Long Term of Cattle Manure Amendments and its Impact on Triticale (X. Triticosecale Wittmack) Production and Soil Quality

Long Term of Cattle Manure Amendments and its Impact on Triticale (X. Triticosecale Wittmack) Production and Soil Quality

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Author(s)

Author(s): Enrique Salazar Sosa, Hector Hidilio Trejo Escareño, Jesús Luna Anguiano, Miguel A. Gallegos Robles, Enrique SalazarMelendez, José Dimas López Martínez

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DOI: 10.18483/ijSci.937 267 730 10-17 Volume 6 - Jan 2017

Abstract

Organic amendment is a good alternative to improve soil fertility to maintain or increase crop forage and grain production. After several times of organics application (crop cycles) is important to follow soil physical and chemical parameters to avoid soil pollution such as salinity and nitrate. The main objective of this study was to maintain good triticale forage production and soil quality after seven years in plots where two factor were studied:caw manure amendments; 0, 40, 80, 120 and 160 t ha -| and one chemical level with 150-100-00 kg ha-1 of Nitrogen, Phosphorus and potassium, respectively just to compare manure amendments. After This time to decrease soil salinity and high levels of nitrate triticaleforage was planted in the same plots using two varieties without manure and chemical fertilizer application. Triticale variables measured were green forage and soil parameters such as; Electrical Conductivity (EC), Organic Matter (OM), Hydrogenpotential (Ph) and Nitrates (NO-3). Results indicated that triticale forage production was high in all plots were caw manure was applied after three years than the control and chemical fertilizer level, Also, the chemical soil parameters such as salinity, and nitrate decrease to adequate levels of 4 mmhos cm -1 in salinity and less than 20 ppm of nitrates. Triticale forage production was better in all plots with caw manure application with more than 25 Mg ha-1 that’s is the triticale average production in this region and more of 100 % than the control and chemical fertilizer plots. According to these resultscaw manure amendments is a good alternative to get high triticale forage production and maintain a good soil quality.

