Production Systems and Management
Abarca, S. (1998). Environmentally-friendly beef cattle husbandry and forests: a sustainable production alternative. [Ganaderia de carne amiga del ambiente y los bosques: una alternativa de produccion sostenible.] Agronomia Costarricense 21 (2): 285-297, ISSN: 0377-9424.
NAL Call Number: S15 A365
Keywords: cattle farming, forests, agroforestry systems, silvopastoral systems, atmosphere, biodiversity, deforestation, greenhouse effect, natural regeneration, organic matter, pastures, soil organic matter, sustainability, methane, carbon dioxide, Spanish language, Costa Rica.
Affandhy, L.; Winugroho, M.; Teleni, E. (2000). Rearing of early, weaned Peranakan ongole calves under Indonesian conditions. Asian, Australasian Journal of Animal Sciences 13 (Suppl. Vol. B): 310, ISSN: 1011-2367.
NAL Call Number: SF55 A78A7
Keywords: beef cattle production, calf rearing, early weaning, efficient production systems, live weight, locally available feeds, Indonesia.
Andersson, B. (1999). Is it possible to be effective in two markets? [Kan man vara effektiv pa tva marknader?] Skogs och Lantbruksakademiens Tidskrift 138 (13): 31-36, ISSN: 0023-5350.
NAL Call Number: 104 SW3
Keywords: beef cows and sheep operation, landscape preservation, husbandry, animal production, economics, extensive farming, growth, calves, organic farming, environmental protection, Swedish language, Sweden.
Bartelletti, A.; Amorfini, A.; Zocco Pisana, L.; Genovesi, G. (1997). A project for a sustainable development of cattle husbandry in Apuan Alps Park (Tuscany). [Un progetto di sviluppo ecocompatibile dell”allevamento semibrado di bovini da carne nel Parco delle Alpi Apuane [Toscana.] Zootecnica e Nutrizione Animale 23 (Suppl. 5): 89-95, ISSN: 0390-0487.
NAL Call Number: SF1 Z6
Keywords: extensive husbandry, national parks, nature reserves, zootechny, highlands, breeds, development projects, germplasm conservation, ecosystems, history, pastoralism, development plans, development policies, extensive farming systems, Italian language, Italy.
Behnke, R.; Abel, N. (1996). Intensification or overstocking: When are there too many animals? World Animal Review (Multilingual Edition) 87 (2): 4-9, ISSN: 1014-6954.
NAL Call Number: SF191 W62
Keywords: beef production, intensification, mathematical model, overstocking, stocking rate, profit, rangeland degradation, environmental costs, soil loss rate, Africa
Behnke, R.; Abel, N. (1996). Revisited: the overstocking controversy in semi-arid Africa. 1. Intensification or overstocking: when are there too many animals? World Animal Review (Multilingual Edition) 87: 2-9, ISSN: 1014-6954.
NAL Call Number: SF191 W62
Keywords: arid zones, sustainability, grazing, stocking density, evaluation, husbandry practices, Africa.
Bittermann, A.; Paller, F. (1998). Results and consequences of the assessment of the beef cattle farm branch in 1996. [Ergebnisse und Konsequenzen aus der Betriebszweigauswertung Rindermast 1997.] Forderungsdienst 46 (5): 21-32, ISSN: 0015-525X.
NAL Call Number: 19 F75
Keywords: beef cattle, producer prices, production, bovine spongiform encephalopathy, production costs, animal husbandry, farm surveys, farm comparisons, profitability, calf prices, fattened animal prices, breed data, feed ration, daily weight gain, length of feeding period, German language, Austria.
Boyd, N.; Fredeen, A.; Martin, R. (1998). To rotate beef cattle more or less frequently: That is the question. Canadian Journal of Plant Science 78 (2): 315-316, ISSN: 0008-4220.
NAL Call Number: 450 C16
Keywords: rotation grazing, forage crops, weight gain, Canada.
Bruce, L.B.; Torell, R.C.; Hussein, H.S (1999). Profit prediction in cow/calf operations. 1. CowCost software program. Journal of Production Agriculture 12 (4): 644-647.
