Bulbs Results Of Four Kinds Of Genotype Cassava (Manihot Esculenta, L) Occulation Methods And Maked Hole Plant

SERI KAMILA

Abstract


This research aims to find out the effect of genotype cassava using grafting technology and maked hole of plant method on the growth and yield of cassava. The study was conducted at Kuala Gumit, Langkat from April 2015 - January 2016. The research used a Randomized Block Design (RCBD) with two treatment factors and four replications. The first factor was the genotypes cassava with occulation technique consisting of 4 levels, namely the cassava genotype of malaysia batu, malaysia susu, ubi roti and mangu. The second factor is occulation method and maked hole of plant planting hole consisting of 2 levels, namely without occulation and without maked hole of plant and using the occulation method and maked hole plant.

The results showed that genotype cassava occulation method and maked hole plant had a significant effect on the variables of plant height, stem diameter, tuber diameter, tuber length, tuber weight and number of cassava plant tubers. There is an intraction of all observed variables. Malaysian batu has superior growth and yield compared to malaysian susu, ubi roti and mangu

Keywords


Cassava, Maked A Hole Plant, Occulation

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References


Ahit, O.P. and M.B. Posas. 2001. Growth and development of Cassava Under The Traditional and the Mukibat System of Planting. Jurnal of Tropical Research 3(3): 187 198

Anonim. 2016. Nort Sujatera in statistuc.

[Balitkabi] Centre of research the variety of Bean and Tuber. 2017. Description of cassava variety. http://balitkabi. litbang.pertanian.go.id/images/stories/uploads/publikasi/juknis/2016_deskripsi/ubikayu.pdf [8 Januari 2017].

Birador, R.S., P.G. Rajendran, and N. Hriski. 1998. Genetic variability and correlation studies in cassava (Manihot esculenta .Crantz). J. Root Crops 4(1): 7 10

Ekanayake I.J., Osiru D.O.S., and Porto M.C.M. 1998 Physiology of Cassava. IITA Research Guide, IITA, Ibadan, Nigeria

Gardner, F.P. and Mitchell. 2001. The physiologi of plant cultivation. Universitas Indonesia. Jakarta 42 p

Guritno, B. and W.H. Utomo. 1988. Cassava agronomic practices and research in East Java-Indonesia. In cassava breeding and agronomy research in Asia. p 205 228

Kamalam, P.J. Licy and N. Hriski. 1998. Association of characters in some salfed progenies of cassava, Manihot esculenta (Crantz). J. Root Crops. 4(1) 27 -29

Karyadi dan Sunarwidi. 1989. Occulation of havea seedling. Puslitbang Perkebunan Sungei Putih. Dok: 8905. 17 p

Rahayuningsih, S.A. 2002. Th clons harapan ubijalar. Prosiding To develop productivity, quality and Eficiensy Plant Production System Bean and tuber to find food Resisten. Research and dvelopment Agriculture Departemen. Jakarta: P 172 182

Santoso Radjit B. dan Nila Prasetiaswati. 2011. Bulb reult and starch content in Some Varieties Of cassavawith mukibat mthod. Center of research oh bean and tuber Malang J. Agrivigor 10(2): 185-195, Januari-April 2011; ISSN 1412-2286.

Wasonawati C, 2011 Too develop the growth of tomat (Lycopersicon Eseulentum Mill) with hydroponic system. Jurnal Agrovipor 4 (1) : 21:28

Whyte, J.B.H. 1987. Breeding cassava for adaptation to environmental stress. In Cassava Breeding A Multidisiplinary review. CIAT. P 147 -176.


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