Febrianto, Kusuma (2010) PENGARUH KOMBINASI PUPUK ORGANIK DAN RHIZOBAKTERI TERHADAP PERTUMBUHAN DAN HASIL KEDELAI (Glyicine max (L.) Merrill) KULTIVAR BURANGRANG. Other thesis, University of Muhammadiyah Malang.
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Soybean is one of the major food source commodity. As healthy phyto-protein source, since it has high protein and low fat, has important role in raise people nutrition. Domestic Soybean needs increased fast each years, but until now it wasn’t able to be fulfilled by domestic production, so that needs import in large amount. In 2007, domestic soybean consumption reached 2,06 million tons, while domestic production in 2007 only 0,59 million tons (Alimoeso 2007), the rest came from import. The research aimed to find out the influence of organic fertilizer and rhizobacter to soybean plant burangrang cultivation and fertilizer and rhizobacter dose fit with soybean plant burangrang cultivation. Hypothesis stated there is interaction between organic fertilizer and Rhizobacter to soybean plant burangrang cultivation development and result. There expected the organic fertilizer combination influenced soybean plant burangrang cultivation development and result. There expected Rhizobacter influenced soybean plant burangrang cultivation development and result. The research was done in Jiwut village Nglegok sub-district, Blitar Residence with 241m upper sea height with coordinate (GPS) 643823Me-9104094mN, while research started in 28 August 2009 until 3 December 2009. material used in this research were soybean plant burangrang cultivation, organic fertilizer and Rhizobacter. Tools used in soil management was mattock, while tool for measurement and data collection were plastic pocket, ruler, pencil, compasses and scales. The research used Complete Random Design (RAK) consisted of three repeats. First factor was organic fertilizer and second factor was Rhizobacter. Factor I . Organic Fertilizer (P) with three phases they were P1 : chicken, P2 : goat, P3 : cow, while factor II. Rhizobacter (R) with five phases they were :R0 : control, R1 : IMRG kind 5, R2 : IMRG kind 19, R3 : IMRG kind 30, R4 combination IMRG 5 + IMRG 19 + IMRG 30. Research application consisted of soil processing and treatment, maintenance and observation parameter. Obvservation were done by two ways, non-destructive and destructive. Observation parameters consisted of: height, leaves amount, leaf width, seeds amount, weight 100 seeds, dry weight from harvest, seeds result per meter. The result showed no interaction between fertilizer organic and rhizobacter in parameter plant height, leaves amount, and leaf width in all observation age. Chicken fertilizer treatment gave real influence to height parameter in 30 days treatment, cow fertilizer treatment gave real influence to height parameter in 70 days treatment, and in leaves amount parameter, in 60 and 70 days treatment and leaf width in 70 days observation. Organic fertilizer treatment with rhizobacter didn’t show interaction in weight 100 seeds parameter, seeds per meter, and plant’s water contain. Cow fertilizer (P3) gave real influence to seeds amount parameter and goat fertilizer gave influence to weight of 100.
|Item Type:||Thesis (Other)|
|Subjects:||S Agriculture > SB Plant culture|
|Divisions:||Faculty of Agriculture & Animal Husbandry > Department of Agronomy|
|Depositing User:||Rayi Tegar Pamungkas|
|Date Deposited:||14 Apr 2012 03:20|
|Last Modified:||14 Apr 2012 03:20|
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