Genetic Diversity Of Age, Plant Height And Number Of Grain Per Panicle Characters Of F3 Generation Derived From Crossing Silopuk With Fatmawati Varieties

  • Hafnes Wahyuni Universitas Andalas
  • Etti Swasti Andalas University
  • Yusniwati Yusniwati
Keywords: Heritability, Red rice, Silopuk, Differensial selection, Variability


This study aims to determine the population and genetic parameters of population F3 result of selection pedigri red rice crosses Silopuk with Fatmawati Superior Varieties using Augmented Design. Silopuk cultivars with red and inlaid rice characteristics while Fatmawati varieties with characteristics of large grain size, high production, high grain number, early age and white rice. The crosses are expected to produce high, large grain size, large amount of grain, maturity and color of brown rice. This research was conducted August-November 2016 at UPT Farm Faculty of Agriculture Andalas University. The genetic material used is the seed of the generation of F3 (F3-5, F3-12, F3-55, F3-95, F3-118, F3-122) derivatives of red rice crosses Silopuk with Fatmawati and the seeds of the two elders as a comparison with the experimental method using Augmented Design. The results of this study indicate the F3 population character number of filled grains per panicle is higher than the two parents with a wide range and other characters are between the two parents. The phenotypic diversity of flowering age characters in the F3-122 family is (2,41) and 1000 weight of pithy grains in the family  F3-5 (2,31) ; F3-55(2,39) and  F3-95 (3,49)  relatively narrow.  However, heritability in the broadest sense and genetic variability for all characters ranges from moderate to high and narrow to broad. Estimated genetic progress with 5% intensity in F3 population has high criteria for all characters (age of flowering, harvest age, plant height, stem length, total tillers, number of productive tillers, total grain / panicle, percentage of filled grains / panicle , total grain weight / clump and weight of filled grain / clump) except panicle length characters and 1000 grain weight of filled grains. Differential selection of population F3 with 10% selection intensity based on 1000 grain weight of pith grain, plant height and total grain weight per hill obtained 31 selected individuals. Selected individuals will be forwarded to the F4 generation


