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首页> 外文期刊>American Journal of Experimental Agriculture >Corn-Soybean Association and Its Response to Cow Manure under Drip Irrigation
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Corn-Soybean Association and Its Response to Cow Manure under Drip Irrigation

机译:滴灌条件下玉米-大豆协会及其对牛粪的响应

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Aims: The work was established with objective of evaluating organic fertilizer doses and its effects on soil physical properties and forage yield. Thus, solarized manure and corn variety were used. Study Design: Randomized strip-split plot design with three replications. Place and Duration of Study: The experiment was conducted during 2007 and 2008; in the experimental agricultural center of the Agriculture and Zootechnic Collage of Durango University, located at km 28 of Gómez Palacio-Tlahualilo road, Durango, Mexico. Planting was carried out on April 15, 2007 and June 2, 2008. Methodology: The first factor (A) studies was crop with the levels: A1; corn, variety San Lorenzo and A2; combination corn-soybean with the same variety for corn and Cajeme for soybean, the second factor was cow manure with the levels of B1 to B5 of 0, 40, 80, 120 and 160 Mg ha-1 and one additional level of chemical fertilizer of 100-150-0 of nitrogen phosphorus and potassium, respectively; The main evaluated variables were: soil temperature (°C), soil moisture (%) and Green forage yield (Mg ha-1). Results: The results indicate no statistical difference between factor (A) levels; but in factor B statistical differences among levels were found and the best was 120 Mg ha-1 with a production yield of 67.22 and 71.60 Mg ha-1 in 2007 and 2008 respectively. The treatments with cow manure application always had the highest, soil moisture percentages and lower temperatures in compare with treatments without cow manure application, outstanding the 120 and 160 Mg ha-1 treatments. Conclusion: Organic fertilizers have a positive effect on physical soil characteristics and forage yield; being a good alternative for farmer in forage corn production.
机译:目的:建立这项工作的目的是评估有机肥料的用量及其对土壤物理性质和牧草产量的影响。因此,使用了日光肥料和玉米品种。研究设计:随机条带分割图设计,包含三个重复。研究地点和时间:该实验于2007年和2008年进行;位于杜兰戈大学农业与动物工程学院实验农业中心,位于墨西哥杜兰戈GómezPalacio-Tlahualilo路28公里处。种植于2007年4月15日和2008年6月2日进行。方法:第一项因素(A)研究是水平为A1的农作物;玉米,品种San Lorenzo和A2;玉米-大豆品种相同的玉米-大豆组合和大豆豆粕组合,第二个因素是牛粪,其B1至B5的含量分别为0、40、80、120和160 Mg ha -1 ,氮磷和钾分别增加100-150-0的一种化肥水平;评价的主要变量为:土壤温度(℃),土壤水分(%)和青饲料产量(Mg ha -1 )。结果:结果表明因子(A)水平之间无统计学差异;但在因子B中,各水平之间存在统计学差异,最好的是120 Mg ha -1 ,2007年和2008年的产量分别为67.22和71.60 Mg ha -1 。与未施用牛粪的处理相比,施用牛粪的处理始终具有最高的土壤湿度百分比和较低的温度,在120和160 Mg ha -1 处理中表现突出。结论:有机肥料对土壤物理特性和牧草产量有积极影响;是农民饲用玉米生产的一个很好的选择。

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