NAL Call Number: S539.5 J68
Abstract: Management and marketing are key components of success and profitability of any beef cow/calf operation. There are many factors involved in management of a cow/calf operation and in marketing its products. These factors interact in a complex manner making any attempt to separate their effects, when predicting profitability as a function of management and marketing decisions, difficult and impractical. Therefore, we developed a simple computer program (CowCost, runs under Windows95 or Windows98) to enable producers to evaluate various management practices and their potential impacts on profitability. The program links the management and marketing variables commonly found in a cow/calf operation in an interactive way. This results in an immediate response to any changes in the input data and, therefore, provides the users with the ability to test many "what if" scenarios and their subsequent effects on profitability. In turn, producers can check many different scenarios, prices, costs, and how they will affect the value of a cow. It is both a program to evaluate management ideas and profit potential of chosen scenarios. The program considers money borrowed to buy a cow, duration of the loan, cost of the cow, salvage value of the cow, yearly cow cost, calf weaning weight, calf price per pound and other variables to evaluate profit potential. Varying any one of these gives insight to management practices that could be emphasized to increase profit. The program allows investigation of the effects of costs relative to other inputs in decisions about purchasing cows.
Keywords: beef cows, beef cattle, calves, profits, prediction, computer software, computer techniques, profitability, marketing, decision making, prices, costs, economic analysis, evaluation, cattle husbandry.
Bruce, L.B.; Torell, R.C.; Hussein, H.S. (1999). Profit prediction in cow/calf operations. 2. Influence of major management practices. Journal of Production Agriculture 12 (4): 647-649.
NAL Call Number: S539.5 J68
Abstract: Determining which management practices to focus on to improve profitability is a major challenge in any cow/calf operation. We used CowCost management simulation to evaluate the relative importance the major factors. The software generated 50 000 different management scenarios using values that were generated randomly, but within reasonable ranges of typical western cow/calf operations. Management factors studied by the model included the original cost of the cow, interest rate paid on money borrowed to buy the cow, salvage value of the cow at the end of her production life, percentage of calves the cow might wean, yearly cost per cow of the ranching operation, average weaning weight of the calf, and the average price brought by the calf. The model assumes calves will be sold at weaning and not held as yearlings. The model used these management factors to predict profit or loss, and to gauge the relative importance of the management practice. All scenarios were for one cow with an assumed production of 8 yr. Correlation analysis of the data showed that yearly cost was the most influential in determining profit or loss. The money received per pound of calf was next most influential. Weaning weight was the third most influential and weaning percent is fourth. The original cost of the cow, interest rates, and salvage value of the cow were far less influential on profit loss. While these final items, especially the cost of the cow and interest rate, receive a great deal of attention from most producers, they may not deserve that much attention, especially compared with other management inputs.
Keywords: beef cows, beef cattle, calves, profits, prediction, computer software, computer techniques, profitability, marketing, decision making, prices, costs, economic analysis, cattle husbandry, evaluation, software.
Butterly, J. (2000). The Production and Marketing of Beef Nuffield Farming Scholarships Trust (NFST): Uckfield, UK, 19p., ISBN: 1-901801-18-7.
Keywords: beef, production, marketing, exports, quality, beef cattle, animal husbandry, animal breeding, meat and livestock industry, Irish Republic.
Cardoso, E.G. (1996). Fattening cattle in feedlots. General aspects. [Engorda de bovinos em confinamento. Aspectos gerais.] Documentos - Centro Nacional de Pesquisa de Gado de Corte. (No. 64), Centro Nacional de Pesquisa de Gado de Corte (CNPGC) (EMBRAPA): Campo Grande, Brazil, 36p., ISSN: 0100-9443.
NAL Call Number: SF196.B7D63
Keywords: nutrition, construction of feedlots, fattening performance, meat production, health, husbandry, economics, management, feedlots, growth, tropics, reviews, Portuguese language, Brazil.
Casasus, I.; Sanz, A.; Villalba, D.; Ferrer, R.; Revilla, R. (2002). Factors affecting animal performance during the grazing season in a mountain cattle production system. Journal of Animal Science 80 (6):1638-1651, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: breed, Brown Swiss, Pirenaica, animal performance, calving season, grazing season, production system, mountain pastures, Spain.
Cezar, I.M.; Euclides Filho, K. (1996). Intensive fattening of steers: reflections on the efficiency and profitability of production systems. [Novilho precoce: reflexos na eficiencia e economicidade do sisteme de producao.] Documentos - Centro Nacional de Pesquisa de Gado de Corte. (No. 66), Centro Nacional de Pesquisa de Gado de Corte (CNPGC) (EMBRAPA): Campo Grande, Brazil, No. 66, 31p., ISSN: 0100-9443.
NAL Call Number: SF196.B7D63
Keywords: steers, nutrition, feed supplements, feedlots, weaning weight, selection, profitability, meat production, management, age at first calving, tropics, growth, beef production, intensive husbandry, economics, Portuguese language, Brazil.