Keywords

Manure, Pollution, Nitrate and Salinity

References

  1. Alexander, m. (1980).Introduction to soil microbiology.ed. agt.
  2. Allison F. E. (1955).The enigma of soil nitrogen of soil nitrogen balance sbeets.Edu. Agron.7: 213: 250.
  3. Agriculture Library, (1998)
  4. Aguirre, LO. (1981).climate Guide to Laguna Región -SARH CIAN-INIA. Matamoros, Coahuila, Mexico.174 p.
  5. Barber., S.A. (1984). Soil Nutrient Bioavailability, A Mechanistic Approach. A Wiley-Interscience Publication.John Wiley & Sons. Nueva York.
  6. Barber., S.A. (1984). Soil Nutrient Bioavailability, A Mechanistic Approach. A Wiley-Interscience Publication.John Wiley & Sons. Nueva York.
  7. Bartholome, W.V. (1965). Mineralization and immobilization of nitrogen in the decomposition of plant and animals waste. Inw. V.
  8. Bartholome and F. E. Clark, ed. (1983).Soil nitrogen. American Society of Agronomy. Madison, Wisc. pp. 285-236.
  9. Beneman J. R. and R. C. Valentine.(1972).The pathways of microbial nitrogen fixation Physiol. 8:59.
  10. Bejar Hinojosa Moses and KarimAmmar.Triticale a forage alternative for Northern Mexico; No7 brochure for producers.Salaices, Chih. Mexico. Asked at alternative northern Mexico, (2002).
  11. Bock, T.D. and Michael T. Madigan. (1982). Changes in mineral N. and numbers of bacteria and actinomycetDuring two years under wheat-follow. SASR atch-ewan. Can J. Soil Sci.
  12. Cadahia, C.Fertigation:( 1998). horticultural and ornamental crops. p. 46-47. Ed. Mundi Prensa. 475 pages 2da. Edition. Spain, Eng.
  13. Castellanos, JZ, JJ Márquez Etchevers OJD, a. Aguilar s. and j. (1996). Effect of saline r long-term application of manure from dairy cattle on forage yield and soil properties in an arid region of northern Mexico. Terra 14-2: pp. 151-158.
  14. Castellanos R., J.Z. (1984).The manure for agricultural use in the Laguna region. 1. Agricultural Field Technical brochure. Experimental La Laguna. INIFAP.
  15. Castellanos, R.J.Z. (1983).The importance of soil physical conditions and their improvement through the application of manure.Technicalseminars Vol. 7.
  16. C. and F. Cervantes Mojica. (1999).Soil Science Laboratory Manual. EUNA.
  17. Cogger, CG, Sullivan DM, AI Bary and SC Fransen. (1999)Nitrogen recovery from heat-dried and dewatered biosolids applied to forage grasses. J. Environ. Qual. 28: 754-759.
  18. Desactivar traducción instantáneaInformación del Traductor de GoogleMóvilComunidadPrivacidad y condicionesAyudaDanos tu opinión.
  19. E-Sosa Salazar, J.A. Leos-Rodriguez, M. Fortis-Hernandez and C. Vazquez-Vazquez.(2002).Recovery and nitrogen uptake by wheat and sorghum in stubble mulch and no tillage systems.Agrociencia 36: 433-440. 2002. Mexico.
  20. Flores, MJP (2001). Nitrogen mineralization in agricultural soils Treated With dairy manure under two soil water potentials. Dissertation, Doctor of Philosophy, New Mexico State University. Las Cruces, NM.p.130.
  21. Flores, M.J.P., M.A. O. Flores, R. and B. M. Palomo Corral D. (2003).Evaluation of biosolids with feed crops in the Valley of Juárez, Chihuahua. Validation project.INIFAP, Campo Experimental Valle de Juarez, Municipal Water and Sanitation Board of Cd. Juarez, Chihuahua Produce Foundation.Final Project Report.
  22. H. A. Leblanc, M. E. Cerrato, A. Miranda, G. Valle. (2007). Determining the quality of organic fertilizers through bioassays, tropical land magazine university earth Guácimo Las Mercedes, Limón, Costa Rica p 97-107
  23. Havek, RD and m. Bystrom.(1970).A selected bibliography for agricultural scientists ed. the Iowa State University Press, Ames, Iowa.
  24. Infoagro, (2002). [On the Internet] organic .Fertilización. Available in.
  25. Infoagro, (2002). [On the Internet] organic .Fertilización. Available at: http // www.abcagro.com / herbaceous / cereals / triticale.asp.
  26. http://wwwinfoagro.com/agricultura.ecología/agricultura.ecología 05esp.
  27. Jorge Salazar Elizondo. (2006). Mesoamerican Agronomy, the nitrogen in livestock systems, p 69-77.
  28. Juan Manuel Cortes Jimenez. (2007). Residual use of manure on wheat in the Yaqui Valley of Sonora.p 209 XIX international week of face-UJED agronomy November.
  29. L Jimenez., M, Larreal., N, (2004). walnut effects of bovine manure on chemical properties of degraded ultisolmachites area, colon state of Zulia, Journal of the Faculty of Agronomy University of Zulia, number 4, vol . 21, June
