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Impact of operating temperature of gas transit pipeline on soil quality and production potential of crops

机译:燃气过境管道工作温度对农作物土壤质量和生产潜力的影响

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The aim of this study is to investigate the effects of gas transit pipeline temperature on soil moisture, soil temperature and yield of harvest crops. The study area was located in the village Ivanka pri Nitre (Nitra District, Southwestern Slovakia). Soil type in the site is Orthic Brown Chernozem. Temperature of the transported gas increased the soil temperature in the range of 2.07°C to 3.4°C measured in a depth ranging from 250 mm to 350 mm above the gas lines. The temperature also reduced soil moisture by 1.27?3.18 percentiles of weight. Yield of the winter wheat grown above the gas lines was higher by 9.40% in 2004 and by 13.06% in 2006. Yield of the sunflower grown above the gas lines was higher by 8.05% in 2005. In treatment 1, organic fertilisation in a dose of 50 t/ha affected the yield of the winter wheat above the gas pipeline and the yield increased by 13.95% in 2004.
机译:本研究的目的是探讨燃气过渡管道温度对土壤水分,土壤温度和收获作物产量的影响。研究区位于伊万卡村(斯洛伐克西南部Nitra区)村。该网站的土壤类型是官方棕色Chernozem。运输气体的温度在2.07℃至3.4°C的范围内增加了土壤温度,在煤气线上方的250mm至350mm的深度测量。温度也将土壤水分降低1.27?3.18%的重量。在2004年,在气体管线上方种植的冬小麦的产量较高了9.40%,2006年乘量13.06%。2005年,气体管道上方的向日葵的产量较高8.05%。在治疗1中,剂量施肥50 T / HA影响了冬小麦上方的冬小麦的产量,2004年产量增加了13.95%。

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