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Soybean Crops:     more books (100)

GRP soybeans (group risk plan) : 1995 crop year (SuDoc A 82.2:G 91/2) by U.S. Dept of Agriculture, 1995 Soybeans: A crop worth growing (Bulletin / University of Wisconsin. Agricultural Experiment Station) by R. A Moore, 1918 Planting crops in soybean residue (Water quality protection-conservation tillage series) by Ray E Lammond, 1984 Some factors affecting the influence of soybeans, oats, and other crops on the succeeding crop (Bulletin / Agricultural Experiment Station, College of Agriculture, West Virginia University) by David Rollin Dodd, 1935 Sorghums and soybeans as silage crops for milk production (Bulletin / University of Illinois) by W. B Nevens, 1954 Indiana soybean disease and crop condition survey, 1966 (Research progress report / Purdue University, Agricultural Experiment Station) by F. A Laviolette, 1966 Biology of predatory ladybirds and their contribution to the dynamics of the aphid population on cereal crops and soybeans in Primorskii Territory =: Biologiya ... zernoykh kult́urakh i soe v Primorskom Krae by V. N Kuznetsov, 1981 Competition between soybeans and other crops in major U.S. regions (ERS) by Wayne A Boutwell, 1975 The soybean crop for fattening western lambs (Bulletin / University of Illinois) by W. G Kammlade, 1925 The soybean integrated crop management model: Model description and calibration for Georgia insect environments (Research bulletin / Georgia Agricultural Experiment Stations) by Philip I Szmedra, 1986 Indiana soybean disease and crop condition survey, 1965 (Research progress report / Purdue University, Agricultural Experiment Station) by K. L Athow, 1965 North Carolina measured crop performance: Soybean and cotton 1997 (Crop science research report) by D. T Bowman, 1997 Soybeans: A good legume crop borrowed from the Orient (Bulletin / University of Wisconsin. Agricultural Experiment Station) by R. A Moore, 1925 Crop costs and returns: Soybeans, pinto beans, corn and sunflowers (Circular A-558) by Roger G Johnson, 1971

lists with details

81. New Page 1
    BRAZIL soybean Crop Progress Update. Planting operations for the 2004/05 soybean crop were completed in a timely fashion in late December, ensuring that  
    http://www.fas.usda.gov/pecad/highlights/2005/01/Brazil Soy/Brazil_soy_jan05.htm
    
    Extractions: Foreign Agricultural Service January 11, 2005 BRAZIL: Soybean Crop Progress Update Planting operations for the 2004/05 soybean crop were completed in a timely fashion in late December, ensuring that the crop was sown within the normal planting window. As reported by numerous official sources in October, despite falling international soybean prices and rising production costs Brazilian farmers intended to expand soybean area in virtually every state. Brazilian government forecast agencies now report that double-digit growth is expected in most Center-West states, while the traditional southern states will register more modest increases. Nationally, soybean area is forecast to increase 6-7 percent in 2004/05, whereas in 2003/04 it grew 16 percent. Asian soybean rust has been widely reported across Brazil. However, Brazilian government agencies and private agricultural consultants indicate that preventative fungicide applications have been successful so far in limiting crop damage and yield losses. Last years heavy rains in February contributed to the ineffectiveness of the rust spraying campaign in important producing states such as Mato Grosso and Goias, leading to severe crop losses. Most observers indicate that ample supplies of fungicide are available this year and farmers are better prepared to battle the disease. USDA estimates 2004/05 Brazilian soybean production at a record 64.5 million tons, up 23 percent from last year’s drought and rust-afflicted crop. Harvested area is estimated at a record 23.0 million hectares, up 1.5 million or 7 percent from last year. Yields are forecast at a near-record 2.8 tons per hectare, but slightly below the 25-year trend.

82. Brazil Crop Situation Update March 2005 - Soybean And Corn Estimates Fall In Res
    The summer corn harvest was just beginning, whereas the soybean crop was predominately in The state’s soybean crop was in obviously critical condition,  
    http://www.fas.usda.gov/pecad/highlights/2005/03/BrazilSoy/
    
