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Novi Arafita
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Identifikasi Morfologi Berbagai Varietas Padi Ketan (Oryza sativa L. Var. Glutinosa) pada Dataran Medium laela anjar sari; Mahayu Woro Lestari; Novi Arafita
AGRONISMA Vol. 10 No. 1
Publisher : AGRONISMA

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Glutinous rice (Oryza sativa L. Var.  Glutinose) is one type of rice that grows well from thousands of types of rice in Indonesia. The advantages of glutinous rice plants over the type of rice plants in general lies in their agronomic character, where glutinous rice plants have a larger stem circle diameter, so it has the potential as a source of germplasm plasma for rice plant breeding to withstand fractures.The purpose of the research is to find out, identify and characterize the plasma nutfah glutinous rice plants in Indonesia. The study was conducted in November 2020-April 2021. The research location in Dermo Village Village Mulyoagung District Dau Malang City East Java. The research design used is a randomized group design (RAK). The treatment is 16 varieties of glutinous rice plants, repeated 3 times so that the total number of experimental units is 54 units. Each experimental unit has 16 clumps of plants. The growth and yield of sixteen varieties of glutinous rice in general can be seen from the height of the plant and the amount of grain content perrumpun. In this study, the highest average plant height was V4 (Wangkaluku) 125.68 cm, V5 (La Uma) 123.18 cm, V6 (Wa Bila) 113.45 cm, V7 (Wa Bou) 105.71 cm, V8 (Wa Gamba) 114.24 cm, and V11 (Wuluh) 127.52 cm. As for the amount of grain contents perrumpun that has the largest number of seeds in V1 (Lokbon 1) 2502.84, V3 (Lokbon 3) 2060.10, V9 (Local Kediri) 1884.4, V12 (Princess Payaman 20 White) 1757.63, and V15 (Local Subang) 1847.96. The results showed that the morphological characteristics of sixteen varieties had varying results.  On average stem color has color (green, light green, yellowish green, yellowish yellow, greenish yellow, purple tinge), average leaf color has color (green, light green, dark green), the color of the tongue and ears of the average leaf has a color (white and a tinge of purple), the average leaf neck color has a color (white), the average grain type has a size (medium, long, short), the average grain shape has a shape (medium slim,  Slender round, large round, medium round), average grain color has color (brown, straw yellow, golden yellow), the average rice color has a color (black, white, red), and on the surface of the leaves and the position of the leaves sixteen varieties of glutinous rice on average have a rough surface and upright leaf position. 
SERAPAN P DAN HASIL TANAMAN KEDELAI (Glycine Max (L) Merr.) AKIBAT PENINGKATAN DOSIS PUPUK HAYATI VP3 DAN LAMA INDUKSI LISTRIK achmad sidiq syafi'i; Sugiarto Sugiarto; Novi Arafita
AGRONISMA Vol. 10 No. 1
Publisher : AGRONISMA

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This study aims was to determine the effect of increasing the dose of VP3 biofertilizer and the duration of electrical induction on P absorption on soybean crop and on soybean crop yields. The research was conducted in the experimental field of Griya Shanta, Brawijaya University, Malang and Microbiology Laboratory, Islamic University of Malang. The design used was a simple randomized block design (RAK) with 13 treatments which were repeated 3 times. P uptake was calculated from all parts of the soybean plant. The results showed that the application of VP3 biofertilizer with a certain electrical induction duration could increase P absorption which was shown in the best treatment V12 (VP3 200% + Electric Induction 90 minutes) by 2124.5 ppm but not significantly different from V10(NPK 100% + Electric Induction 90 minutes), V2(VP3 100%) and V3(VP3 200%). Meanwhile, the yield of soybean plants treated with V2L1 (Biofertilizer VP3 200% + 30 minutes electrical induction) with a productivity of 5.46 Ton/ha (tons per hectare).
ESTIMATION OF EFFICIENCY UTILIZATION OF ELEMENT N BY SOYBEAN (Glycine max (L) merr.) USING SPAD METHOD DUE TO INCREASING DOSAGE OF BIODIVE FERTILIZER VP3 AND LONG ELECTRIC INDUCTION Anggri Fri Agung; Djuhari Djuhari; Novi Arafita
AGRONISMA Vol. 10 No. 1
Publisher : AGRONISMA

