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Effect of irrigation, nitrogen and bio-fertilizer inoculation on N, P and K content and uptake of forage oat (Avena sativa L.).

机译:灌溉,氮和生物肥料接种对饲用燕麦( Avena sativa L.)的氮,磷和钾含量及吸收的影响。

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The field experiment was conducted on oat during rabi seasons of 2003-04 and 2004-05 at Anand, Gujarat, India, with three irrigation levels (0.7, 0.9 and 1.1 IW: CPE ratio), three nitrogen levels (40, 80 and 120 kg N/ha) and two biofertilizer treatments (no inoculation and Azotobacter inoculation). The results revealed that successive increase in irrigation frequency increased the nutrient uptake and forage yield of oat and frequent irrigations at 1.1 IW: CPE ratio recorded significantly higher N uptake, P and K contents and uptake as well as the green forage and dry matter yields. Likewise, successive increase in nitrogen application increased the nutrient uptake and the forage yield of oat. Application of 120 kg N/ha gave significantly higher N, P and K uptake as well as the green forage and dry matter yields of oat in total of two cuts. Inoculation with Azotobacter also enhanced the uptake of nutrients and resulted in higher forage production as compared to no biofertilizer inoculation.
机译:在印度古吉拉特邦阿南德的2003-04和2004-05狂犬病季节中,在燕麦上进行了田间试验,三个灌溉水平(0.7、0.9和1.1 IW:CPE比),三个氮水平(40、80和120) kg N / ha)和两种生物肥料处理(不接种和偶氮杆菌接种)。结果表明,连续增加灌溉频率增加了燕麦的养分吸收和饲用草产量,并在1.1 IW下频繁灌溉:CPE比记录的氮素吸收,P和K含量和吸收量以及绿色草料和干物质产量显着更高。同样,氮肥的连续增加增加了燕麦的养分吸收和草料产量。施用120 kg N / ha可以使燕麦的N,P和K吸收量显着提高,并且燕麦两次的饲草和干物质产量均显着提高。与不接种生物肥料相比,接种偶氮杆菌还可以提高养分吸收,并提高草料产量。

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