    Extractions: Foreign Agricultural Service March 10, 2005 Brazil : 2004/05 Crop Situation Update Soybean and Corn Estimates Fall in Response to Drought The USDA currently estimates Brazil's s oybean production in 2004/05 at a record 59.0 million tons, down 4.0 million from last month owing to worsening drought conditions in southern producing states. Soybean area is estimated at a record 23.0 million hectares, up 1.5 million or 7 percent from last year. Yield is forecast at a below-average level of 2.57 tons per hectare. Total corn production is estimated at 39.5 million tons, with area forecast at 12.2 million hectares. Corn yield is currently forecast slightly above average at 3.23 tons per hectare. Foreign Agricultural Service (FAS) analysts traveled through important agricultural regions in Brazil during January and February, encompassing the states of Mato Grosso, Goias, Parana, and Rio Grande do Sul. These 4 states collectively account for 75 percent of national soybean production, 45 percent summer corn, 65 percent rice, and 62 percent of the cotton crop. Northern Sector Southern Sector Major summer crops of soybean, corn, and rice were in mixed condition depending upon which state they were located in. In Parana the bulk of the state’s crops were in superb condition in early February, with strong yield potential as they entered the final seed production and maturation growth phases. Rainfall had been plentiful and well distributed this season, except in the far southern and southwestern growing areas, and soil moisture reserves were substantial throughout the majority of the state. Officials in the states agricultural agency DERAL and most major farm Cooperative’s reported that soybean and summer corn crops were expected to reach bumper proportions this season.

83. Disaster Recovery Leaflet
    DROUGHT soybean CROP MANAGEMENT. Most of the soybean acreage in South Carolina is now planted and some of the earlier soybeans are beginning to enter  
    http://virtual.clemson.edu/groups/psapublishing/disaster/drought/Drout19.htm
    
    Extractions: 1) Late-season weeds can further rob yields and profits. There are several postemergence herbicides that can provide good control, if the weeds and crop are not significantly stressed (e.g., Pinnacle for 8- to 10-inch pigweed). If farmers are using Roundup Ready varieties, the addition of First Rate to Roundup Ultra will assist with morningglory control. Refer to the 2000 Pest Management Handbook for control recommendations, crop and weed growth stages for application, and efficacy ratings for soybean herbicides. 2) Insects can be more difficult to control under drought conditions. This is due to the reduced occurrence of beneficial insects and diseases of destructive insects. Begin scouting each soybean field at first bloom and repeat every five to seven days. Economic thresholds for every destructive insect are listed in the Clemson Pest Management Handbook. Remember, after first bloom the crop can tolerate a 15 to 20 percent foliage loss without losing yield potential. For pod feeders, the thresholds are two large corn earworms or one stinkbug per row foot in wide rows. When scouting drilled soybeans, use sweep nets and count the average number of insects per 10 sweeps in 4 different spots in each field. The threshold for stinkbug is 2, while for corn earworm, it's 4 per 10 sweeps. 3) Nematodes, nutrient deficiencies, and other problems can be masked by drought. Farmers are urged to walk their fields and look for problem spots that don't appear to have a weather-related cause, and obtain soil, tissue, or whole plant samples from both "good" and "bad" spots and have agents send the samples to either the Plant Problem Clinic or to the appropriate lab at Clemson for analysis.

84. Soybeans
    In South Carolina, the soybean is called the “miracle crop” for many reasons. Farmers in South Carolina consider soybeans an excellent rotational crop.  
    http://www.scda.state.sc.us/virtualtour/soybeans/soybeans.htm
    
    Extractions: Contact Us! Soybeans Also, the soybean is referred to the miracle crop for its many uses. Soybeans are an ingredient in everything from crayons to diesel fuel and from wood adhesives to carpet backing. South Carolina farmers really became interested in soybean production in 1950 when they planted 100,000 acres. At that time, the crop yielded 12 bushels to the acre. The popularity of the crop continued to increase until 1982 when farmers planted over 1.8 million acres of soybeans. They became more efficient at soybean production and yields increased in succeeding years. Today, the acreage of the crop in South Carolina has increased to 420,000 harvested acres in 2003 with a yield of 25 bushels per acre. Soybeans is now considered to be one of the top 10 cash crops in the state. In 1975, South Carolina farmers formed the South Carolina Soybean Association to serve as a voice for soybean farmers in the state and in Washington. That association is still serving its members under the name of the South Carolina Corn and Soybean Association today. The association is affiliated with the American Soybean Association and the National Corn Growers Association. Through the years, farmers in the area also realized that the soybean crop had a huge market potential. For this reason, they enacted the soybean marketing order in 1978. An assessment was to be paid by the soybean farmers at the grain elevator. Funds from the assessment would then be used for research, promotion, and education relative to the crop.

