61. CROP*3300 Grain Crops, Plant Ag., University Of Guelph Department of Plant Agriculture, University of Guelph. http://www.plant.uoguelph.ca/courses/crop-3300/

CROP*3300 Department of Plant Agriculture CROP*3300 Grain Crops Winter 2005 Home Courses Instructor: D. Falk Rm 209 Crop Science, phone ext 53579, email: dfalk@uoguelph.ca Prerequisites: AGR*2451/2 or CROP*2110 Calendar Description: Management strategies and world production of the major temperate grain crops are studied relative to their botanical and physiological characteristics and to available environmental resources. The utilization of grain crops for human food, livestock feed, and various industrial products are examined. (Offered in odd-numbered years.) Course Objectives: Examine world production and distribution of grain crops Provide an introduction to utilization of major temperate grain crops Study growth and development of grain crops, and relate botanical and physiological aspects of each crop to management and practical production practices The overall aim of the course is to provide a coherent body of knowledge on the history, production, utilization, and management of the major grain crops of Ontario and Canada. Course Content: General comparisons of botany, origins of domesticated types, cultivation, adaptation, distribution, production practices and utilization of maize, wheat, barley, oats and minor grain crops.

62. Lancaster County Cooperative Extension - Grain Crops Back to Homepage, Agriculture grain crops arrow you are here. grain crops.Variety and Hybrid Test Reports. Soybean Research Articles http://lancaster.extension.psu.edu/Agriculture/Agronomy/GrainCrops.htm

63. Grain Crops Agric 4673Principles of grain crop production, classification, and improvement.Lecture 3 hours. Prerequisites AGRIC 1214 and Junior standing. http://www.cameron.edu/~leonf/ag4673.html

Grain Crops Agric 4673-Principles of grain crop production, classification, and improvement. Lecture 3 hours. Prerequisites: AGRIC 1214 and Junior standing. Return to my Homepage This page is maintained by Leon Fischer

64. Alternative Grain Crops It performs very well as a grain crop in North Carolina. It has high yields, isvery winter hardy, stress resistant, and has no insect or disease problems. http://www.cropsci.ncsu.edu/organicgrains/altgrainprod/altgrainprod.htm

Organic Field Crop Production and Marketing in North Carolina Alternative Grain Crops Organic farms must have diverse crop rotations. To achieve a rotation of more than two years, crops other than corn and soybeans (or soybeans-wheat double crop) should be considered. This page is intended to be a resource for farmers interested in expanding their rotation to include some grain crops that are in demand in North Carolina and in the eastern US. Sunflower Seed Organic sunflower seed is used in bird feed, for sunflower oil and the meal for livestock feed. Sunflowers are a summer annual crop that can be managed similar to other summer grain crops. The links from this page lead to production information for sunflower seed, though not necessarily organic sunflower seed production. There is no information available on organic sunflower production in North Carolina, so adjustments to the management systems recommended must be made to fit in a certified organic operation. Buckwheat Buckwheat is a summer annual broadleaf grain, and is used to produce food-grade flour and sometimes livestock feed. It thrives in cooler climatic conditions, but is not frost-tolerant. Buckwheat is fast growing and is probably best planted for production in early summer (after the last frost) or in late summer (about 8-10 weeks before the first frost) in North Carolina, although it can be grown anytime in the summer. The links from this page lead to production and marketing information for buckwheat. There is little information available on organic buckwheat production in the southeast, so adjustments to the management systems recommended must be made to fit NC's climate and into a certified organic operation.