Cino, D.M.; Castillo, E. (1999). A note on costs and benefits of rotational cattle fattening systems with leucaena (Leucaena leucocephala) under non-irrigation conditions. Cuban Journal of Agricultural Science 33 (4): 339-342, ISSN: 0864-0408.
Keywords: agroforestry systems, beef production, husbandry, cost benefit analysis, finishing, grasslands, grazing systems, live weight, natural grasslands, paddocks, production costs, profits, rotational grazing, silvopastoral systems, Leucaena leucocephala, Cuba.
Coates, D.B.; Miller, C.P.; Hendricksen, R.E.; Jones, R.J. (1997). Stability and productivity of Stylosanthes pastures in Australia. II. Animal production from Stylosanthes pastures. Tropical Grasslands 31 (5): 494-502, ISSN: 0049-4763.
NAL Call Number: SB197 A1T7
Keywords: native pasture, Stylosanthes, forage crop forage, grazing intensity, pasture productivity, pasture stability, live weight gain, Australia.
Coleou, J. (2000). The productions of ruminants: prospects and questioning. Comptes Rendus de l’Academie d’Agriculture de France 86 (4): 147-161, ISSN: 0989-6988.
NAL Call Number: S5 C65
eywords: ruminants, animal production, dairy cattle, beef cattle, productivity, beef, veal, consumer behavior, world markets, economic competition, France, animal products, French language, Western Europe.
Colson, F.; Chatellier, V. (1996). French suckler farms are among the most extensive in the European Community. [Les exploitations bovines francaises sont parmi les plus extensives de l’ Union europeenne.] Productions Animales 9 (4): 273-284, ISSN: 0990-0632.
Keywords: beef cattle, dairy cattle, farm size, stocking density, economic analysis, farm results, profitability, intensive husbandry, extensive husbandry, international agreements, European Union, French language.
Dedieu, B.; Chabanet, G.; Josien, E.; Becherel, F. (1997). Grazing management and labour constraints: methods of investigation and examples taken from beef cattle farms. [Organisation du paturage et situations contraignantes en travail: demarche d’etude et exemples en elevage bovin viande.] Fourrages (149): 21-36, ISSN: 0429-2766.
NAL Call Number: 60.8 F82
Keywords: methodology, beef production, labour, beef cattle, grazing, management, constraints, farms, French language, France.
Degroff, T.J. (1996). Critical thinking as an approach to problem solving for cow/calf production management. Agri Practice 17 (3/4): 18-23, ISSN: 0745-452X.
NAL Call Number: SF601 B6
Keywords: artificial insemination, cattle breeding, economics, food animal veterinarians, herd sizes.
Dobicki, A. (2000). Systems of beef cattle husbandry in Poland. [Systemy chowu bydla miesnego w Polsce.] Annals of Warsaw Agricultural University, Animal Science (Suppl. 35): 27-39, ISSN: 0208-5739.
Keywords: animal husbandry, beef cattle, reviews, Polish language, Poland.
Dobicki, A. (1996). Models of beef cattle production in conditions of Jelenia Gora Valley. [Modele produkcji bydla miesnego w warunkach Kotliny Jeleniogorskiej.] Zeszyty Naukowe Akademii Rolniczej we Wroclawiu. Konferencje 291: 77-89, ISSN: 1232-3071.
Keywords: cows, heifers, beef cattle breeds, crossbreeding, small, Angus, Hereford, medium, Limousin, Blonde d’Aquitane, large, Charolaise, meat production, models, body weight, calving season, Poland, Polish language.
Donkersgoed, J. van, Grogan, H.; Jim, K.; Hunt, T.D.; Moss, E.W.; Warrack, J.; Myers, D. (1996). Good production practices in the feedlot: Canadian Cattlemen - Quality Starts Here, a new national programme. Canadian Veterinary Journal 37 (9): 535-538, ISSN: 0008-5286.
NAL Call Number: 41.8 R3224
Keywords: husbandry, production, health, programs, Canada.
Fisher, M. (2003). Welfare aspects of intensive grazing systems for beef production. Surveillance 30 (1):19-20, ISSN: 0112-4927.
NAL Call Number: SF604.63 N45S87
Keywords: health, animal welfare, beef cattle, production, grazing systems, intensive livestock farming, New Zealand.
Frank, B.R.. (1997). Adoption of innovations in the north Queensland beef industry. III: implications for extension management. Agricultural Systems 55 (3): 347-358, ISSN: 0308-521X.