85. Canadian Food Inspection Agency - Plant Products Directorate - Soybean Seed Crop
    4.1 Assessment of Application for soybean Crop Inspection c) the previous soybean crop was sown with the pedigreed seed of a variety not tolerant to the  
    http://www.inspection.gc.ca/english/plaveg/seesem/man/swi-soye.shtml
    
    Extractions: datestamp='2005-09-08' Quick Pick By Commodity / Key Topic Animal health Biotechnology Dairy Eggs Employment Opportunities Feeds Fertilizers Fish and Seafood Food Recalls Forestry Fresh Fruits and Vegetables Grains Honey Horticulture Meat Hygiene Pet Imports Plant Biosafety Plant Breeder's Rights Potatoes Processed Products Publications Retail Food/Labelling Seeds Variety Registration Veterinary Biologics

86. Relay Cropping Wheat And Soybeans, AGF-106-01
    Early wheat harvest removes competition with the soybean crop sooner and leads to Harvest of the relay crop soybeans will usually be the last harvested  
    http://ohioline.osu.edu/agf-fact/0106.html
    
    Extractions: Extension Agronomist Winter wheat is harvested in late June through mid-July in Ohio. With the first killing frost occurring in mid-October most years, there is often time to produce a second crop following wheat harvest. Producing a second crop allows for the increased use of machinery, labor, and land during the year and a lowering of fixed cost on a per-acre basis, resulting in a more profitable farming operation. There are two forms of multiple cropping: double cropping and relay cropping. With double cropping the second crop is planted following harvest of the first. Relay cropping consists of interseeding the second crop into the first crop well before it is harvested. Both systems are employed in Ohio, with double cropping being the preferred system south of I-70 and relay cropping to the north. The relay technique enables the production of a second crop in areas where time for a second crop following wheat harvest is inadequate. There are two primary requirements for profitable multiple cropping: 1) There must be adequate time for the production of a second crop.2) There must be adequate water to produce two crops, whether from stored soil moisture, rainfall, or irrigation.

87. Soybean Rust In State, Soybean Crop Still OK (07-22-2005)
    On July 18, rust was confirmed in a sentinel plot of soybeans in George County. Mississippi State University Extension Service plant pathologist Billy Moore  
    http://msucares.com/news/print/cropreport/crop05/050722.html

88. EO Library: The Ozone We Breathe Page 3
    Studies of soybean yield at the University of Maryland found a 10 percent loss of soybean crop due to current levels of ozone in that state,  
    http://earthobservatory.nasa.gov/Library/OzoneWeBreathe/ozone_we_breathe3.html
    
    Extractions: Browning on potato leaves shows evidence of exposure to high concentrations of ozone. (Photograph courtesy UDA-ARS Air Quality Program, North Carolina State University; photo by Gerald Holmes) Severely affected plants do show symptoms of ozone stress. Leaves may have tiny light-tan irregular spots less than 1mm in diameter (flecking), small darkly pigmented areas approximately 2-4 mm diameter (stippling), bronzing, and reddening. An increasing number of reports have appeared during the past 25 years regarding ozone-induced injury to plant leaves in many countries. (Krupa et al. 2001) Although research shows that ozone pollution harms forests and that prolonged exposure has serious consequences, the precise extent of ozone damage to mature forests has proven a difficult issue to resolve. Natural ecosystems are highly variable and complex, and laboratory studies can never fully simulate them. Variability extends to individual plant species, subspecies, and varieties; some react to ozone more strongly than others. Ozone in the Stratosphere Related Data Ozone Some species of crop plants react more strongly to high concentrations of ozone than others. This graph from a study by the Environmental Protection Agency shows the reduction in yield of crops exposed to ozone. At an ozone concentration of 60 parts per billion, soybeans yields decrease to about 75 percent of normal, while wheat, corn, and alfalafa yields decrease to about 90 percent of normal. (Graph by Adams et al., 1989, adapted by Chameides et al., 1999, based on data from the National Crop Loss Assessment Network)

89. >Planting Soybeans Into Rye, Round Two
    The rye planted for last summer’s soybean crop was broadcast on October 1, 2002, and never emerged till spring due to a cool wet fall.  
    http://www.newfarm.org/features/1104/rye2/index.shtml
    
    Extractions: In northwestern Minnesota, Robin Brekken, Lee and Noreen Thomas and other organic farmers are working to perfect a system for no-till planting soybeans into a standing rye cover. Despite ongoing unpredictable weather, the strategy continues to show promise. By Deborah A. Hyk Here in this field of rye and soybeans on his Crookston farm, Brekken demonstrates how weed-free his crops were this year, despite poor weather. November 23, 2004: Can rye benefit organic crops and soil? A University of Minnesota project is uncovering a complicated answer to that question. The study is researching the practice of planting soybeans into cover crops of winter rye. The rye is intended to keep nutrients in the soil, along with moisture to aid germination. Last year, NewFarm.org detailed the experiences of Robin Brekken of Crookston, Minn