65. Varieties Of Crops Varieties of grain crops coming growing season can refer to the latest editionof Varieties of grain crops for the varieties best suited to their area. http://www.agr.gov.sk.ca/docs/crops/cereals/var99.asp

Navigation Path >> Home Crops Wednesday, September 21, 2005 Varieties of Grain Crops Producers making cropping decisions for the coming growing season can refer to the latest edition of Varieties of Grain Crops for the varieties best suited to their area. This publication provides information on the relative yields for the different growing regions in the province. The publication also provides production information on the crops, including a list of seed distributors. Download PDF File 1.25 MB Problems printing PDF files from Adobe Acrobat Reader? Navigation Path >> Home Crops Top of Page 3085 Albert Street, Regina, Saskatchewan, Canada S4S 0B1 Phone: (306) 787-5140

66. JAWRA Bibliography For Topical Keyword Grain Crops JAWRA Bibliography for topical keyword grain crops. Potential, Actual, andEquilibrium Evapotranspiration in a Wheat Field Pamela MacQuarrie and Lawrence http://awra.org/jawra/keywords/keygraincrops.html

September 21, 2005 Search AWRA Website Site Map About Us Join AWRA Events Publications ... Home JAWRA Bibliography for topical keyword: Grain crops Potential, Actual, and Equilibrium Evapotranspiration in a Wheat Field Pamela MacQuarrie and Lawrence C. Nkemdirim Volume 27, No. 1, pp. 73-82, February 1991 Value of Water In Irrigated Crop Production Using Derived Demand Functions Suren N. Kulshreshtha and Devi D. Tewari Volume 27, No. 2, pp. 227-236, April 1991 Monitoring Operations Performance in Large-Scale Public Irrigation Systems in Indonesia Timothy G. Kelley and Sam H. Johnson Volume 27, No. 3, pp. 495-508, June 1991 Motivating Reductions in Drain Water With Block-Rate Prices for Irrigation Water Dennis Wichelns Volume 27, No. 4, pp. 585-592, August 1991 Application of Crop Yield Functions in Reservoir Operation A. B. Dariane and T. C. Hughes Volume 27, No. 4, pp. 649-656, August 1991 Low-Input Agriculture As a Ground Water Protection Strategy Penelope L. Diebel, Daniel B. Taylor, Sandra S. Batie, and Conrad D. Heatwole Volume 28, No. 4, pp. 755-761, August 1992 The Farm Level Effectiveness of Selected Irrigation Policy Measures W. J. Brown, R. G. Roy, and S. N. Kulshreshtha Volume 29, No. 2, pp. 169-178, April 1993

67. Grain Crops grain crops. (Y14) INF. Spartacus, USA History, British History, Second WorldWar, First World War, Germany, Medieval World, The Normans, Yalding Project, http://www.spartacus.schoolnet.co.uk/YALDgraincrops.htm

Grain Crops (Y14) INF Spartacus USA History British History Second World War ... Email Wheat Oats Barley Rye Available from Amazon Books (order below) Enter keywords... NGfL Standards Site BBC PBS Online ... GoTo

68. ECHOs Global Bookstore ECHOs Global Bookstore Grain Crops Specialize in books and seeds for people working with farmers in underdevelopedcountries. We also cater to gardeners in Temperate and Tropical climates. http://www.echotech.org/bookstore/index.php?cPath=25_68_71

69. P1344 Small Grains - Weed Control In Small Grain Crops Several weeds cause problems in wheat production. The most serious weeds are wildgarlic and wild onion, mainly wild garlic. Vetch and wild winter peas also http://msucares.com/pubs/publications/p1344.htm

Small Grains Weed Control in Small Grain Crops Several weeds cause problems in wheat production. The most serious weeds are wild garlic and wild onion, mainly wild garlic. Vetch and wild winter peas also are problems, especially if you are producing the grain for seed. Vetch seed are difficult to remove in cleaning. Other broadleaf weeds (dock, wild turnip, wild radish, wild mustard, and buttercup) sometimes are troublesome. Occasionally, warm-season grasses and broadleafs are a problem in some instances and can greatly reduce grain yields and cause harvesting problems. Crop, weed, or situation and active chemical per treated land acre Formulation needed to treat 1 acre broadcast Time of application Weeds controlled Special instructions and remarks Preemergence Wheat diclofop methyl at 0.75 to 1.0 lb/A 2.0 to 2.67 pt of Hoelon 3 EC in at least 10 gal water for ground and 5 gal water for air.