NAL Call Number: HD1 A3
Keywords: beef cattle, modernization, farmers’ attitudes, profitability, lifestyle, environmental impact, farm management, economic behavior, social values, cattle farming, innovation adoption, extension, Queensland, Australia.
Fuchs, C. (2001). Economic efficiency of intensive and extensive animal husbandry. [Okonomischer Nutzen von extensiver und intensiver Tierproduktion.] Praktische Tierarzt 82 (8): 578-585, ISSN: 0032-681X.
NAL Call Number: 41.8 P882
Keywords: public opinion, agricultural economics, animal welfare standards, beef cattle, dairy cattle, pigs, climate, grazing, intensive husbandry systems versus extensive systems, housing, straw, labor costs, research, German language.
Giorgetti, A.; Rondina, D.; Sargentini, C.; Martini, A.; Funghi, R.; Bozzi, R.; Innocenti, E.;Negrini, R.; Biffani, S. (1996). The production of meat by organic livestock systems in Tuscany (beef cattle). [La produzione di carne con metodo biologico in Toscana (bovini da carne).] Bioagricoltura 6 (39): 41-49.
Keywords: veal calves, organic agriculture, meat production, livestock management, slaughter weight, dressing percentage, carcass composition, quality, animal feeding, alternatives, farming systems, Italy, Italian language.
Gutman, M.; Henkin, Z.; Holzer, Z.; Noy-Meir, I.; Seligman, N.G. (2000). A case study of beef-cattle grazing in a Mediterranean-type woodland. Agroforestry Systems an International Journal 48 (2): 119-140.
NAL Call Number: SD387 M8A3
Keywords: beef cattle, Mediterranean climate, grazing, case studies, garrigue, feed supplements, shrubs, thinning, cows, stocking rate, poultry manure, weaning weight, calves, calving season, seasonal variation, husbandry, performance, landscape, regrowth, sustainability, Israel.
Haurez, P. (1996). Desintensification of the forage system for suckling cows in Vendee (France). [Desintensification du systeme fourrager pour vaches allaitantes en Vendee.] In: Proceedings of the 3. meeting “Rencontres autour des recherches sur les ruminants”. Paris (France), December 4 and 5 1996. [ 3. Rencontres autour des recherches sur les ruminants. Paris (France), les 4 et 5 decembre 1996.] Institut de l’ Elevage: Paris, France, p. 108, ISBN: 2-84148-022-4.
Keywords: cows, extensification, grazing, livestock management, grassland management, animal performance, animal feeding, behavior, extensive farming, France, French language.
Heitschmidt, R.K.; Short, R.E.; Grings, E.E. (1996). Ecosystems, sustainability, and animal agriculture. Journal of Animal Science 74 (6):1395-405.ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: beef cattle management systems, spring calving, fall calving, overview of structure and function of ecosystems, energy input/output, whole body mass, grain production budgets, raw materials, manufacturing, distribution costs.
Ingrand, S.; Carrasco, I.; Devun, J.; Laroche, J.M.; Dedieu, B. (2001). The diversity of livestock management practices in specialist beef farms involved in the certified quality meat sector. [L’ implication des eleveurs de bovinsviande dans les filieres de qualite correspond-elle a des conduites d’ elevage specifiques?] Productions Animales (Paris) 14 (2): 105-118, ISSN: 0990-0632.
NAL Call Number: SF1.P77
Keywords: breed, Charolais, female, farmers, farm management priorities, beef production, certified quality meat sector, management practices French language.
Izquierdo Cebrian, M.; Martin Bellido, M.; Hernandez Garcia, F.I.; Garcia Torres, S.; Espejo Diaz, M. (1999). Potential of beef cattle in Extremadura (Spain). [El potencial de vacuno de carne en (Extremadura).] Agricultura 798: 32-35, ISSN: 0002-1334.
Keywords: animal production, carcasses, beef, quality, land races, animal husbandry methods, Spanish language, Spain.
Julien, D.J.; Tess, M.W. (2002). Effects of breeding date, weaning date, and grazing season length on profitability of cow-calf production systems in southeastern Montana. Journal of Animal Science 80 (6): 1462-1469, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: breeding, breeding date, cow-calf production system profitability, cow-calf production systems, grazing season length, profits, weaning, weaning date.
Kiley-Worthington, M.; Randle, H.D. (1999). The criteria for ethologically and ecologically raised beef. Biological Agriculture and Horticulture 16 (4): 369-380, ISSN: 0144-8765.