90. Soybean Rust How Great Is The Threat For Nebraska?, NF05-633
    may make the soybean crop less vulnerable to soybean rust. not factor in irrigation and in 2004, 55% of the Nebraska soybean crop was irrigated.  
    http://www.ianr.unl.edu/pubs/plantdisease/nf633.htm
    
    Extractions: Nebraska Cooperative Extension NF05-633 Soybean Rust: How Great is the Threat for Nebraska? By Loren J. Giesler, Extension Plant Pathologist Previous Category Catalog Order Info Soybean rust is a serious foliar disease that has caused significant crop losses in other parts of the world. It was first detected in the United States in November 2004 and has since been identified in several southeastern states. The fact that wind-borne spores principally spread soybean rust suggests it will be a seasonal problem in Nebraska. Soybean rust, also referred to as Asian soybean rust, is caused by Phakopsora pachyrhizi . It is an aggressive pathogen that, in the past 10 years, has spread from Asia to Africa, South America, and now the United States. Yield losses can be severe with as much as 10-80 percent losses reported. Since its arrival in 2001, Brazilian soybean producers have suffered significant yield losses. Soybean rust cost Brazilian farmers $600 million in fungicide applications in 2002-03 and possibly more than $1 billion in 2003-04. USDA estimates U.S. losses could range from $640 million to $1.3 billion in the first year and $240 million to $2 billion in subsequent years, depending on the severity and extent of spread. The big question is: How will soybean rust impact Nebraska soybean production?

91. Irrigating Soybean, G98-1367-A
    soybean crop water use or daily evapotranspiration (ET) from a Note that a wellwatered soybean crop may transpire up to 0.5 inches of water on a hot,  
    http://www.ianr.unl.edu/pubs/fieldcrops/g1367.htm
    
    Extractions: Revised in January 2005 Irrigating Soybean Proper irrigation management is critical to optimize both yields and irrigation water resources. Irrigated soybean production in Nebraska encompasses a region with diverse soils and climate and different irrigation management strategies. This NebGuide details irrigation water management recommendations that accommodate Nebraska's soil, climate and precipitation variability. William L. Kranz, Extension Irrigation Specialist Soybean acreage in Nebraska has increased from 43,000 acres of irrigated production in 1972 to 2.55 million acres of irrigated production in 2003. About 45 percent of Nebraska's total soybean acreage is irrigated. The interest in soybean is due to favorable economic returns, varieties with better yield potential, the value of soybean in rotation with other crops such as corn, and changes in U.S. farm legislation. Soybean plant development can be separated into two phases - vegetative and reproductive. The vegetative stage begins with seed germination and seedling emergence. The reproductive stage begins with the appearance of the first flower on the plant. Vegetative development is typically monitored by counting the number of main stem nodes. The node where the two cotyledons are attached is counted as node 0, whereas the node where the two unifoliolate leaflets are attached is counted as node 1. All other nodes above the unifoliolate leaflets bear trifoliolate leaflets and are counted in sequence as 2, 3, etc. Reproductive development is a bit more complicated and details are provided in Table I. Knowing these soybean stages is important when using the stage-of-growth method of scheduling irrigations.

92. Earthfiles.com
    In the downed soybeans of that unusual 2003 Serpent Mound crop formation, 09/12/2003 Second soybean Crop Formation in Ohio is Manmade.  
    http://www.earthfiles.com/news/news.cfm?ID=908&category=Environment

93. Southeast Farm Press: Large Crops Weigh On Corn, Soybeans
    Full text of the article, Large crops weigh on corn, soybeans from Southeast Farm Press, a publication in the field of Business Finance,  
    http://www.findarticles.com/p/articles/mi_m0HEV/is_26_31/ai_n6363598
    
    Extractions: Save a personal copy of this article and quickly find it again with Furl.net. It's free! Save it. Byline: Elton Robinson Farm Press Editorial Staff This year's U.S. corn and soybean crops look like winners on all counts except price direction, according to market analyst Roger Knapp, speaking at the Ag Market Network's October teleconference. Knapp, with STA Trading Services, says corn production in 2004 won all four indicators of yield in the Midwest - early planting, rainfall and temperature in July, rainfall and temperature in August and temperature in September.

