Growth Response of Mucuna bracteata with the Application of Local Micro Organisms (LMO) of Banana Weevil

Bayu Pratomo; Agung Rafiul Naldi Tanjung; Dini Aryska; Chelvin Van Roy Ginting

doi:10.56211/tabela.v2i1.461

Authors

Bayu Pratomo Universitas Prima Indonesia, Medan
Agung Rafiul Naldi Tanjung Universitas Prima Indonesia, Medan
Dini Aryska Universitas Prima Indonesia, Medan
Chelvin Van Roy Ginting Universitas Prima Indonesia, Medan

DOI:

https://doi.org/10.56211/tabela.v2i1.461

Keywords:

LMO; Mucuna; Banana; Micro; Organism

Abstract

This research aims to determine the effect of concentration and duration immersion giving LOM banana weevil against the gowth of Mucuna bracteata. The research was conducted in the garden of Jalan Setia Bangun Pasar III, Sei Beras Sekata, Kecamatan sunggal, Kabupaten Deli Serdang, Sumatra utara and continued in the laboratory of the Indonesian Oil Palm Research Institute (IOPRI). This research was started in April-June 2020. This study used a randomized complete block design (RCBD) factorial. The first factor was the concentration of local microorganisms (LMO) of Banana Weevil consisting of 4 levels, namely: Without treatment, 15%, 30%, 45%. The second factor. The duration of immersion consists of 4 levels, namely: No immersion time, 15 minutes, 30 minutes, 45 minutes. Observation data were analyzed usingDuncan's Multiple Range Test with a significant 5%. The results showed that the LMO concentration of banana weevil was effective in increasing the gowth of the number of leaves 39.77, tendril length 83.14 cm, shoot fresh weight 28.54 g, and shoot dry weight 6.03 g. The duration of soaking had a significant effect on the highest number of leaves at week 3 (9.63 pieces). The interaction application of banana weevil concentration and soaking time affected the number of root nodules (40.50 gains) and root dry weight (0.73) g of theplant Mucuna bracteata.

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References

Aini. 2017. Application of Local Microorganisms from Banana Weevil and Goat Manure on the Production of Baluran Soybean Varieties. Journal of Applied Agicultural Sciences. Vol 1, No. 1.

Dharma, P. A. W., Suwastika, A. A. N. G and N. W. S. Sutari. 2018. Study of the Use of Coconut Fiber Waste to Make a Solution for Local Microorganisms. E-Journal. Tropical Agoecotechnology. 7(2):200-210

Fauzi, Yan. Widyastuti, Y.E. Satyawibawa, Faith. Paeru, R.H. 2012. Palm Oil. Jakarta: Self-Help Spreader.

Islami, T. and W.H. Utomo, 1995. The Relationship between Soil, Water and Plants. IKIP Semarang Press, Semarang.

Khasanah, 2012. The Effect of Npk Tablet Fertilizer and Liquid Organic Nutrient Fertilizer on the Gowth of Oil Palm Seedlings (Elaises Guineensis Jacq) in the Main Nursery. Thesis for the Agotechnology Study Progam, Faculty of Agiculture, Riau University

Kesumaningwati R. (2015). Use of banana weevil mole (musa paradisiaca) as a decomposer for composting empty oil palm fruit bunches. Mount Kalua Samarinda Campus.40 (1): 40– 45.

Lakitan, B. 2011. Basics of Plant Physiology. PT. Raja Gafindo Persada : Jakarta. 205 p

Lakitan. 2000. Basics of Plant Physiology. Raja Gafindo Persada. Jakarta.

Moses, B. B. O., A. Wibowo., Jati. B., B. Rahardjo Si. 2013. Use of Banana Bud Microorganisms (Musa paradisiaca) as Organic Waste Decomposers. Journal of Technobiology, AtmaJaya University Yogyakarta. Vol (2): 7-10

Novriani, 2011. The role of Rhizobium in increasing nitrogen availability for soybean plants. AgonobiS. vol. 5, no. 3, pp. 35-42.

Ole, M.B.B. 2013. Use of Banana Weevil Microorganisms (Musa Paradisiaca) as Organic Waste Decomposers. Journal. Atma Jaya University Yogyakarta Faculty of Technobiology Biology Study Progam. Yogyakarta.

Sadjad, S. 1975. Seed Germination Metabolism Process in the Basics of Seed Technology. Book. Capita selecta. Department of Agonomy.. Bogor Agicultural Institute. Bogor. 138 p.

Schmidt, L. 2000. Guidelines for handling tropical and subtropical forest seeds 2000 (trans.). Directorate General of Land Rehabilitation and Social Forestry. Forestry Department.

Setiawan, E. 2009. Utilization of Weather Data to Estimate Productivity (Case Study of Herbal Chili Plants in Madura). BMG. Jakarta. Agovigor 2(1):1-7.

Setiawan, B.S. 2013. Making Manure Quickly. Self-Help Spreader Publisher. Bogor.

Siagian, N. 2003. Potential and Utilization of Mucuna bracteata as a Soil Cover in Rubber Plantations. White River Rubber Research Institute. Medan.

Wahyusi K. N. (2008). Utilization of Banana Weevils to Make Phosphoric Acid. East Java 2 (2): 136 – 140.

Widiastuti, H., Suharyanto. 2007. Gowth response of Calopogonium caeruleum and Centrosema pubescens gound cover crops toward inoculation of Badyrhizobium, Aeromonas punctata and Acaulospora tuberculata. Bul. Germplasm 13:43- 48. DOI: https://doi.org/10.21082/blpn.v13n1.2007.p43-48

Winarni I, ES Sumadiwangsa, D Setyawan. 2004. The influence of gowing location, type and trunk diameter on the productivity of tengkawang seed producing trees. J. Forest Products Research 22(1): 23-33. DOI: https://doi.org/10.20886/jphh.2004.22.1.23-33