@article{Sari_Indrawati_2019, title={Aplikasi Berbagai Jenis Pupuk Organik Terhadap Karakter FMA Pada Rhizosfer Tebu Bud Chip}, volume={19}, url={https://jurnal.polinela.ac.id/jppt/article/view/1393}, DOI={10.25181/jppt.v19i1.1393}, abstractNote={<p>This study to obtain data on the number and type of FMA. Obtained amount and types of <br />FMA in each treatment of addition of organic fertilizer dosage level. Find out whether the <br />combination of organic fertilizer and the given organic fertilizer dose affect the amount and <br />type of FMA. The experiment design used was Completely Randomized Design 2 Factor and <br />3 replications. The first factor is 4 types of organic fertilizer (P), namely: Humat acid (P) <br />and cow manure (D), and the second factor is 4 levels of organic fertilizer dose: D0: 0%, <br />D1: 10 tons of organic fertilizer / ha (50 g per polybag, D2: 20 ton / ha (100 g per polybag), <br />and D3: 30 ton / ha (150 g per polybag) There were 16 experimental units and 3 total <br />replications of 48 experimental unit plots. Myorizas were observed using binocular <br />microscopy and digital camera, observed spores were then grouped by morphological <br />characters including shape, color, and spore ornaments. Identification of indigenous <br />mycorrhizae was done using manual and confirmed by using INVAM website The result of <br />spore count on the application of organic fertilizer containing humic acid, compost fertilizer <br />and the combination of both the highest mycorrhizae is 3,700 in the dosage of humic acid <br />humic fertilizer 50 g + 100 g manure. 2,300 spores in organic humic acid 100 g + 100 g of <br />fertilizer. The number of spores was moderate, ie 1,541 on humic acid fertilizer 50 g + 150 g <br />manure, 1,323 spores at P3D3, 1,203 at treatment of P0D2, and at treatment of P2D0 <br />mycorrhiza reached 1.096. The smallest number mycorrhizal spores of 79 spores in the <br />dosage of manure dose 50 g. There are 4 genera of spore that found the most commonly <br />Genus is Glomus and Acaulospora.</p>}, number={1}, journal={Jurnal Penelitian Pertanian Terapan}, author={Sari, Sismita and Indrawati, Wiwik}, year={2019}, month={Oct.}, pages={1-10} }