94. Symptoms And Controls Of Crop Diseases
    Crop rotation avoid alfalfa, red clover or soybeans for three years. Use crop rotation one or more years out of soybeans. Use tillage to bury crop  
    http://www.ext.nodak.edu/extpubs/plantsci/crops/pp533w-3.htm
    
    Extractions: Soybeans RUST, Uromyces appendiculatus var. appendiculatus Symptoms. Rusty-colored pustules erupt through the surface of the leaf. Rusty-colored summer spores can be brushed off the surface of the pustules. Pustules may also form on the pods. When rust is severe, leaves turn yellow, dry out, and drop prematurely. Late in the season the summer spores are replaced with dark-colored winter spores. Control. Bury infected bean residue by deep plowing. Avoid planting next to fields that had severe rust last year. Use a three- or four-year crop rotation. Monitor fields for rust. Use maneb or chlorothalonil fungicide when rust first appears. Early detection of rust and early application of fungicide is essential to rust management. Remarks. Some varieties have shown resistance to the common races of rust, but races have changed recently (1996). Many rust races are present in North Dakota, and the dominant races may change from time to time, adversely affecting the resistance of certain varieties. Continued monitoring for rust is essential.

95. Soybean Market Review
    In South Dakota, basis on old and new crop soybeans remains wider than just a This will impact the cash bids for old crop soybeans and the forward price  
    http://econ.sdstate.edu/Extension/soybean.htm

96. Crop Science -- Sign In Page
    Registration of ‘Twiggs’ soybean. Crop Sci. 28375. Brim, CA 1966. A modified pedigree method of selection in soybean. Crop Sci. 6220.  
    http://crop.scijournals.org/cgi/content/full/45/1/408
    
    Extractions: This Article Full Text (PDF) Alert me when this article is cited Alert me if a correction is posted Services Similar articles in this journal Similar articles in ISI Web of Science Alert me to new issues of the journal Download to citation manager PubMed Articles by Mebrahtu, T. Articles by Abney, T.S. Agricola Articles by Mebrahtu, T. Articles by Abney, T.S. To view this item, select one of the options below: Sign In User Name Sign in without cookies. Purchase Short-Term Access Pay per Article - You may access this article (from the computer you are currently using) for 2 days for US$10.00 Pay for Admission - You may access all content in Crop Science Online (from the computer you are currently using) for 14 days for US$25.00. Regain Access - You can regain access to a recent Pay per Article or Pay for Admission purchase if your access period has not yet expired.

97. Herbicide Resistant Weeds Spring Up In Bioengineered Soy Fields
    American farmers have planted 60 percent of this year s soybean crop, roughly 40 million acres, with bioengineered Roundup Ready seeds.  
    http://www.mapcruzin.com/news/bte050501b.htm
    
    Extractions: Fair Use Statement BioTechEffect Note: you will see the standard reference to "feeding the world" in this article. The best book I have found on feeding the world, the green revolution, indigenous knowledge, biotech "solutions" and more is Food's Frontier : The Next Green Revolution by Richard Manning. Check it out. Source: ENS Herbicide Resistant Weeds Spring Up in Bioengineered Soy Fields ST. LOUIS, Missouri, May 4, 2001 (ENS) - Reliance on the Monsanto herbicide Roundup to kill weeds in fields of genetically engineered Roundup Ready soybeans has led to increased herbicide use because the weeds have become herbicide resistant, according to a new study. Dr. Charles Benbrook of the Northwest Science and Environmental Policy Center in Sandpoint, Idaho, says that contrary to the promises of Monsanto that growing its genetically engineered variety of Roundup Ready soybeans would put fewer pesticides into the environment than conventional varieties, farmers are applying more herbicides to Roundup Ready soybean plants to combat weeds.

98. A Gloomy Soybean Crop Looming For Some Growers
    A Gloomy soybean Crop Looming for Some Growers. Writer. Candace Pollock pollock.58@osu.edu (614)2923799. Source. Jim Beuerlein beuerlein.1@osu.edu  
    http://www.ag.ohio-state.edu/~news/story.php?id=2638

99. Soybean Yields May Plummet In Absence Of Rain
    Several factors are involved that affect how much yield the soybean crop This same time last year, the soybean crop was rated nearly 50 percent in good  
    http://www.ag.ohio-state.edu/~news/story.php?id=2189

100. Pharmaceutical Corn Contaminates Soybean Harvest In Nebraska
     that all stray pharm corn in this year s soybean crop be destroyed. are not difficult to identifyand remove-amidst a much shorter soybean crop.  
     http://www.ucsusa.org/news/press_release.cfm?newsID=302

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