such as Machete? The important question a wheat grower …
On The Trail Of The Native Budworm, Kevin Walden
On The Trail Of The Native Budworm, Kevin Walden
Journal of the Department of Agriculture, Western Australia, Series 4
Native budworm, the worst pest of lupins, is a bit of a uiill-o-the-unsp. Some years the native budworm moths go virtually unnoticed. In others, they appear in plague proportions without warning - in these years, the cost to growers in lost yield runs into millions of dollars.
If an early warning system can be developed to predict the extent of moth flights into lupin crops, and this seems possible, major crop losses could be averted.
The Department of Agriculture has started research to develop a system of predicting the size of spring flights of native budworm moth. We need to …
The Role Of Earthworms In Western Australian Agriculture, Tom Mccredie, Lex Parker
The Role Of Earthworms In Western Australian Agriculture, Tom Mccredie, Lex Parker
Journal of the Department of Agriculture, Western Australia, Series 4
Earthworms have a reputation as soil builders and renovators, particularly among 'organic' farmers and gardeners. They improve soil fertility through increased aeration, aggregation, water infiltration and release of nutrients from organic matter. However, the benefits of earthworms in the wheatbelt have been doubted for many years because of their poor survival in cultivated soils.
Since cropping began in the Western Auslmlian whealbelt over 1OO years ago, the physical condition of many soils has deteriorated. The primary causes of soil degradation were the European cultivation practices used by farmers and the trampling effect of introduced animals. in particular, sheep.
Domestication Of Rough-Seeded Lupins, Bevan Buirchell, Wallace Cowling
Domestication Of Rough-Seeded Lupins, Bevan Buirchell, Wallace Cowling
Journal of the Department of Agriculture, Western Australia, Series 4
Since the beginning of civilisation, humans have been domesticating wild plants such as wheat, barley and rice. They have both conciously and unconciously selected plant types suited to cropping.
Reccently, there has been an increasing effort to domesticate a greater variety of wild plants, especially legumes.
Jasmonate, Genes, And Fragrant Signals, Paul E. Staswick
Jasmonate, Genes, And Fragrant Signals, Paul E. Staswick
Department of Agronomy and Horticulture: Faculty Publications
Although first recognized for its growth-inhibiting activity about 20 years ago, JA2 and its fragrant methyl ester MeJA (referred to here collectively as jasmonate) are receiving renewed interest as potentially important signaling molecules in plants. This is because jasmonate markedly increases the expression of specific plant genes, some of which are wound responsive. Similarities with fatty acid-derived stress signaling molecules in animals (1) make jasmonate of general biological interest.
The 1991 Field Evaluation Of Herbicides On Small Fruit, Vegetables And Ornamental Crops, R. E. Talbert, R. A. Wichert, V. F. Carey Iii, D. H. Johnson, D. F. Ruff, J. A. Kendig
The 1991 Field Evaluation Of Herbicides On Small Fruit, Vegetables And Ornamental Crops, R. E. Talbert, R. A. Wichert, V. F. Carey Iii, D. H. Johnson, D. F. Ruff, J. A. Kendig
Arkansas Agricultural Experiment Station Research Series
The establishment of this field-testing procedure provides the chemical industry, through its partial support, and the Arkansas Experiment Station the opportunity to evaluate herbicide performance on small fruit, vegetable and ornamental crops grown under Arkansas conditions. This report also provides a means for disseminating information to interested people and public-service weed scientists.
Lupin Logic Number 17
Lupin Logic
Contents
A world record? 25 years of lupin/wheat rotation
Gungurru stubbles provide good feed for weaner sheep
Seed testing
Marketing campaign
Pool payments 1991/92
Lupin Logic Number 16
Lupin Logic
Contents
Wallace Cowling heads lupin breeding
Lupin harvesting tips
Lupin book reprinted
What happened to the native budworm?
Seed testing
Marketing campaign
Your help is needed
Lupin Logic Number 28
Lupin Logic
Contents
What - No Pods?
