Uji Daya Simpan dan Efektivitas Prototipe Pupuk Hayati Mikoriza dengan Media Pembawa Pasir Vulkanik dan Pasir Laut

Kadek Juniari, I. N. Rai, I. Sukewijaya
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Abstract

Time Storage and Effectivity of the Prototype of Mychorrhiza Biological Fertilizer with Volcanic and Sea Sand as the Carrier Media.  This research aimed to study time storage and the efectivity of prototype of mychorrhiza biological fertilizer with volcanic and sea sand as the carrier media. The study was arranged using a randomized block design with 2 factors. The first factor was carrier media of mychorrhiza spore consist of 2 levels i.e. volcanic and and sea sand, and the second factor was time storage of prototype of mychorrhiza biological fertilizer consist of 3 levels i.e. 1, 2, and 3 month. The result of research showed that volcanic sand carrier media was better than the sea sand media proved by higher total dry weight. The best time storage of prototype of mychorrhiza biological fertilizer in this research was 1 month indicated by the highest amount of spores after storage. The interaction between carrier media and time storage gave significantly different just to stem diamater and fresh weight of corn cob.
密克罗尼西亚Hayati集团火神砂和海砂介质原型储存和效率测试
以火山和海沙为载体的绿僵菌生物肥料原型的时间储存和效果。本研究旨在研究以火山砂和海沙为载体的绿僵菌生物肥料原型的贮存时间和效果。本研究采用2因素随机分组设计。第一个因素是由火山砂和海沙两个层次组成的绿脓杆菌孢子载体培养基,第二个因素是绿脓杆菌生物肥料原型的时间储存,由1、2和3个月三个层次组成。研究结果表明,火山砂载体介质的总干重高于海砂载体介质。本研究中绿僵菌生物肥料原型的最佳贮藏时间为贮藏后孢子量最高的1个月。载体介质与时间贮藏的相互作用对玉米芯的茎粗和鲜重有显著影响。
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24 weeks
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