NAL Call Number: S605.5 B5
Abstract: The problems of beef production, including concerns about animal welfare, undesirable environmental effects, inability to be economically viable without subsidies from the public purse, and, recently, in the light of the B.S.E. crisis, possible concern for public health, are discussed. The criteria for improved animal welfare, including reduced behavioural restriction, are examined in order to work towards developing “ethologically sound” environments. The criteria for assessing the ecological effect of the beef producing enterprise are also outlined. One suggested way of reducing environmental and animal welfare problems is the production of suckled beef on ecological farms if this can be economic.
Keywords: beef production, animal welfare, behavioral restriction, bovine spongiform encephalopathy, public health concerns, profitability, environmental impact, animal husbandry, meat production, UK. Copyright© 2003, CAB International
Kiley-Worthington, M.; Randle, H.D. (1999). The practicalities and economics of ethologically and ecologically raised double suckled beef. Biological Agriculture and Horticulture 16 (4): 381-393, ISSN: 0144-8765.
NAL Call Number: S605.5 B5
Abstract: This paper describes an ethological and ecological management system for rearing beef cattle. Data on the management, production and economic performance of a herd of double-suckled South Devon cattle on a farm within the Dartmoor National Park, UK, were collected from 1990 to 1996 and were compared to figures given in the University of Exeter”s Farm Management Handbook for Premium Farms. Data from the experimental farm included records on 62 cows which gave birth to 60 calves and reared an additional 53 calves. The ecological criteria were mainly fulfilled by the management system and the gross margin per head (pounds sterling158.90-818.18) was generally higher than that of the conventional farms (pounds sterling366.10-555.34).
Keywords: South Devon, breed, animal welfare, animal behavior, husbandry, prices, suckling, farm management, beef production, profitability, economics, suckler herds, farming systems, organic farming, UK. Copyright© 2003, CAB International
Laws, J.A.; Pain, B.F.; Jarvis, S.C.; Scholefield, D. (2000). Comparison of grassland management systems for beef cattle using self-contained farmlets: effects of contrasting nitrogen inputs and management strategies on nitrogen budgets, and herbage and animal production using self-contained farmlets: effects of contrasting nitrogen inputs and management strategies on nitrogen budgets, and herbage and animal production. Agriculture, Ecosystems and Environment 80 (3): 243-254.
NAL Call Number: S601 A34
Keywords: grassland management, farming systems, farms, nitrogen, application rates, nitrogen balance, herbage, biomass production, grazing, animal husbandry, cutting, nutrient sources, broadcasting, cattle slurry, animal housing, trifolium repens, grass sward, botanical composition, soil injection, sandy loam soils, silage, sustainability, fodder, ammonium nitrate, South West England.
Levantin, D.L. (1996). Developing beef cattle husbandry. Zootekhniya (7): 22-26, ISSN: 0235-2478.
NAL Call Number: SF1.Z66
Keywords: cattle farming, beef, breeds, animal breeding, livestock numbers, animal production, production, milk, imports, beef cattle, specialization, production possibilities, development programs, natural grasslands, agricultural policy, Russian language, Russia.
Lopes, M.A.; Vieira, P.F. (1998). Proposal of new equivalent values for different animal categories to quantify cattle herds and adjust stocking rates. [Proposta de novos valores de equivalencia entre as categorias animais para dimensionar rebanhos bovinos e ajustar a lotacao das pastagens.] Arquivo Brasileiro de Medicina Veterinaria e Zootecnia 50 (6): 759-763, ISSN: 0102-0935.
NAL Call Number: SF604.A76
Keywords: dairy cattle, beef cattle, stocking rate, animal husbandry, breed size, body weight, age at first parturition, estimation, age at slaughter, Portuguese language.
Marcelo Tima, P.; Guillermo Wells, M.; Fernando Borquez, L.; Marcos Figueroa, R.; Ricardo, P. (2000). Beef production system with Holstein Friesian steers born in autumn. [Sistema de produccion de carne con novillos Holstein Friesian nacidos en otono.] Agro Ciencia, Ene 16 (1): 47-53, ISSN: 0716-1689.
NAL Call Number: S15 A377
Keywords: Holstein Friesian, breed, parturition, intensive husbandry, fattening, grazing, restraint of animals, carcasses, feeding, farming systems, reproduction, Chile, Spanish language.
Martin, S.; Seeland, G. (1999). Effects of specialisation in cattle production on ecologically harmful emissions. Livestock Production Science 61 (2/3): 171-178, ISSN: 0301-6226.