Yield potential of lupins and wheat
Avoiding harvest losses
Lupin row spacing
Reminders
Pool payments 1992/93
A Review Of Plant Introductions To The Kimberley 1955 To 1987, R Mccartney
A Review Of Plant Introductions To The Kimberley 1955 To 1987, R Mccartney
Grain and other field crops published reports
This report summarizes the work done by the Department of Agriculture, Western Australia, in the west and north Kimberley in introducing plant species during 1955-1987.
For the purposes of this repor1the following areas are defined thus:
• West Kimberley- lies between latitude 17°5 and 19°5 and longitude 121°E and 127°E, with an extension to the north of 1° between 121°E and I 24°20'E. The area is 118,000 km".
• North Kimberley - lies north of latitude 17°5 and between longitude 124°20'E and 127°30'E. The area is 85,000 km'.
• East Kimberley-lies north of latitude 19°5 and between longitude 127°30'E and …
Lupin Logic Number 15
Lupin Logic
Contents
Where have all the flowers gone?
Seed testing a must
38,000 tonnes of lupins fed to pigs
Merrit - new lupin release
Memory jog
Lupin Logic Number 14
Lupin Logic
Contents
Stubble length after harvest
1990/91 Pool payments
Budworm threatens crops
Spraying for aphids?
Lupn Logic feedback
Things to do
1991 Catalogue Of The Australian Lupin Collection Including Field Evaluation Data For Wild, Semi-Domesticated And Fully Domesticated Accessions, J. C. Clements, W. A. Cowling
1991 Catalogue Of The Australian Lupin Collection Including Field Evaluation Data For Wild, Semi-Domesticated And Fully Domesticated Accessions, J. C. Clements, W. A. Cowling
Grain and other field crops research reports
This report lists all wild, semi-domesticated and fully domesticated accessions in the Australian Lupin Collection to 1991. The Collection is composed of 2,264 accessions (Perth Numbers between 20629 and 27067) introduced to Australia or from naturalized populations and breeding programmes within Australia. Several accessions are selections from variable populations which were identified during field trials in South Perth, Western Australia. This catalogue lists the characteristics and field evaluation data for every accession where available. Plant breeders and crop scientists will find this information useful for the selection of lupin genotypes with desired characteristics.
Section A of this catalogue should be …
Revegetation Guide To The Central Wheatbelt, E C. Lefroy, R J. Hobbs, L J. Atkins, Department Of Agriculture And Food, Western Australia, Csiro, Division Of Wildlife And Ecology
Revegetation Guide To The Central Wheatbelt, E C. Lefroy, R J. Hobbs, L J. Atkins, Department Of Agriculture And Food, Western Australia, Csiro, Division Of Wildlife And Ecology
Bulletins 4000 -
The rapid development of the central wheatbelt for agriculture over the past century has produced a productive farming landscape, but one which is increasingly subject to degradation. Erosion, salinization, declining soil structure, waterlogging and acidification are all symptoms of this degradation and causes of lost agricultural production. In addition, most of the native vegetation and many of the native animals have disappeared, and the natural heritage of the area resides in small scattered patches that together make up only seven per cent of the wheatbelt region.