70. Agriculture, Fisheries And Aquaculture: Grain Crops grain crops. 2003 Cereal Guide to Variety and Pest Control PDF 198.93kb;2004 Guide to Cereal Variety Selection PDF 51.16kb; 2005 Guide to Cereal Pest, http://www.gov.pe.ca/af/agweb/index.php3?number=69207&lang=E

71. Prince Edward Island: News Release (Armyworms Detected In Grain Crops) ARMYWORMS DETECTED IN grain crops CHARLOTTETOWN, PEI The Department ofAgriculture and Forestry is advising grain farmers that armyworms have been http://www.gov.pe.ca/news/getrelease.php3?number=2168

72. Breeding More Productive Grain Crops - Could Selecting The Right Rooting Traits Using ROOTMAP to identify belowground competition between grain crops and weeds A variety of grain-crop species will be investigated, with a particular http://www.regional.org.au/au/asa/2003/c/1/dunbabin.htm

Home About Publications Services ... Home Breeding more productive grain crops - could selecting the right rooting traits help? Vanessa Dunbabin , Art Diggle , Zdenko Rengel , Gurjeet Gill , Neville Mendham Tasmanian Institute of Agricultural Research, University of Tasmania, GPO Box 252-54, Hobart, TAS 7001 www.tiar.utas.edu.au Email Vanessa.Dunbabin@utas.edu.au Western Australia Department of Agriculture, South Perth, WA 6151 ADiggle@agric.wa.gov.au Department of Soil Science and Plant Nutrition, University of Western Australia, 35 Stirling Highway, Crawley, WA 6009 www.agric.uwa.edu.au/soils/nuts Email zrengel@agric.uwa.edu.au Department of Agronomy and Farming Systems, Adelaide University, Roseworthy, SA 5371 Abstract Root systems and their interactions with the below-ground environment are difficult to study. As a result, root research has typically lagged behind that carried out on above-ground parts of crop plants. Modern advances in computing technology are allowing 3D root architectural models to play a role in below-ground investigations. ROOTMAP is one such model, and has been used to investigate the influence that lupin root systems can have on water and nitrate distributions and nitrate leaching in field soils. Simulating a wide range of root architectures, ROOTMAP predicted that to reduce nitrate leaching to depth below lupin crops, a trade-off between surface and subsoil rooting density is required, with high rooting density in the topsoil alone insufficient to minimise leaching. Simulated plants that rapidly established a relatively high density of roots in the topsoil, reduced total nitrate leached with the break of season rains. Further increases in topsoil root density were, however, a poor investment of internal assimilates. A shift in resource allocation to subsoil root growth as the season progressed, gave plants a second chance to acquire nitrate previously leached to depth, and proved the most successful strategy for reducing total annual losses of nitrate.

73. Raised Bed Grain Crops And Impacts On Runoff Quantity And Quality In South-west Raised bed grain crops and impacts on runoff quantity and quality in southwestVictoria, Australia, 2001. Previous Page Table Of Contents Next Page http://www.regional.org.au/au/asssi/supersoil2004/s16/poster/1492_johnstont.htm

Home About Publications Services ... SuperSoil 2004 Raised bed grain crops and impacts on runoff quantity and quality in south-west Victoria, Australia, 2001 Tim Johnston , Robert White and Marc Nicolas DPI, PO Box 103, Geelong, Vic 3220, Australia. Email: Tim.Johnston@dpi.vic.gov.au Abstract Refereed proceedings Click here to access the proceedings. Author evaluation Help us to make the Author Gateway more user friendly for future conferences. Fill in a short evaluation form Author permission Authors who wish to permit their PPT presentations to be published as part of the proceedings are invited to download the permission forum ISBN 1 920842 26 8 SuperSoil 2004 Published by The Regional Institute Ltd

74. Pesticide Use On Utah's Small Grain Crops 3) Crop(s) treated any small grain crops treated for the specified target pest(s) 9) Crop acreage(s) - the acreage of any small grain crops produced http://extension.usu.edu/coop/ag/environ/upep/survey/sgsurvey.htm