NAL Call Number: SF1 L5
Keywords: dairy cattle, beef cattle, genetic gain, animal husbandry methods, meat production, milk production, pollution by agriculture, nitrogen, phosphorus, methane.
McCrabb, G.J.; Hunter, R.A. (1999). Prediction of methane emissions from beef cattle in tropical production systems. Australian Journal of Agricultural Research 50 (8): 1335-1339, ISSN: 0004-9409.
NAL Call Number: 23 Au783
Keywords: Brahman, breed, methane emissions, pollution, predictive equations, tropical forage diets, high grain diet.
Mesini, A. (1996). The Europe in comparison (beef cattle husbandry). [ L’ Europa a confronto (allevamento di bovini da carne).] Informatore Zootecnico 53 (10): 31-32, ISSN: 0020-0778.
NAL Call Number: 49 IN3
Keywords: beef cattle, calves, veal, production data, husbandry, feeding, Italy, Italian language.
Moerchen, F.M. (1997). Management of suckler cow herds in winter outdoor husbandry. [Anforderungen an das Management der Mutterkuhhaltung bei Winterfreilandhaltung.] In: 3. Trenthorster Kolloquium, Workshop on Rearing of Cattle with Suckler Calves (Mutterkuhhaltung) as Extensive Rearing System. Studies on Appropriate and Environmentally Friendly Animal Husbandry, Dec. 5-6, 1996 Trenthorst, Germany. [Workshop Ueber Die Haltung von Rindern Mit Saugkaelbern (Mutterkuhhaltung) Als Extensive Tierhaltungsform. Studien Zur Artgerechten Und Umweltfreundlichen Tierhaltung.] FAL: Braunschweig-Voelkenrode, Germany, pp. 224-230, Series title, Landbauforschung Voelkenrode. Sonderheft (Germany), no. 177, ISSN: 0376-0723.
NAL Call Number: 18 L2353 Suppl.
Keywords: beef cattle cows, mothers, animal husbandry, animal feeding, winter pastures, site factors, nutritional requirements, costs, soil types, management, Germany, European Union, German language.
Morrow, R.E.; Wells, C.A.; Onks, D.O.; Martz, F.A.; Gerrish, J.R.; Beetz, A.; Sullivan, P.; West, C.P. (1998). Teaching sustainable beef cattle management workshops. Journal of Animal Science 76 (Suppl. 2): 8, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: beef cattle, management, workshops, information, teaching, textbooks, audio, visual aids.
Nasirov, U. (1996). Animal husbandry system, its status and development problems in Uzbekistan. Dryland Pasture, Forage and Range Network News (12): 12-13.
Keywords: beef cattle, sheep, goats, breeding, livestock farming, production, history, efficiency, new feed resources, supply, pastures, lucern, maize Uzbekistan, West Asia.
Okularczyk, S.; Novak, T.; Sowula, E. (1996). Cows and beef cattle handling costs with different production scale and mechanization levels. [Koszty obslugi krow i bydla opasowego w roznej skali produkcji i przy roznych poziomach mechanizacji pracy.] Zeszyty Naukowe Akademii Rolniczej we Wroclawiu. Konferencje 291: 269-273, ISSN: 1232-3071.
Keywords: beef cattle cows, farm management, mechanization, production costs, farm equipment, feeding equipment, livestock numbers, business management, labor costs, Poland, Polish language.
Pang, H.; Makarechian, M.H.; Basarab, J.A. (1999). A simulation study on the effects of cow size and milk production on bioeconomic efficiency of range beef cattle. Journal of Applied Animal Research 16 (2): 119-128, ISSN: 0971-2119.
NAL Call Number: SF55 I4J68
Keywords: simulation model, Alberta Beef Production Simulation System (ABPSS), effects of, cow size, milk production, calf market price, economics, calf market price, weaning age, dry matter intake.
Pang, H.; Makarechian, M.; Basarab, J.A.; Berg, R.T. (1999). Structure of a dynamic simulation model for beef cattle production systems. Canadian Journal of Animal Science 79 (4): 409-417.