Many farmers now recognize that replanting trees and shrubs is an effective means of …
Review Of The Wild Oat Inflorescence And Seed: Anatomy, Development And Morphology, M. V. S. Raju, David M. Sutherland
Review Of The Wild Oat Inflorescence And Seed: Anatomy, Development And Morphology, M. V. S. Raju, David M. Sutherland
Biology Faculty Publications
This slim volume describes a detailed study of the reproductive parts of Avena fatua, the wild oat plant-a common weed in the northern plains and the probable ancestor of the cultivated oat. The book integrates the author's own work with information from available literature and includes lengthy technical descriptions of the structure and the growth of the inflorescence, the floret, the ovule, the pollen grain, the embryo, the seed, and the young seedling. Throughout the work, the author relates the wild oat's structure and development to other grasses, other monocotyledons, and other seed plants, offering evolutionary interpretations of many of …
Lupin Logic Number 13
Lupin Logic
Seasonal reminders
Rethinking aphid control
- CMV and agronomic practices
- Bean yellow mosaic virus (BYMV)
- Resistance to insectisides
- Resistance monitoring
- Research continues
- When should aphids be sprayed
- What to spray with
- Application
World plant protien market
Manganese tissue testing
New seed testing service
Timing Of Nitrogen Fertilizer Application For Cereals, M G. Mason
Timing Of Nitrogen Fertilizer Application For Cereals, M G. Mason
Division of Plant Research : Technical Report Series
Results are presented for 206 trials carried out between 1959 and 1990, investigating the effect of time of application of nitrogen fertilizers on cereal grain yields. This set of data is the basis of recommendations made for timing of nitrogen fertilizer application for cereals in Western Australia. Attention is drawn to the variability of results obtained in different seasons and situations and the time of leaching rains.
Miscellaneous Publication 28/91 - Midas (Model Of An Integrated Dryland Agricultural System), David J. Pannell, Andrew Bathgate
Miscellaneous Publication 28/91 - Midas (Model Of An Integrated Dryland Agricultural System), David J. Pannell, Andrew Bathgate
Farm Systems and Economics published reports
MIDAS is a bioeconomic model of mixed crop/livestock farms in Western Australia. It selects farm management strategies which maximise profit subject to resource, technical and environmental constraints using the linear programming technique. This document provides a thorough documentation of the version of MIDAS developed for the "eastern wheatbelt" region. If you are learning to use MIDAS with the MARG menu driven system, you need to read the MARG manual as well as this documentation.
From early in the life of MIDAS, we gave a high priority to making the data and assumptions readily accessible in documentation and in microcomputer spreadsheet …
Propagation Of Yellow Bells (Geleznowia Verrucosa Turcz., Rutaceae) From Seed, Blakely Paynter, Kingsley Dixon
Propagation Of Yellow Bells (Geleznowia Verrucosa Turcz., Rutaceae) From Seed, Blakely Paynter, Kingsley Dixon
Grain and Other Field Crops Research Articles
Geleznowia verrucosa Turcz. (Rutaceae) is a commercially important, bush-picked wildflower that has no known commercial means of propagation. This study examined factors influencing seed dormancy and likely to restrict germination of the species. Germination of entire, untreated seed was low (less than 2%), but removal of a small portion of the testa at or near the radicle end of the seed improved germination. This response was affected by the temperature under which the seed germinated, but was unaffected by exposure of the seed to light while germinating. The percentage germination of nicked seeds 52 days after sowing increased from 8% …
Proceedings International Sorghum And Millet Crsp Conference, Timothy Schilling, Gary Odvody, Gebisa Ejeta, Larry Claflin, Gary Peterson, Lloyd Rooney, Jerry Eastin, Joan Frederick
Proceedings International Sorghum And Millet Crsp Conference, Timothy Schilling, Gary Odvody, Gebisa Ejeta, Larry Claflin, Gary Peterson, Lloyd Rooney, Jerry Eastin, Joan Frederick
INTSORMIL Impacts and Bulletins
On behalf of the INTSORMIL Board of Directors, Principal Investigators and the Management Entity Office, it gives me great pleasure this moming to welcome you to this opening session of the 1991 INTSORMIL International SorghumIMlllet CRSP Conference.
INTSORMIL initiated the Biennial CRSP conference series in 1983. Attendance has grown with each meeting. Today we have 199 persons registered from 12 States in the U.S. and 27 different countries. There are representatives from three International Agricultural Research Centers (lCRISAT, IFPRI, and ICRISAT), four private seed companies and the U.S. National Grain Sorghum Producers Association (NGSPA).
