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Alabama Agriculture:     more books (100)

Financial stress, debt use, and cost control among sample Alabama farms (Circular / Alabama Agricultural Experiment Station) by Gregory D Hanson, 1987 Agricultural change in Alabama by Ben T Lanham, 1960 Preliminary report of operation of a farm-size experiment in the Alabama Piedmont by D. F King, 1944 The extinction of the black farmer in Alabama;: A survey by Southern Rural Research Project of relations between the black farmer in rural Alabama and the U.S. Department of Agriculture by Nancy Scheper, 1968 Marketing the cotton crop of the South (Alabama.Dept. of Agriculture.Bulletin) by M. B Houghton, 1911 Pecans (Alabama.Dept. of Agriculture.Bulletin) by Peter Fairney Williams, 1911 A description of AGSIM, an econometric-simulation model of regional crop and national livestock production in the United States (Staff paper / Alabama Agricultural Experiment Station) by C. R Taylor, 1989 An evaluation of the effectiveness of a Leadership Development Program for rural lay leaders in Lawrence County, Alabama (Alabama. Agricultural and Mechanical ... Environmental Science. Research bulletin) by James I Dawson, 1975 National forests in Alabama (SuDoc A 13.36/2-6:R 8-RG 12) by U.S. Dept of Agriculture, 1996 State automation systems study : site visit, November 8-10, 1993 : Alabama state report (SuDoc A 98.2:AU 8/2/AL 1 B) by U.S. Dept of Agriculture, 1994 Soil survey of Bullock County, Alabama (SuDoc A 57.38/1-2:B 87) by U.S. Dept of Agriculture, 1997 Soil interpretive map of important farmlands, Winston County, Alabama (SuDoc A 57.69:W 73/2) by U.S. Dept of Agriculture, 1980 A history of the USDA National Tillage Machinery Laboratory: Agricultural Research Service, U.S. Dept. of Agriculture, Auburn, Alabama 36830, 1935-1985 by William R Gill, 1990 Ornamental Horticulture for Vocational Agriculture in Alabama by J.C. Hollis, 1976

lists with details

101. Methyl Bromide Phaseout -- Proceedings Of 2001 Alternatives Research Conference
     R. RodriguezKabana, Auburn University and alabama Agricultural Experiment Station, Auburn, AL, 36849. (132) Screening of Reduced Risk Compounds for  
     http://mbao.org/2003/mbrpro03.html

102. Relationships Among Cultured And Naturally Occurring Populations Of Freshwater C
     alabama Agricultural Experiment Station, Auburn University, alabama, 100 pp. Dunham, RA, and RO Smitherman, 1983a. Crossbreeding channel catfish for  
     http://www.lib.noaa.gov/japan/aquaculture/report22/smitherman.html
     
     Extractions: Auburn University, Auburn, Alabama 36849 ABSTRACT Commercial production and processing of cultured catfish in the United States was begun in the 1950s in Alabama, and in 1960 the entire industry consisted of only 182 ha of farm ponds and production of 272,727 kg of catfish. In 1992, fish farms, mainly in Mississippi, Alabama, Arkansas, and Louisiana, produced 228,683,500 kg of catfish for processing. Catfish presently accounts for more than half of all U.S. aquaculture yield. During the period 1960-1992, commercial catch of catfish from natural waters declined from 17,456,363 to 4,931,818 kg. This trend was attributed to consumer concerns about safety of fish products from public waters and increasingly competitive marketing and pricing by the farm-raised catfish industry. Catfish are mainly produced in ponds; some state and federal agencies stock hatchery-reared fish in public waters. Cultured catfish are sometimes lost during flooding from aquaculture facilities to natural waters, where genetic influences and competitive interactions might impact indigenous populations of catfish. However, these influences and interactions have not been evaluated. More significant influences are those manifested when mature catfish are captured from the wild and added to broodstock populations on farms. Through natural selection and genetic drift, gene frequencies are significantly altered when the wild fish are reproduced and grown in farm ponds under intensive management.

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