Increased Production Of Corn (Zea Mays, L) Varieties Lamuru, Bisma, Sukmaraga In Marginal Critical Land With The Use Of Cow Manure In North Aceh Regency
Keywords:Corn, Varieties, Cow Manure, and Marginal Critical Land
This study aims to determine the technique of increasing the production of corn (Zea mays, l) varieties of lamuru,
bisma, sukma raga with marginal critical land with the use of cow manureby North Aceh District. This research
was carried out from June to November 2021, at the West Reuleut Gampong Garden, Muara Batu District, North Aceh Regency. This study used a 3 x 2 randomized block design and replicated 3 times. The first factor is varieties with 3 levels, name-ly: Bisma, Lamuru, and Sukmaraga varieties. The second factor is cow manure with 2 levels, namely 15 tons/ha and 20 tons/ha. Parameters observed were plant height, stem diameter, number of leaves, time of flower emergence, cob length, cob weight, length without cob, weightwithout cob, and weight of 1000 seeds. The results showed that the treatment of severalvarieties showed a very significant effect on almost all of the observed variables. The use of bisma varieties showed the best growth. The use of cow manure 15 tons/ha also gives the best
growth on almost all variables.
Aqil. M., Rapar, C., and Zubachtirodin. 2012. Description of SuperiorVarieties of Corn. Research and Development
of Food Crops. Agricultural Crop Research andDevelopment Agency of the Ministryof Agriculture. Jakarta.
Aribawa, I.B. 2012. "Adaptation of Several Varieties of Corn in the Dry Land of the Wet Temperate Highlands".
Pro- ceedings of the National Seminar on Food and Energy Sovereignty. Tru- nojoyo University. Madura.
Azis, A, and Hasanuddin. 2014. Giving Manure to The Growth and Yield of Sweet Corn Crops. Aceh Agricultural
Technology Assessment Center (BPTP) Aceh.
Azwarta, S. (2020). The effect of cow ma- nure on the growth and yield of sweetcorn crops (Zea mays L). Thesis
On- line. Faculty of Agriculture. MuaraBungo University
International Journal of Science and Environment
Catharina, T. S. 2009. Response of CornCrops in Monoculture System withNutg To The Availability of Nutrient N
and Value of Land Equality in Dry Land. Faculty of Agriculture. Ma- raswati University, Mataram. Ganec Swara
Special Edition, 3(3), 17-21.
Ethics, A.P.W., Hasan, R., and Irawati, A. 2017. The Insecurity of Several Va- rieties of Corn Crops (Zea Mays L.)
in the Land of Former Tin Mines in the Dry Season. BPTP KepulaunBangka Belitung. Pp 1413-1425.
Hadijah, A.D., Arsyad., and Bahtiar. 2009. Hybrid Corn Farming Business Dy- namics and Its Problems on Dry
Land in Boru Regency. Proseding National Seminar Cereals. ISBN, 978-979-8940-27-9.
Haruna, A.H., Subaedah, S., and Sabahan- nur, S. 2018. Response of Several Varieties of Corn Crops (Zea mays L)
in Various Planting Systems. Journal of Agrotechnology, 2(2).
Haryati, Y., and Sinaga, A. 2016. Adaptation Testing of Several Location-Specific Hybrid Corn Varieties in
Majalengka Regency.Journal of Agrotech Lestari, 2(1).
Haryati, Y., and Sinaga, A. 2016. Adapta- tion Testing of Several Location- Specific Hybrid Corn Varieties in
Majalengka Regency. BPTP West Java. Journal of Agrotech Lestari, 2(1).
Hidayat, A., and Mulyani, A. 2002. Dry Land for Agriculture in Dry Land Management Technology Towards
Productive and Environmentally Friendly Agriculture. Center for Land research and development and agroc- limat.
Bogor. Thing. 1-34
Hidayat, F., Syarovy, M., Pradiko, I., and Rahutomo, S. 2020. Application ofCow Dung for Improvement of Soil
Chemical Properties and Vegetative Growth of Palm Oil Seedlings (Elaeis guineensis Jacq.) in Sub Soil Media.
Journal of Palm Oil Research.28(1), 51-58.
Husnaeni., Monde, A., and Ramlan. 2020. Nitrogen Distribution in Top Soil andSub Soil Layers on Four Different
Land Uses in Patimbe Village. Journal of Agrotechnbis, 8(2), 375-379.
Karim, H.A., Yasin, M., Kandatong, H., Hasan., Hikmahwati, and Fitrianti. 2020. Productivity Test of Various Corn
Varieties (Zea mays L.) Hybrid and Non Hybrid Suitable in Agroeco-system Polewali Mandar Regency. Journal of
Agricultural Sciences, 5(1), 2541-7452
Laksono, R.A., Nurcahyo, W.S., and Sha- fi'i, M. 2018. Growth Response and Yield of Several Varieties of Sweet
Corn (Zea Mays Saccharata Sturt. L) Due to Bokashi Dose on Integrated Crop Management System (PTT) in
Karawang Regency. Journal of Con- sultative, 17(1).