Allard, R.W. 1960. Principles of Plant Breeding. Jakarta: PT RinekaCipta. 336 pp.
Andrianto, 2015. Appearance of Population F3 Selection Result Pedigri from Karajut Red Rice Crossing with Fatmawati. Essay. University of Andalas Padang.
Begum, H.A., and Sobhan, M.A. 1991. Genetic Variability, Heritability and Correlation Studies in CorchorusCapsularis L.B.J. Jole. Fib.Res.70 p
Borojevic, S. 1990. Principles and Methods of Plant Breeding. Elsevier Sci. Pub. Co. Inc. New York, 368p.
Chang, T.T. 1976. The Compound Interest Law and Plant Growth. Ann. Bot. 33: 353
Crowder, L.V. 1983. Plant Genetics. Gajah Mada University Press. Translated by Kusdiarti, L
Fagi, A. M., I. Las and. M. Sham. 2002. Rice Research: answer the challenge of national food security, Rice Research Institute. Subang.
Falconer D.S and T.F.C.Mackay.1996. Introduction to quantitative genetic 4th edition. Addison Wesley Longman, Essex, UK.
Frey, K.J. 1983. Plant Populationt Management and Breeding. In: D.R. Wood et al. (eds). Crop Breeding. Amer. Soc. Of argon. Crop Sci. Soc. Of America. Madison, Wisconsin.
Gratitude, M. Sujiprihati, S. Yunianti, R. 2012. Plant Breeding Technique. Spread Self-Maker: Jakarta. Page 73 and pages110-112.
Harahap, Z. And T.S. Silitinga. 1989. Improvement of Rice Varieties. In M. Ismunadji, M. Syam, and Yuswadi (Ed) On Book 2. Center for Food Crops Research and Development. Bogor. p. 335-362.
Hikmah, D. 2015. The phenotypic appearance of the five populations of F2 segregates from the local red rice crosses of West Sumatra. [Essay]. Agroecotechnology. Faculty of Agriculture. Andalas University.
Indonesian Center for Rice Research. 2004. Info. @
Indonesian Center for Rice Research. 2006. Research and Development News Vol 28, No.6. Retrieved April 6, 2016.
Indonesian Center for Rice Research. 2016. Retrieved on November 20, 2016.
Indonesian Center for Rice Research. DescriptionINPARI24Gabusan.Info. @ Retrieved April 5, 2016
Indra, M. S. Appearance of Generation F5 Selected Pedigree Selection to Obtain New Type of Red Rice Hope Hares. Essay. University of Andalas Padang
International Board for Plant Genetic Resources-IRRI.1980. DeseptionsFor Rice Oryza Sativa L. IRRI. Manila, Philipines.
Kawano, N., Ito, O. &Sakagami, J. 2009. Morpho- logical and physiological responses of rice seedlings to complete submergence (flash flooding). Annals of Botany. 103: 161-169. doi: 10.1093 / aob / mcn171.
Klug and Chumming. 1991. Macmillan Publishing Company: New York.
Knight, R. 1979. Quantitative genetic statistics and plant breeding. In: R, Knight (ed). Plant Breeding. Brisbane. Australian Vice-Chancellors Committe.41 - 76p.
Lestari, A.P. 2003. Evaluation of Rice Quality 18 Rice Anther Culture Rice Result. Indonesian Center for Rice Research. National Seminar of Rice.
Makmur, A., 1992. Introduction to Plant Breeding. Jakarta: RinekaCipta.
Mangoendidjojo, W. 2007. Fundamentals of Plant Breeding, 5th Matter. Kanisanius Publisher. Yogyakarta. 182 p.
Manurung, S.O. and Ismunadji. 1998. Rice Morphology and Physiology. In Paddy Book I. Agricultural Research and Development Agency. Center for Food Crops Research and Development. Bogor. Page 55-102.
Pinaria, A., A. Baihari, R. Semihardja and A.A. Daradjat 1995. Genetic variability and heritability of biomass characters 53 soybean genotype. Zuriate 6 (2): 88-92 p.
randomized completed block designs. Crop Sciences vol. 33: 865-867
Reza, M. 2012. Evaluation of Amylose, Antosianin and Fiber Content of Some Red Rice (Oryza Sativa L.) Origin Sumatera Barat.Skripsi. University of Andalas Padang.
Safitri, H. 2010. Anther culture and evaluation of multiple haploid strains to obtain new type of gogo rice [thesis] .Bogor (ID). Bogor Agricultural Institute.
Scot, R. A. and G. A. Miliken. 1993. A SAS program for analyzing augmented
Shepar, C. R. 1994. Field screening of soya beans (Glycine max. (L) Meer.) Germplasm for aluminum toleranceby the use of augmented design. Euphytica 76: 203-213.
Singh, R.K and B.D. Chaudary.1979. Biometrical Methods in Quantitative Genetic Analysis. Kalyani Publisher. New Delhi.
Soemartono, BahrinSamaddan R. Hadjono. 1979. Rice Cultivation. CV Yasaguna. Jakarta.
Suardi, D. 2005. Potential of red rice to improve the quality of food. Journal of Agricultural Research and Development Journal 24 (3): 93-100.
Suhartatik. E., A. K. Makarim. 2008. Plant Morphology and Rice Physiology. Retrieved 28 March 2014
Susanto, U., A. A. Daradjat, B. Suprihatno. 2003. The development of paddy rice breeding in Indonesia. Indonesian Rice Research Institute. 22 (3).
Swasti, E. Pattern of Inheritance of Grain Character of Local Rice Crossing of West Sumatra. Presented at the National Seminar of BKS PTN West Region in Lhoksmawe. NAD. 5-7 August 2016.
Swasti, E., A. Sharif, I. Syliansyah and N. E. Putri. 2007. Exploration, Identification and Utilization of Plasma Bandage of Rice Nutfah Origin of West Sumatera. Research Report of Intensive Program of Basic Research Year 2007. UNAND Research Institute. Prosisding National Seminar PERIPI Year 2014.
Swasti, E., Andrianto, A. Anwar and N. E. Putri. 2015a. Pedigree selection of red rice (Oryza Sativa L.) effspring to new plant idiotype and high protein content. Presented at SABRAO 13th International Conference. Bogor. Indonesia 14-15 September 2015.978-979-493-985. Page 241-248.
Swasti, E., N.E. Princess and Zainal, A. 2013. Anthera Culture Genotype F1 Result of Cross Rice Crosses Siopuk x Silopuk and Siopuk x Karajut. ISBN No.978-602-96301-4-5. Prosisding FKPTPI Seminar and Workshop of 2014.
Swasti, E., T.B. Prasetyo, H.H Dalimunthe, and M. Reza. 2011. Evaluation Of Yield, physical and food quality of some rice varieties from West Sumatera. The 7th ACSA. Conference, Bogor, Indonesia 17-30 September 2011. Page 150.
How to Cite
Wahyuni, H., Swasti, E. and Yusniwati, Y. (2019) “Genetic Diversity Of Age, Plant Height And Number Of Grain Per Panicle Characters Of F3 Generation Derived From Crossing Silopuk With Fatmawati Varieties”, JERAMI Indonesian Journal of Crop Science, 1(2), pp. 36-46. doi: 10.25077/jijcs.1.2.36-46.2019.