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This study aims was to find out the estimated efficiency of the utilization of element N by soybean plants using the SPAD (Soil Plant Analysis Development) method due to increased doses of VP3 biological fertilizer and long induction of electricity. This research was conducted in the trial land of Griya Shanta, Brawijaya University, Malang and Microbiology Laboratory, Universits Islam Malang. The design used is a Simple Random Group (RAK) design with 13 treatments repeated 3 times. N uptake is calculated using the SPAD method. The results of this study showed that the application of VP3 bio-fertilizer supported by certain electrical inductions was able to compensate for the use of inorganic fertilizers and can increase the chlorophyll content shown at the best treatment, namely NL1 (NPK 100% + 30-minute electricity induction) but not real different from V2L1 treatment (VP3 200% + 30-minute electricity induction), V2L1 (VP3 200% + 30-minute induction),  V2L2 (VP3 200% bio fertilizer + 60-minute electricity induction), NL2 (NPK 100% + 60-minute electricity induction), V2L3 (VP3 200% bio fertilizer + 90-minute electricity induction), V1L1 (VP3 100% bio-fertilizer + 30-minute electricity induction), V1L2 (VP3 100% induction + 60-minute induction), While the highest treatment is V1L2 (100% VP3 bio fertilizer + 60 minutes induction) with a productivity of 5.46 Tons / ha.
Pengaruh Suhu Pengeringan pada Viabilitas Agen Hayati Pelet Bioferna Berbahan Dasar Limbah Ampas Tahu dan Pengaruhnya pada 2 Bibit Tanaman fita fatma pratama; Sugiarto Sugiarto; Novi Arafita
AGRONISMA Vol. 10 No. 2 (2022)
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Biological fertilizer is a living microorganism material that is useful for increasing soil fertility and the quality of a plant's production. VP3 biofertilizer is a liquid biofertilizer formulation made from vermiwash as a carrier, molasses, PEG, and 3 functional bacterial isolates. In this study, the VP3 biofertilizer will be enriched with Trichoderma viride FRP3 in the form of pellets made from solid waste tofu dregs. The purpose of this study is to determine the appropriate drying temperature for the manufacture of BioferNA pellet fertilizer based on tofu waste and the drying results with the best total viability of biological agents will be tested on tomato and eggplant seeds to determine their effect on plant growth and the presence of symptoms of pathogenicity. and growth disorders. The research was carried out by the Microbiology Laboratory, Central Laboratory and Halal Center, Islamic University of Malang. The design used in the Biological Agent Viability Test was Completely Randomized (CRD) with 10 treatments and was repeated 3 times. While the design used in the test on plant seeds used a randomized block design (RAK) which consisted of 5 treatments and each was repeated 4 times. Observational data on each plant parameter were then tested using the analysis of variance F test with a significance level of 5%, if there was a significant effect between treatments followed by Duncan's test with a 5% level. The results showed that the drying temperature of BioferNA pellets made from tofu waste had a significant effect on the total viability of biological agents. The drying temperature of 40°C has a higher average total viability of biological agents than the temperature of 50°C. BioferNA pellets made from tofu waste which were added with VP3 and Trichoderma viride FRP3 had a significant effect on seedling height and fresh weight of eggplant and tomato seedlings, but had no significant effect on root length of tomato and eggplant seedlings.Keywords : Biofertilizer VP3, Trichoderma viride FRP3, Tofu waste, Tomato, Eggplant .
Co-Authors achmad sidiq syafi'i Anggri Fri Agung Djuhari Djuhari fita fatma pratama laela anjar sari Mahayu Woro Lestari Sugiarto Sugiarto