PESTICIDE USE ON UTAH'S SMALL GRAIN CROPS Howard Deer Extension Pesticide Coordinator Animal, Dairy, and Veterinary Sciences Department and Alan H. Roe Insect Diagnostician Biology Department Funding provided by a grant from the National Agricultural Pesticide Impact Assessment Program (NAPIAP) Extension Pesticide Programs Cooperative Extension Service Utah State University Logan, Utah October 1997 TABLE OF CONTENTS LIST OF TABLES LIST OF ABBREVIATIONS INTRODUCTION Survey Background Data Requested By The Survey METHODS Data Compilation Assumptions Used For Data Entry Data Analyses RESULTS Bound Estimates For Percentages Responses And Reported Acreages Cropping Patterns and Crop Acreage Pesticide Use On Small Grains Treatment Methods Pesticide Use Patterns In Barley Pesticide Use Patterns In Oats Pesticide Use Patterns In Wheat Major Target Pests In Barley Major Target Pests In Oats Major Target Pests In Wheat Comparison Of County Acreages Pesticide Use Comparisons By County County Comparisons For Barley County Comparisons For Oats County Comparisons For Wheat Extrapolated State Totals SUMMARY AND CONCLUSIONS Survey Design And Responses Cropping Patterns And Crop Acreage Treatment Methods Pesticide Use Patterns Major Pesticides Major Target Pests County Comparisons Usefulness Of The Data ACKNOWLEDGMENTS REFERENCES CITED SUMMARY TABLES APPENDICES A Pesticide Use Survey Questionnaire B Pesticide Trade Name To Generic Name Index C Pesticide Generic Name To Trade Name Index LIST OF TABLES 1. Grower responses, total reported acreage, and treated acreage for Utah small grain crops.

75. Government Plans Make Grain Crops Pay Better Government Plans Make grain crops Pay Better. In addition to grain price hikessince midOctober, farmers can expect to benefit from the government s http://www.china.org.cn/english/2004/Mar/90009.htm

- SEARCH - WEATHER CHINA INTERNATIONAL BUSINESS ... Exchange Rates Hot Links -Media- Xinhua News Agency People's Daily China Daily China Radio International Beijing Review China Today China Pictorial People's China El Popola Cinio Chinese Literature Other web sites China Development Gateway Chinese Embassies Government Plans Make Grain Crops Pay Better In addition to grain price hikes since mid-October, farmers can expect to benefit from the government's massive capital input into rural regions, plus agricultural tax cuts this year as promised at the ongoing session of the National People's Congress. Now, the State Council has reiterated plans to strengthen China's grain production capacity by urging local governments to be conscientious in subsidizing grain producers. They are also to convey to farmers that grain production will be encouraged in a "more direct and effective way." The message from a recent State Council meeting, carried in major Chinese newspapers Wednesday, did not provide more details. But a reliable source said a record 150 billion yuan (US$18 billion) is likely to be spent this year on moves to fire up farmers to produce more, improving rural infrastructure and ensuring the country's food security.

76. PAN Pesticide Use Info For Grain Crops For Forage Crop/Site Info. Identifying information about grain crops for Forage, Top 50pesticides used on grain crops for Forage, with information on the identity http://www.pesticideinfo.org/DS.jsp?sk=24000

77. GRDC - Crop Doctor - Australian Grain Crops Under The Satellite Spotlight (South At the series of GRDC Updates earlier this year we were fortunate to hear aboutthe use of satellite imagery in European farming practices. http://www.grdc.com.au/growers/cd/south/southern_region05022.htm