Nasrudin, Muliana, and Muhammad. 2015. Response of Several Varieties ofCorn (Zea Mays. L) Due to the Provision of Different Organic Fertiliz- ers in Subsoil Soil. Lantern Journal, 15(16).
Nasution, H., Hanif., Hanum, C., and La- hay, R.R. 2014. Growth of Palm Oil Seedlings (Elaeis guineensis Jacq.) in
Various Comparisons of Planting Media and Cow Manure in Pre Nur- sery. Agroecotechnology Online Journal,
Noviana I, Ishaq I. 2011. Character of strains and varieties of corn on MK II in West Java. Proceedings of the
National Seminar on the Assessment and Dissemination of Agricultural Innovation Support the Strategic Program
of the Ministry ofAgriculture. Cisarua 9-11
Pasaribu, W., W. A. Barus, & H. Kurnianto. 2011. Effect of Concentration and Time Interval of Nasa's Liquid
Organic Fertilizer (POC) On The Growth and Production of Sweet Corn (Zea mays saccharata sturt.) Journal of
Agrisum, 17(10), 46-52.
Pratika, D.S., Hartatik, K.A., and Wijaya. 2013. Effect of Npk Fertilizer Addition on Production of SomeCorn Crop
Accession (Zea Mays L.). Agricultural Scientific Periodicals, 1(2), 19-20.
Pratikta, D.S., Hartatik, K.A., and Wijaya. 2013. Effect of Npk Fertilizer Addi- tion on Production of Some Corn
Crop Accession (Zea mays. L. Agri- cultural Scientific Periodicals, 1(2),19-21.
Rosadi, A.P., Lamusu, D., and Samaduri, L.2019. Effect of Cow Manure on The Growth of Corn Bisi 2 At Different
Tang Doses. Babasal AgrocycJournal, 1(1), 7-13
Setiono and Azwarta. 2020. Effect of Cow Manure On The Growth and Yield ofSweet Corn Crops (Zea mays L).
Journal of Agro Science, 5(1).
Simanungkalit, F.D., Bangun, M.K., and Nuriadi, I. 2014. Response to Growthand Production of Several Varieties
of Corn Crops (Zea mays L.) to Ferti-lizer P and K. Online Journal of Agroecotechnology, 2(2), 813-824
Sirappa, M.P, and Nurdin, M. 2010. Hybrid and Composite Corn Varieties Response on Single Fertilizer
Administration N, P, K and Manure on Dry Land. Maluku Agricultural Technology Assessment Center.
Sitepu, J.R., Sitepu, F.E.T., and Lahay,
International Journal of Science and Environment
R.R. 2018. Effect of Cow Manure and Planting Distance on The Growth and Production of Sweet Corn (Zea
mayssaccharata Sturt.). Journal of FPUSU Technology, 6(1), 37-46
Sonbai, J.H.H., Prajitmo, D., and Syukur, 2013. Growth and Yield of Corn in Various Nitrogen Fertilizers in
Regosol Dry Land. Jounal Of Agricultural Sciences, 16(1).
Subaedah, S., Numba, S., and Saida. 2018. Growth Appearance and Results ofseveral Genotypes of Corn Candidate
Hybrid Age Genjah in Dry Land. Jurnal Agron Indonesia, 46(2), 169-174.
Suharta, A. 2010. Characteristics and Prob- lems of Marginal Soils of Sedimenta- ry Rocks. Sour in Borneo. J.
Agricul-tural R&D, 29(4), 139-146.
Surtinah, and Lidar, S. 2017. Vegetative Growth and Sugar Content of Sweet Corn Kernels (Zea Mays L.). Lancang
Kuning Pekanbaru University. Journal of Agricultural Science, 13(2), 73-78.
Suryanto, T. 2016. Use of Growing Media and Alternative Types of Containers for The Growth of Palm Oil
Seedlings (Elaeis guineensis Jacq.) inNurseries. (Thesis). Bogor: Graduate School. Bogor Agricultural Institute.
Syofia, I., Munar, A., and Sofyan, M. 2014. Effect of Liquid Organic Fertilizer on the Growth and Yield of Two
Varieties of Sweet Corn Crop (Zea Mays). Faculty of Agriculture. University of Muhammadiyah North Sumatra.
Agrum Journal, 18(3), 208-218.
Taufik Mohammad, Af Aziez, Tyas Soema- rah. 2010. Effect of Dosage and How NPK Fertilizer Placement on
Growth and Yield of Hybrid Corn (Zea mays.L. Agrineca, 10(2), 197-207.
Wayah, E., Sudiarso, and Soelistyono, R. 2014. Effect of Water and Cow Manure on The Growth and Yield of
Sweet Corn Crops (Zea mays saccharata Sturt L.). Journal of Crop Production, 2(2), 94-102.
How to Cite
Copyright (c) 2022 Jamidi, Nasruddin, Hafifah, Zurrahmi Wirda, Muhammad Albi Ansari Pohan
This work is licensed under a Creative Commons Attribution 4.0 International License.