NAL Call Number: 41.8 C163
Abstract: A dynamic deterministic model for simulating beef cattle production systems is developed to evaluate the effects of production traits and management strategies on the bioeconomic efficiency of beef production systems. The model, named Alberta Beef Production Simulation System (ABPSS), is composed of four major submodels: herd inventory, nutrient requirement, forage production, and economic submodels. The herd inventory submodel is used to simulate population dynamics and feed requirements in the herd. The nutrient requirements submodel is mainly based on the 1996 version of the National Research Council (NRC). It is used to evaluate nutrients and feed requirements for calves and cows depending on their physiological status (maintenance, growth, lactation and gestation) and the climatic condition. The forage production sub-model is used to predict forage growth rate, cattle grazing rate, available forage biomass and total hectares required for grazing. The economic submodel measures bioeconomic efficiency, as net return per cow, by subtracting total cost from total return. The nutrient requirements predicted by ABPSS were compared with those recommended by the NRC for testing. The results that were predicted by the NRC model and ABPSS model were similar, as expected. Sensitivity analyses showed that cow mature weight, milk production, calf weaning weight and feed prices were the most critical input parameters in the model. It must be noted that the model was developed based on available experimental results and data from the literature and, due to the unavailability of a suitable data set, the model could not be validated. We suggest that the ABPSS has the potential for providing a use method for simultaneous consideration of many factors in an integrated system, which could be helpful to beef cattle extension specialists and cow-calf production managers for assessing the potential effects of different management and selection strategies on bioeconomic efficiency.
Keywords: beef cows, calves, calf production, dynamic models, simulation models, mathematics and statistics, nutrient requirements, returns, cattle husbandry.
Pang, H.; Basarab, J.A.; Makarechian, M.; Hudson, R.J.; Price, M.A.; Berg, R.T. (1997). A simulation model for beef cattle production systems. Canadian Journal of Animal Science 77 (3): 572-573, ISSN: 0008-3984.
NAL Call Number: 41.8 C163
Keywords: beef calves, energy, cow size, economics, forage production, herd dynamics, management strategies, production traits, protein requirements, simulation systems, StellaI I software.
Phillip, L.E.; Goldsmith, P.; Bergeron, M.; Peterson, P.R. (2001). Optimizing pasture management for cow-calf production: the roles of rotational frequency and stocking rate in the context of system efficiency. Canadian Journal of Animal Science 81 (1): 47-56, ISSN: 0008-3984.
NAL Call Number: 41.8 C163
Keywords: animal production, spring-calving cows, calves, crude protein, economics, efficiency, grassland management, grasslands, intensive husbandry, live weight gain, rotational grazing, stocking rate.
Rahim, L.; Harada, H.; Fukuhara, R. (1996). Estimating body weight by use of body measurements of fattening Japanese Black beef steers. Animal Science and Technology 67 (2): 115-119, ISSN: 0918-2365.
NAL Call Number: 49 N62
Keywords: steers, Japanese Black, breed, body measurements, chest girth, body length, hip height, thurl width, regression analysis.
Rodriguez Castanon, A.A.; Alfageme Beovide, L.A. (1996). Technical and economic characters of beef cattle production systems in Asturias. [Caracteristicas tecnico-economicas de los sistemas productivos de carne vacuna del principado de Asturias.] ITEA Produccion Animal 92A (2): 77-91, ISSN: 1130-6009.
NAL Call Number: S15 I8
Keywords: beef cattle, grazing, extensive husbandry, profitability, extensive livestock farming, management, meat production, extensive production versus intensive production, economics, Spanish language, Spain.
Salvadori, F.; Pistoia, A. (1997). Livestock rearing experience into the Park of Migliarino - San Rossore - Massaciuccoli (Tuscany). [Esperienza di allevamento di bovini da carne nel Parco di Migliarino - San Rossore - Massaciuccoli (Toscana).] Zootecnica e Nutrizione Animale 23 (Suppl. 5): 119-122, ISSN: 0390-0487.
NAL Call Number: SF1 Z6
Keywords: national parks, nature reserves, animal husbandry, zootechny, regulations, farms, Italian language, Tuscany, Italy.
Sanchez, M.E.; Garcia, F.P. (2000). Some characteristics of extensive animal production in the south-west of Spain. [Caracteristicas de la produccion animal extensiva en el suroeste espanol.] Avances en Alimentacion y Mejora Animal 40 (6): 3-11, ISSN: 0005-1986.
NAL Call Number: SF95 A9
Keywords: livestock, beef cattle, sheep, pigs, goats, indigenous breeds, husbandry, age, stocking density, growth, body weight, slaughter weight, milk production, meat production, wool production, reproductive performance, Spanish language, Spain.