  30. Langer, R. W. (1993).Learn to Grow. Editorial Diana. Mexico. Pp. 54.
  31. Lozano, RA. (2002).The magazine Marsh producer.Agricultural Laguna. Bimonthly publication of the Agricultural Cooperative Society of the Laguna Region, SCL.
  32. Lynd LR, Weiner PJ, Van Zyl WA, Pretorius IS (2002). Microbial cellulose utilization: fundamentals biotechnology. Microbiology and Molecular Biology 6.
  33. Márgez Juan Pedro Flores. (2003). Management and biodegradation of biosolids applied to agriculture. P 52.Report of the XV International Week of agronomy FAZ-UJED P 52 September.
  34. Ministry of the Environment of Ontario. (1984).Manual for land application of Treated Municipal wastewater and sludge. Ontario, Canada. Environment Canada.
  35. NRC. (2000). Agricultural Waste Management Field Handbook Natural Resource Conservation Service. USDA.
  36. Payne, W.J. (1973). Reduction of nitrogenous oxides by microorganisms.Bacteriul. Rev., 37: 409-452.
  37. Paul, E.A. and F.F. (1989).Clark. Soil Microbiology and Biochemistry. Ed. Academic Press. Inc. San Diego. California. pp. 115-130.
  38. Powers, WL, Wallingford, GW, Murphy, LS, Whitney, DA, Manges HL and Jones, H.E. Guidelines for Applying beef feedlot manure to fields. (1974). Publication C-502.Kansas State University, Cooperative Extension Service. Manhattan, KA.
  39. Rigoberto Alvarado Vazquez E. (2003). Use and use of bovine manure in the production of nopal.Memory of the XV International Week of agronomy face-UJED 65 September.
  40. Rowell, D.M., C.E. Prescott and C.M. Preston.(2001).Decomposition and nitrogen mineralization from biosolids and other organic materials: With initial relationship chemistry. J. Environ. Qual. 30: 1401-1410.
  41. SAGARPA. (2002).Statistical Yearbook of Agricultural Production. SAGARPA. Laguna Región. Lerdo de Tejada, Durango, Mexico.
  42. Salazar Vazquez VC, Trejo in EHI. (2002).El of organic fertilizers and plasticultura, UJED-SMCS nitrogen cycle.
  43. Salazar, SE, Leos, RJA, Fortis and Vazquez VC HM Recovery and.(2002).Nitrogen uptake by wheat and sorghum in stubble and no-tillage system.Agrociencia. 36: 433-440.
  44. Salazar Vazquez VC, Leos RJ, Fortis HM, Montemayor TJ (2003). "mineralization cattle manure and its impact on soil quality and production of tomato (Lycopersiconesculentum Mill) under subsurface irrigation," published in Python, Argentina.
  45. Salazar Vazquez VC, and Rivera. (2002). Management and biodegradation of bovine manure in the Laguna Region, Proceedings of the XV International Week of Agriculture.P1-150. Faculty of Agriculture and Animal Husbandry of the Juárez University of Durango State.
  46. Sosa Salazar, E., W.C. Lindenman, M. Cardenas E., and N.B. (1998). Christensen.Mineralization and distribution of nitrogen through the root zone into two tillage systems under field conditions.Terra. 16: 2: 163-172.
  47. Schnitzer, M. (1990). Selected methods forte characterization of soil humic substances. In: McCarthy and colleagues. (Ed.): Humicsustances in soil and crop sciences. ASA & SSSA. Madison: p 65-89.
  48. Sternson, F. J. (1982).Nitrogen in agricultural soils.Soil Science Society of America, Inc. Editor-m-Chief ASA Publications. Matthias Stelly. Madison, Wisconsin USA.
  49. SAS Institute Inc. (1996). SAS for Windows. Release 6-12 version 4.0.1111. Compus SAS Drive. North. Carolina. U.S.A.
  50. Traductor de Google para empresas:GoogleTranslatorToolkitTraductor de sitios webGlobalMarketFinder.
  51. Vazquez VC, Salazar, Leos RJA, Fortis HM, MJD López Zuniga TR, and Orona CIImpacto. (2007). the application of cattle manure on soil quality and production of tomato (Lycopersiconesculentum Mill) organic fertilizers Chapter IV p. 63-64..
  52. Vazquez VC, Salazar Figueroa VR, RJS and Fortis HM Valenzuela. (2001).Effect of padding and cattle manure in modifying some soil characteristics of the Laguna Region.XIII International Week of Agriculture, FAZ-UJED. Gomez Palacio, Durango. P. 178-182.
  53. Yagodin, BA. (1982). The use and handling of manure. Organic fertilizers book chapter V p. 69. Agrochemicals II. Mir Publishers. Moscow USSR p. 464, (1982).

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