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Evaluation of Compost with different NPK level on pea plant under drought stress

机译:干旱胁迫下豌豆植物不同氮磷钾含量堆肥的评价

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摘要

Drought stress is one of the big issues, responsible for reducing crop production in the world. One of the strategies to increase crop yield is use of organic and inorganic fertilizers. The compost and NPK has positive role under drought stress on plant growth. For this purpose, the seeds of two varieties, Barani variety and Hybrid F1 variety of pea plant were purchased from local market, Rawalpindi. The compost and NPK were also purchased from local market, Rawalpindi. In order to study the effect of compost and NPK on pea plant were carried out in Green House of PMAS Arid Agriculture University, Rawalpindi. The combined effect of compost and NPK had showed significant increase in root length of Barani variety 70% and Hybrid variety 50%, shoot length of Barani variety 59% and Hybrid variety 70%, soil moisture of Barani variety 33% and Hybrid variety 37%, relative water content of Barani variety 48% and Hybrid variety 45%, chlorophyll a of Barani variety 70% and Hybrid variety 33%, chlorophyll b of Barani variety 43% and Hybrid variety 18% and total chlorophyll content of Barani variety is 51% and Hybrid variety 22% under the drought stress as compared to the drought control.
机译:干旱是世界上造成农作物减产的主要问题之一。提高作物产量的策略之一是使用有机和无机肥料。在干旱胁迫下,堆肥和氮磷钾对植物生长具有积极作用。为此,从当地市场Rawalpindi购买了豌豆植物Barani品种和Hybrid F1品种两个种子。堆肥和NPK也从拉瓦尔品第当地市场购买。为了研究堆肥和NPK对豌豆植物的影响,在拉瓦尔品第的PMAS干旱农业大学温室进行了研究。堆肥和氮磷钾的综合作用表明,Barani品种的根长显着增加了70%,杂交品种增加了50%,Barani品种的苗长增加了59%,杂交品种增加了70%,Barani品种的土壤水分增加了33%,杂交品种增加了37% ,Barani品种的相对水含量为48%,杂交品种为45%,Barani品种的叶绿素a为70%,杂交品种为33%,Barani品种的叶绿素b为43%,Hybrid品种为18%,Barani品种的总叶绿素含量为51%与干旱控制相比,杂交品种在干旱胁迫下为22%。

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