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Effect of moisture conservation practices on rooting pattern and nutrient uptake of finger millet + pigeonpea intercropping system

机译:保水措施对小米+木豆间作生根模式和养分吸收的影响

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摘要

A field experiment was conducted during Kharif season of 2013 to study the effect of different moisture conservation practices onrooting pattern and nutrient uptake of finger millet + pigeonpea inter cropping system under dry land situations at AICRPon Dry land Agriculture field unit, UAS, GKVK, Bangalore. The experiment consisting of 10 treatments replicated thrice were laid out in RCBD. Higher root length (33.33 cm), root weight (14.44 g hill"1), root volume (46.67 cc) and root density (0.31 g cc1) were obtained in the green leaf manure with maize residue mulch treatment. Application of green leaf manure with maize residue mulch treatment recorded significantly higher N, P205 and K,0 uptake (73.85, 15.40 and 47.43 kg ha~(-1), respectively) in finger millet followed by tank silt with maize residue mulch treatment (68.56, 14.93 and 47.33 kg ha~(-1), respectively) as compared to control (41.83,10.30 and 34.94 kg ha~(-1), respectively).
机译:在AICRPon的旱地农业田间单位UAS,GKVK,班加罗尔,2013年的Kharif季节进行了田间试验,研究了不同水分保持措施对手指小米+木豆间作系统生根模式和养分吸收的影响。在RCBD中进行了由10次重复三次的治疗组成的实验。玉米秸秆覆盖覆盖绿叶肥获得较高的根长(33.33 cm),根重(14.44 g hill“ 1),根体积(46.67 cc)和根系密度(0.31 g cc1)。玉米秸秆覆盖处理后,手指小米的N,P205和K,0吸收显着较高(分别为73.85、15.40和47.43 kg ha〜(-1)),随后进行了玉米秸秆覆盖处理的储罐淤泥处理(68.56、14.93和47.33)。 (分别为41.83、10.30和34.94 kg ha〜(-1))。

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