Southern region: 24 May 2005 Australian grain crops under the satellite spotlight At the series of GRDC Updates earlier this year we were fortunate to hear about the use of satellite imagery in European farming practices. It has proved to be a very powerful tool for farmers and their advisers, with some 6000 European farmers set to use the FARMSTAR service provided by the space company EADS Astrium in 2005. FARMSTAR is also being used in Australia, although in our case some of the information maps provided by the service are still being evaluated for their accuracy. Jon Medway of Terrabyte Services at Wagga Wagga says about 50,000 hectares of grain crops - mainly wheat and canola - right across Australia will be 'imaged' this year in addition to rice and cotton crops. Australia is apparently well-suited to this technology - our farms and paddocks are larger than those in Europe, making for more economic use of the service, and the generally dry climate allows for good image acquisition by the FARMSTAR satellites. The cost of the service in Europe is $15/ha for a package of three image dates, however its been demonstrated that European farmers can achieve a $25/ha net benefit. Mr Medway says Australian farmers are looking at less than $4/ha for a single image date and $7/ha for a two-image package. While it is too early to put a figure on the potential net benefit for Australian croppers, rice growers have achieved yield benefits resulting in an additional $150/ha with targeted nitrogen management.

78. ARS Research Listings By Subject - 1599 grain crops, general/other (includes buckwheat, millet, triticale) Grain sorghum Grapefruit Grapes, other Grasslands, other http://ars.usda.gov/research/projects.htm?slicetype=keyword&soi_code=1599

79. Re: What Grain Crops Will Grow At High Altitude? grain crops are not very high in protein. In the equitorial belt at this altitudeyou can still grow corn and potatoes, which are staple foods around the http://www.madsci.org/posts/archives/may2000/958175792.Ag.r.html

MadSci Network : Agricultural Sciences Re: what grain crops will grow at high altitude? Date: Thu May 11 21:07:13 2000 Posted By: Richard Kingsley, Science teacher Area of science: Agricultural Sciences ID: 956089395.Ag Message: Hi George, Grain crops are not very high in protein. In the equitorial belt at this altitude you can still grow corn and potatoes, which are staple foods around the world. Quinoa, although not actually a grain, is cooked and eaten as a grain crop in South America where it is grown in the Andes. This plant is very high in protein. In the tropics, many different vegetables and grains can be grown between 3000-5000 feet because it is still warm. If you are going somewhere like this, I would plan on growing a range of crops to provide you with a diverse selection of food. Volcanic soil is rich in nutrients but if you are going to be in one place for some time I would learn how to apply LEISA techniques in your garden (LEISA - Low External Input Sustainable Agriculture). The plants will not rot nor will they suffer from a lack of oxygen or carbon dioxide. The cooler weather actually reduces problems with bugs. Buy your seeds in the country where you intend to live. It will support the local economy and you may well be surprised by what is available. Good luck. Richard Kingsley Current Queue Current Queue for Agricultural Sciences Agricultural Sciences archives Try the links in the MadSci Library for more information on Agricultural Sciences MadSci Home Information Search ... Join Us!

80. What Grain Crops Will Grow At High Altitude? Subject what grain crops will grow at high altitude? Date Tue Apr 18 1523152000 Posted by george bugh Grade level nonaligned School n/a http://www.madsci.org/posts/archives/may2000/958175792.Ag.q.html

MadSci Network : Agricultural Sciences Subject: what grain crops will grow at high altitude? Date: Tue Apr 18 15:23:15 2000 Posted by george bugh Grade level: nonaligned School: n/a City: fort worth State/Province: texas Country: usa Area of science: Agricultural Sciences ID: 956089395.Ag Message: Are there any high protein high carbohydrate grains or any kind of healthy grains that would grow at somewhere like 3000 feet up to 5000 feet and higher where it gets 76 inches or less annual rain in an equatorial area. The only reason it would be less though is if it was above the cloud layer. Would it all rot from too much water or suffacate from too little air? The soil would be volcanic. Where do I find someone with grain seed if there are such a plants? Re: what grain crops will grow at high altitude? Current Queue Current Queue for Agricultural Sciences Agricultural Sciences archives Try the links in the MadSci Library for more information on Agricultural Sciences MadSci Home Information Search ... Join Us! MadSci Network, webadmin@www.madsci.org

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