首页> 外文期刊>Pure and Applied Biology >Allelopathic effect of Ficus carica L. against Triticum aestivum L., Zea mays L., Lactuca sativa L. and Trifolium repens L.
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Allelopathic effect of Ficus carica L. against Triticum aestivum L., Zea mays L., Lactuca sativa L. and Trifolium repens L.

机译:Ficus,L.对阵Triticum aestivum L.,Zea Mays L.,Lettuce Sativa L.和Clover Repens L.的化梳病变作用。

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The currentstudy was conducted with the aim to test the allelopathic influence of Ficus carica L. against four different crop species i.e. Triticum aestivum L., Zea mays L. Lactuca sativa L., Trifolium repens L. the plant parts i.e. leaves and bark were collected and shade dried at room temperature. The data were recorded in term of percent germination, radicle and plumule length, fresh and dry weight and moisture contents of the species. The maximum inhibitions were recorded for higher concentration 10gm/100ml at longer soaking duration 72 hrs. Bark showed robust potential as compared with leaves. The highest reduction in term of germination was recorded as (57.89%, 56.57%, 46.77%) and (38.57%) for higher concentration 10gm/100ml at longer soaking duration 72 hrs. In T. repens, T. aestivum, L. sativa and Z. mays respectively. In case of radicle and plumule length the same concentration a same soaking duration showed (76.84%, 75.24%, 63.98%) and (81.18%) and (81.30, 75.84, 62.82) and (74.49) in T. aestivum, Z. mays, L. sativa and T. repens respectively. In term of fresh and dry weight the reduction was recorded as (82.73, 78.06, 53.16%) and (18.92%) and (69.13%, 52.48%, 35. 44%) and (28.60%) in T. repens, L. sativa, T. aestivum and Z. mays respectively. The robust inhibition was recorded for moisture content as (71.45%, 52.39%, 36.08%) and (30.27%) in T. repens, L. sativa, T. aestivum and Z. mays respectively. The results concluded that certain compounds present in the plant which required further explorations for the isolation of active ingredients which may triggered inhibition.
机译:目前的目的是为了测试Ficus Carica L.对抗四种不同的作物物种,即Triticum Aestivum L.,Zea Mays L.Lactuca Sativa L.,Trifolium Repens L.植物零件即叶和树皮进行并且在室温下干燥。该数据以萌发百分比,胚根和肠长长度,新鲜和干重和物种的水分含量的记录。以较长的浸泡持续时间72小时,记录最大抑制以较高浓度的10gm / 100ml。与叶子相比,树皮表现出强大的潜力。萌发期限的最高减少量被记录为(57.89%,56.57%,46.77%)和(38.57%),以较长的浸泡持续时间72小时,较高浓度为10gm / 100ml。在T. Repens,T. aestivum,L. Sativa和Z.Mays。在胚根和脉冲长度的情况下,相同的浓度相同的浸泡持续时间显示(76.84%,75.24%,63.98%)和(81.18%)和(81.30%)和(81.30,75.84,62.82)和(74.49),Z·梅斯,L. Sativa和T.分别复制。在新鲜和干重期间,减少作为(82.73,78.06,53.16%)和(18.92%)和(69.13%,52.48%,35.4%)和(28.60%),L. Sativa,T. Aestivum和Z分别。稳健的抑制被记录为水分含量(71.45%,52.39%,36.08%)和(30.27%)和(30.27%)分别分别为5月和Z.Mays。结果得出结论,植物中存在某些化合物,其需要进一步探索,用于分离可引发抑制的活性成分。

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