The Effect of Siam weed (Chromolaenaodorata L.) on the Diversity of Pest and Natural Enemies in Soybean and Corn Plant Intercropping
| International Journal of Agriculture & Environmental Science |
| © 2017 by SSRG - IJAES Journal |
| Volume 4 Issue 2 |
| Year of Publication : 2017 |
| Authors : Marcelino Da Costa Napoleão, Subagiya, Parjanto |
10.14445/23942568/IJAES-V4I2P101
How to Cite?
Marcelino Da Costa Napoleão, Subagiya, Parjanto, "The Effect of Siam weed (Chromolaenaodorata L.) on the Diversity of Pest and Natural Enemies in Soybean and Corn Plant Intercropping," SSRG International Journal of Agriculture & Environmental Science, vol. 4, no. 2, pp. 1-5, 2017. Crossref, https://doi.org/10.14445/23942568/IJAES-V4I2P101
Abstract:
Intercropping systems generally provide a higher yield when combined crop cultivation is done appropriately. Chromolaenaodorata L. has a secondary metabolite that is flavononas, flavonas, khalkones, tannin, aromatic acids and essential oils. The objective is to determine the effect on the development siam weed plant pests and natural enemies of soybean and corn intercropping system. experiment using Randomized Completed Block Design (RCBD) one factor, consist C0 (Corn X Soybean (control); C1 (3 C.odorata X Soybean X corn); C2 (6 C.odorata X Soybean XCorn); C3 (9 C.odorataXSoybean Xcorn); and C4 (12 C.odorata x soybean x Corn, All treatment was repeated three times to obtain 15 combined treatment of the data were analyzed by Analysis of Variance (ANOVA) The results, highest diversity index in C0 2.50, and the diversity index lowest in 2.28, the level of damage to corn plants minimum 3. 03% are in C1, the maximum amount of 79.77 g soybean pod fruit and seed weight of 20.21g maximum at C1. Cob maximum weight of 753.3 g and maximum weight of seeds of 586.7 g everything contained in C1.
Keywords:
chromolaenaodorata L., pest, natural enemies, corn, soybean, intercropping
References:
1) Acero LH. 2014. Dried Siam weed (Chromolaenaodorata) as rice weevils (Sitophilusoryza) eradicant. International Journal of Chemical Engineering and Applications 2014; 5 (5) : 363-366.
2) Achmad.T and J. tandiabang, 2001.Dinamikapopulasihamautamatanamanjagungpadapolata namberbasisjagung. Balaipenelitiantanamanserelia.Maros Sulawesi selatan.
3) Adisarwanto. 2008. BudidayaKedelaiTropika. PenebarSwadaya Jakarta.
4) Asikin,S. and M. Thamrin. 2010. Pengendalianulatgrayak (Spodopteralitura) denganmenggunakanekstrakbahantumbuhan liar rawa. hlm. 178-192. Seminar NasionalPerlindunganTanaman.PusatPengkajianPengendalia n Hama TerpaduDepartemenProteksiTanamanFakultasPertanianInstit utPertanian Bogor.
5) Dantje, T. Sembel. 2010. PengendalianHayati, Hama-Hama SeranggaTropis&Gulma.Edisi I. Yogyakarta. Cv. Andi Offset.
6) Dody.2005 Respons on growth and yield of black soybean in usage of organic fertilizer and biopesticide of siamweed(Chromolaenaodorata) Vol. 12 No.2. 103 – 116
7) FerniaNirmayanti, GatotMudjiono, Sri Karindah. 2015.PengaruhBeberapaJenisTanamanPendampingTerhadap Hama PhyllotretaStriolataf. (Coleoptera: Chrysomelidae) PadaBudidayaSawiHijauOrganic.Jurnal HPT 3 (2). 2338- 4336
8) Hasibuan, R., H. Sudarsono, dan C. Sumatrana. 1997. Pendugaantingkatkerusakantanamankedelaiakibatseranganha maNezaraviridula(Hemiptera: Pentatomidae) pada stadium pertumbuhantanaman yang berbeda. JurnalPenelitianPengembangan Wilayah LahanKering. 19 : 59-67.
9) Khodijah. 2014. Journal of Biology & Biology Education KelimpahanSerangga Predator kutudaunAphis gossypiidi Sentra TanamanSayuran di Sumatera Selatan, Abundance of Predatory Insect of Aphis gossypii leaf bugs in South Sumatera’s Vegetable Center
10) Kilmaskossu, S.T.E.M and J.P. Nero-kouw. 1993. Inventory of Forest Damage at FapertaUncenExperi-ment Gardens in ManokwariIrian Jaya Indonesia. Proceedings of the Symphosium on Biotechnological and environmental Approaches to Forest and Disease Management. SEAMEO, Bogor.
11) Nia, Kurniawati. 2015. Diversity And Abundance Of Natural Enemy Of Pest At Manipulated Rice Habitat Using Flowering Plant. Vol. 18. (1), 31-36
12) Paredes D, Cayuela L, and Campos M. 2013.Synergistic Effects of Ground Cover and Adjacent Natural Vegetation on the Main Natural Enemy Groups of Olive Insect Pests.Agriculture, Ecosystems & Environment 173:72–80
13) Santosh Kumar Dash, andGouri Kumar Dash 2010. Qualitative phytochemical analysis & investigation of anthelmintic and wound healing potentials of various extracts of chromolaenaodoratalinn. Collected from the locality of mohuda village, berhampur (south orissa) International Journal of Pharmaceutical Sciences Review and Research 1 (2) : 122-126
14) Thamrin. M, Asikin. S, and willis. S. 2013 Spodopteraliturasiam weed chromolaenaodoratal (asteraceae: asterales) as a botanical Insecticide for controling armyworm spodopteralitura. JurnalLitbangPertanianvol 32 No. 3: 112- 121
15) Thamrin, M., S.Asikin, Mukhlis and A.Budiman. 2007. Potensiekstrak flora lahanrawasebagaipestisidanabati. DalamSupriyo, A., M. Noor, I. Ar-Rizadan D. Nazemi (Ed). Monograf: Keanekaragaman Flora danBuahbuahanEksotikLahanRawa. BalaiBesarPenelitiandanPengembanganSumberdayaLahanPe rtanian. pp. 23-31.