首页> 外文会议>The Third International Conference Symposium on Longan,Lychee and Other Fruit Trees in Sapindaceae Family(第三届国际龙眼,荔枝及其他无患子科果树学术研讨会) >Evaluation of Dynamic Substrates under Integrated Plant Nutrient Management Affecting Growth Yield and Quality of Litchi (Litchi chinensis Sonn.)
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Evaluation of Dynamic Substrates under Integrated Plant Nutrient Management Affecting Growth Yield and Quality of Litchi (Litchi chinensis Sonn.)

机译:植物养分综合管理下动态基质对荔枝(Litchi chinensis Sonn。)生长产量和品质的影响

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The evaluation study on substrate dynamics under integrated plant nutrient management carried out for three years (2004-05 to 2006-07) at farmers field by National Research Centre for Litchi, Muzaffarpur, Bihar comprising of biofertilizers (Azospiriilum,Azotobactor,Aspergillus,Trichoderma and Pseudomonas) conjointly with chemical fertilizers and organic manures on canopy spread,bearing behavior,yield and quality as well as soil chemical properties and cv.Shahi an important commercial and early variety of 14 years old in 2003 was used for the study. The three years cumulative results revealed that the treatment having Azotobactor (250 g tree-1) with half of the recommended dose of chemical fertilizer and 50 kg of FYM proved to be the most dynamic substrate to record maximum fruit yield (96.66 kg tree -1 ) categorizing maximum percentage of quahty fruits under superior grade i.e.extra class (42.75%).This treatment also recorded better canopy spread,fruit weight and bearing (fruits/panicle) of heavier fruits though found at par with control i.e.the treatment having only chemical fertilizer which recorded fruit yield of 94.50 kg tree-1 categorizing less percentage of quality fruits under superior grade I.e.extra class (32.10%) suggesting a possibility for reducing N,P and K fertilizer dose to the tune of 50% and making quality litehi production economically more viable. Physicochemicai characteristics as recorded in different treatments showed higher values in substrate having biofertilizer in particular. The effect of treatments on available N,P and K status of the soil was found profoundly influenced at the end of experimentation and was appreciably higher particularly in case of treatments having biofertilizers when compared to the initial status.
机译:植物营养综合管理下的底物动力学评估研究是由比哈尔邦荔枝国家研究中心在2004年至2004-07年间对荔枝进行的,研究中心由生物肥料(偶氮螺旋藻,偶氮烟草,曲霉,木霉和假单胞菌(Pseudomonas)与化肥和有机肥一起对冠层的蔓延,生育行为,产量和品质以及土壤化学性质和生物学特性的影响。沙希(Shahi)是一项重要的商业化品种,早在2003年就有14年历史。三年的累积结果表明,用Azotobactor(250 g tree-1)和一半推荐剂量的化肥和50 kg FYM进行的处理被证明是记录最大水果产量(96.66 kg tree -1)的最有活力的基质。 )将优质水果(即特级水果)的最大百分比(42.75%)进行了分类。该处理还记录了较重水果更好的冠层传播,水果重量和结实度(水果/穗),尽管与对照相比,即仅采用化学处理记录为94.50 kg tree-1的水果产量的肥料,其在Ieextra上等品位的优质水果中所占的百分比较低(32.10%),这表明有可能将N,P和K肥料的剂量降低50%,从而生产出优质的荔枝在经济上更可行。如在不同处理中记录的理化特性在具有生物肥料的基质中显示出更高的值。在试验结束时,发现处理对土壤有效氮,磷和钾状态的影响受到深远影响,并且与初始状态相比,尤其是在使用生物肥料的情况下,其影响明显更高。

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