Sheath, G.W.; Webby, R.W.; Keeling, P.; Thomson, R.D.; Page, C.R.; Burton, G.T. (1999). The results and success factors of nine group farm monitoring programmes. Proceedings of the New Zealand Society of Animal Production 59: 87-90, ISSN: 0370-2731.
NAL Call Number: 49.9 N483
Keywords: beef cattle, sheep, farm monitoring, farm management, performance, income, technology, product information, supply, demand. New Zealand.
Teslik, V. (2001). Management of beef cattle herds. Zemedelske Informace (No. 18) Ustav Zemedelskych a Potravinarskych Informaci: Praha, Czech Republic, 56 pp., ISBN: 80-7271-187-7.
Keywords: Czech language, Czech Republic, bulletin, management practices, agricultural economics, winter housing, beef production, carcass grading, cattle breed characteristics, mineral nutrition, mineral supplements.
Tess, M.W.; Kolstad, B.W. (2000). Simulation of cow-calf production systems in a range environment: I. Model development. Journal of Animal Science 78 (5): 1159-1169, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: computer simulation of beef cattle production systems, body composition, cows, genotypes, lactation, metabolism, prices, protein metabolism, reproduction, beef production, calf production, animal production, simulation models, Montana.
Vavra, M. (1996). Sustainability of animal production systems: an ecological perspective. Journal of Animal Science 74 (6):1418-23, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: current systems, non-sustainable, resource extraction, constructive change, quantitative measure, research and extension personnel, adaptive management strategies, interdisciplinary efforts, legislation, American Society of Animal Science (ASAS), strategic planning, current issues, environmental concerns.
Velde, K. vander (1996). Ecology of beef production. Zeszyty Naukowe Akademii Rolniczej we Wroclawiu. Konferencje 291: 31-38, ISSN: 1232-3071.
Keywords: grassland management, grazing systems, water management, environmental impact, benefits of raising cattle, organic wastes, waste management, environmental protection, ecology, pollution control, USA.
Wade, T.G.; Schultz, B.W.; Wickham, J.D.; Bradford, D.F. (1998). Modeling the potential spatial distribution of beef cattle grazing using a Geographic Information System. Journal of Arid Environments 38 (2): 325-334, ISSN: 0140-1963.
NAL Call Number: QH541.5 D4J6
Keywords: arid environment, geographic information system, based models, land management, potential spatial distribution models, variables, vegetation type, degree of slope, distance from water.
Wahyono, D.E.; Affandhy, L. (1996). Economic analysis of fattening Madura cattle and its contribution to farmers income in dryland area. [Kajian ekonomis penggemukan sapi Madura jantan dan kontribusinya terhadap pendapatan petani di lahan kering : studi kasus di Desa Ranu Agung Kecamatan Tiris Kabupaten Probolinggo.] In: Proceedings of scientific meeting on animal husbandry research results: application for small scale industry. [Prosiding temu ilmiah hasil-hasil penelitian peternakan: aplikasi hasil penelitian untuk industri peternakan rakyat.] Basuno, E.; Mahyuddin, P.B.; Saepudin, Y.; Hidayat, S. (eds.), Balitnak: Bogor, Indonesia, pp. 131-138, ISBN: 979-8261-27-5.
Keywords: fattening, farm income, economic analysis, dry farming, java, animal feeding, cultural methods, farm surveys, farmer interviews, income, Indonesian language, Indonesia.
Weghe, H. van den (1996). Animal friendly livestock keeping and reducing environmentally relevant emissions - a conflict? [Tiergerechte Nutztierhaltung und Minderung der umweltrelevanten Emissionen - ein Konflikt?] KTBL-Arbeitspapier 233: 209-212, ISSN: 0930-0295.
Keywords: pigs, beef cattle, poultry, ammonia, emission, pollution, livestock farming, environmental impact, welfare, German language, Germany.
Williams, C.B.; Jenkins, T.G. (1998). A computer model to predict composition of empty body weight changes in cattle at all stages of maturity. Journal of Animal Science 76 (4): 980-987, ISSN: 0021-8812.
NAL Call Number: 49 J82
Keywords: body composition, prediction models, computer growth model, empty body weight, fat composition.
Zizlavsky, J.; Horak, F.; Zizlavska, S. (1996). Rearing beef cattle in lowland regions on joint pastures with sheep. Zeszyty Naukowe Akademii Rolniczej we Wroclawiu. Konferencje 291: 53-62, ISSN: 1232-3071.
Keywords: beef cattle, sheep, mixed grazing systems, stocking density, weight gain, growth rate, farm inputs, livestock management, Czech Republic.
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