I look around this audience and …
Lupin Logic Number 12
Lupin Logic
Contents
A job well done
Value added lupins
Lupins for the heavier soils
- European white lupin
Feedback on Lupin Logic
First 1991 CMV report
Lupin grants
Hybrid Variation For Yield, Crude Protein, And Feed Value Of Corn, Z. Hu, C. G. Poneleit, K. O. Evans, Michael Collins, D. O. Liptrap
Hybrid Variation For Yield, Crude Protein, And Feed Value Of Corn, Z. Hu, C. G. Poneleit, K. O. Evans, Michael Collins, D. O. Liptrap
Agronomy Notes
The value of corn as a feed grain depends on the yield per acre, the protein content of the grain, and for some livestock, the lysine level of the protein. Most farmers are aware of yield differences among hybrid corn varieties but may not realize that protein content can also vary significantly. Grain protein level should be accounted for to determine how much protein supplementation will be needed to balance an appropriate animal diet. However, since corn protein is deficient in the amino acid lysine, which is essential for non-ruminant animals, lysine content as well as crude protein content should …
Lupin Logic Number 11, Peter Nelson
Lupin Logic Number 11, Peter Nelson
Lupin Logic
Contents
Don't be part of the silent majority
Post emergent weed control in lupins
Middle East market
Early insect attack
- Red-legged earthmite and lucerne flea
- Cutworm
- Brown pasture loopers
- Bean root maggot fly
Grass Control In Corn With Accent And Beacon, W. W. Witt, Charles H. Slack, James R. Martin, Jonathan D. Green, M. A. Thompson
Grass Control In Corn With Accent And Beacon, W. W. Witt, Charles H. Slack, James R. Martin, Jonathan D. Green, M. A. Thompson
Agronomy Notes
The traditional method for grass control in corn is based on using herbicides applied to soil and incorporated before planting or to the soil surface after planting. This approach has been successful in controlling crabgrass, fall panicum and foxtails, but johnsongrass and shattercane control was sometimes inadequate.
Lupin Logic Number 10, Peter Nelson
Lupin Logic Number 10, Peter Nelson
Lupin Logic
Contents
Extension at its best
Pleiochaeta setosa
- Rotation
- Sowing date
- Stubble mulching
- Sowing depth
- Seeding implement
- Seeding rate
- Tillage
- Fungicides
- Nutrition
Bemused by brand names?
- Simazine tolerance in lupis
- Stop start simazine
Lupin Logic Number 9, Peter Nelson
Lupin Logic Number 9, Peter Nelson
Lupin Logic
Contents
Ready to go?
Superphosphate placement - is it for you?
When should I plant?
Italian market re-established
Nitrogen Fertilizer Use By A High Yielding No-Till Corn Crop, Kenneth L. Wells, H. B. Rice, William O. Thom
Nitrogen Fertilizer Use By A High Yielding No-Till Corn Crop, Kenneth L. Wells, H. B. Rice, William O. Thom
Agronomy Notes
At the present time there is public concern about the effect which nitrogen (N) fertilizer use by farmers has on groundwater quality. This has resulted in research efforts to describe what happens to nitrogen fertilizer after it is applied to a crop. We have conducted a study for the past 3 years which enables us to make a reasonable estimate of how much fertilizer N is taken up by a high yielding corn crop. And, depending on whether the corn is harvested for silage or grain, we have estimated how much of the fertilizer N is removed from the field. …
Bulletin No 4219 - Chemical Control Of Insect Pests In Field Crops And Pastures, T. P. Quinn, G. P. Mangano, P. J. Michael
Bulletin No 4219 - Chemical Control Of Insect Pests In Field Crops And Pastures, T. P. Quinn, G. P. Mangano, P. J. Michael
Bulletins 4000 -
Chemicals currently registered in Western Australia for use against pests of field crops and pasture are given in the following tables. Trade names are listed alongside each chemical formulation.
Department of Agriculture Bulletin 4185 "Insect and allied pests of extensive farming" will help you identify the pest(s) through coloured photographs, descriptions and keys. Information on the type of damage, life cycle and control is also provided. Further information is available in Farmnotes on specific pests and on pests of a particular crop.
The Poison Schedule for each product is indicated in the table. Extremely toxic chemicals are labelled as "dangerous …