RELATIVE IMPACTS OF DIFFERENT DIETS ON THE QUALITIES OF ERI SILK COCOON AND ERI SILK YARN OF FOUR DIFFERENT MUTANTS STRAINS OF PHILOSAMIA RICINI Bsd.

Authors

  • Akhilesh Kumar Gahlaut P.G. Departmentof Zoology, Magadh University,Bodh-Gaya, INDIA
  • Dr. J. Arjun Department of Zoology,LumdingCollage,Lumding 782447, Assam, INDIA

DOI:

https://doi.org/10.29121/granthaalayah.v4.i11.2016.2422

Keywords:

PhilosamiariciniBsd. Castor, Kesseru, Payam, Topioca, Variation and Qualities

Abstract [English]

The relative impact of different food plants (diets) namely foliages of castor, kesseru , payam and Topioca plants on the four different mutant strain viz; yellow plain, yellow zebra ,G.B Plain ,G.B Zebra in respect of qualities of their eri cocoon and eri silk yarn have been evaluated under the reeling parameters.Result indicate that among the four different food plants like foliages of castor followed by kesseru have been found evidently better than the foliages of payam and Topiocal in respect of average cocoon weight (gm)4.10,3.55,3.98,3.10,Average shell weight (gm) 0.55,0.45,0.52,0.41,Average shell ratio 13.91,12.0,13.0,11.55,Average lengt- h of  silk yarn (mtrs) 2510,2350,2498,2285,Average size of erisilk(D)13D,11D,12D,19D,Average production of eri silk per hr(gm)13.70,12.50,13.10,11.95,Average tenacity of fibre (g/d) 14.0,11.0,12.0,10.0.As far as qualitative differences of all the four food plants in relation to qualities of eri cocoon and eri silk yarn are concerned the castor alongwith kesseru food plants have achieved the status of supremacy primary food plant and payam and tapioca the states of secondary food plants .These variation show that the qualities and production of eri silk cocoon and eri silk yarn depends on the different food plants.

Downloads

Download data is not yet available.

References

Singh,B.K and Das,P.K (2003)Eco-races of eri silkworm indian silk (5);7-10.

Das.B.Mahanta,J.C and Jaiprakash,P. Singh,B.K.(2012) Bio-resources of erisilkworm and its host plants of north east India,Utilization and need for conservation,eco-scanevol(1)sp.473-478.

Siddique,A.A.Agriculturalactivvity and castor plantation for eri silk production India silk (6) 37-4 (2009).

Gomma,AAhmad.Biologicalstudu on the erisilkworm,Attacusricinibosid.Indianj.Seric (1);81-88.(1972).

Sharma,K.B AND KUMAR,P.(1997);Effects of ecological factors on the biology of Indian Tasarsilkworm,AntheraeaMylitta D (Saturniidae;Lepidoptera);Recant advances in Ecological research 215-223.

Roy,P. and Das,P. (2010) Performance of promosing eco races of Eri silkworm (philosamiaricini) in agro climatic condition of west odisha.The Bio-scane 51(12);201-205.

Jolly,,M.S.(1971);A new technique of rearing silkworm.Indian silk,Feb.17-18.

Kumar,R.(2010);Rearing performances eri silkworm in mansoon season in U.P.Asian j. Biol.Sei.(12)303-310.

Donnel (2010);The wonder of wild silk,spinnoff.24(1);53-55.

Akai,Hiromu (1998)Global Scenario of wild silk,Indian silk (37)687;18-20.

Kar,J.(2009);Survey on Eri researches in orissa.Directorate of Textile.pp.45-48.

Downloads

Published

2016-11-30

How to Cite

Kumar Gahlaut, A., & Arjun. (2016). RELATIVE IMPACTS OF DIFFERENT DIETS ON THE QUALITIES OF ERI SILK COCOON AND ERI SILK YARN OF FOUR DIFFERENT MUTANTS STRAINS OF PHILOSAMIA RICINI Bsd. International Journal of Research -GRANTHAALAYAH, 4(11), 77–81. https://doi.org/10.29121/granthaalayah.v4.i11.2016.2422