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R.H. Mulyono
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Characteristics of Body Measurement and Shape of Garut Sheep and Its Crosses with Other Breeds ., Erfan; Mulyono, R.H.; Inounu, Ismeth
Indonesian Journal of Animal and Veterinary Sciences Vol 14, No 4 (2009)
Publisher : Indonesian Animal Sciences Society

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (320.211 KB) | DOI: 10.14334/jitv.v14i4.330

Abstract

It is important to know body measurement because it could be used to estimate body weight as well as to differentiate the chrateristic of body measurement and shape of animal due to different breed or environment. This research was carried out to study morphometric characteristic of body size and body shape from 78 of Garut sheep (GG), 29 HG sheep {crossbred between St. Croix (HH) and Garut sheep (GG)}, 36 MG sheep {crossbred between Mouton Charollais (MM) and Garut sheep (GG)}, 62 MHG sheep (MG x HG) and 38 HMG sheep (HG x MG). Body part measured were wither height (X1), rump height (x2), body length (X3), chest width (X4), chest depth (X5), hip width (X6), chest girth (X7), cannon circumference (X8) and hip length (X9). Data obeserved were analised using t test and Principle Components Analysis (PCA). Based on PCA it was showen that chest girth was the primary identity for body measurement on males and females of Garut, HG, MG, MHG and HMG with its Eigenvector value 0.689; 0.709; 0.689 and 0.681 respectively. The primary indentity for body shape of Garut sheep were chest girth and hip heigth with Eigenvector value -0.600 and 0.551 respectively. The primary indentity for body shape of HG sheep were body length with Eigenvector value -0.725. The primary indentity for body shape of MG sheep were chest girth, rump heigth, and wither heigth with Eigenvectors value: -0.600; 0.558 and 0.555 respectively. The primary indentity for body shape of MHG sheep was wither height with Eigenvector value 0.608. The primary indentity for body shape of HMG was body length with Eigenvector value 0.764. Body shape of HG and MG sheep is different than that of Garut sheep, but the body shape of MHG and HMG were close to Garut body shape. This result indicated that the adaptability to environment of HMG and MHG is close to that of Garut sheep. Key words: Sheep, Body Size, Body Shape.
Coat colour pattern in Garut sheep and its crossbred Inounu, Ismeth; Ambarawati, D.; Mulyono, R.H.
Indonesian Journal of Animal and Veterinary Sciences Vol 14, No 2 (2009)
Publisher : Indonesian Animal Sciences Society

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (211.937 KB) | DOI: 10.14334/jitv.v14i2.353

Abstract

Coat colour is a qualitative trait whose expression is controlled by genes and could be used as a characteristic of sheep breed and could be used as a trade mark for certain sheep breeder enterprise. The research was done to study the coat color pattern in Garut sheep and its crossbred. In this study 178 heads of sheep was used which consisted of 64 Garut sheep (GG); 24 MG sheep (50% M and 50% G); 14 HG sheep (50% St. Croix and 50% G); 20 HMG sheep and 56 MHG sheep. HMG and MHG sheep are compost of 25% St Croix; 25% M. Charolais and 50% Garut. Phenotypic observation of coat colour were done by visualization and from the picture of sheep as individual identity in each position from the right; the left, front and rear sites. Sheep coat colour pattern in this study was largely determined by 5 main alleles: white or tan (65.7%), wild (17.4%), badgerface (14.6%), Light badgerface (0.6%) and black and tan (1.7%) that present at the Agouti locus. Other locus that determine the coat colour pattern in this study are Albino (C); Australian Piebald (AsP); Brown (B); Extension (E); Pigment Head (Ph); Roan (Rn); Spotting (S); Sur Bukhara and Sur Surkhandarya (SuB/SuS) and Ticking (Ti) all of these locus increase the variation of coat colour pattern. Key words: Coat Colour Pattern
Characteristics of Body Measurement and Shape of Garut Sheep and Its Crosses with Other Breeds Ismeth Inounu; Erfan .; R.H. Mulyono
Jurnal Ilmu Ternak dan Veteriner Vol 14, No 4 (2009): DECEMBER 2009
Publisher : Indonesian Center for Animal Research and Development (ICARD)

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (320.211 KB) | DOI: 10.14334/jitv.v14i4.330

Abstract

It is important to know body measurement because it could be used to estimate body weight as well as to differentiate the chrateristic of body measurement and shape of animal due to different breed or environment. This research was carried out to study morphometric characteristic of body size and body shape from 78 of Garut sheep (GG), 29 HG sheep {crossbred between St. Croix (HH) and Garut sheep (GG)}, 36 MG sheep {crossbred between Mouton Charollais (MM) and Garut sheep (GG)}, 62 MHG sheep (MG x HG) and 38 HMG sheep (HG x MG). Body part measured were wither height (X1), rump height (x2), body length (X3), chest width (X4), chest depth (X5), hip width (X6), chest girth (X7), cannon circumference (X8) and hip length (X9). Data obeserved were analised using t test and Principle Components Analysis (PCA). Based on PCA it was showen that chest girth was the primary identity for body measurement on males and females of Garut, HG, MG, MHG and HMG with its Eigenvector value 0.689; 0.709; 0.689 and 0.681 respectively. The primary indentity for body shape of Garut sheep were chest girth and hip heigth with Eigenvector value -0.600 and 0.551 respectively. The primary indentity for body shape of HG sheep were body length with Eigenvector value -0.725. The primary indentity for body shape of MG sheep were chest girth, rump heigth, and wither heigth with Eigenvectors value: -0.600; 0.558 and 0.555 respectively. The primary indentity for body shape of MHG sheep was wither height with Eigenvector value 0.608. The primary indentity for body shape of HMG was body length with Eigenvector value 0.764. Body shape of HG and MG sheep is different than that of Garut sheep, but the body shape of MHG and HMG were close to Garut body shape. This result indicated that the adaptability to environment of HMG and MHG is close to that of Garut sheep. Key words: Sheep, Body Size, Body Shape.
Coat colour pattern in Garut sheep and its crossbred Ismeth Inounu; D. Ambarawati; R.H. Mulyono
Jurnal Ilmu Ternak dan Veteriner Vol 14, No 2 (2009): JUNE 2009
Publisher : Indonesian Center for Animal Research and Development (ICARD)

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (211.937 KB) | DOI: 10.14334/jitv.v14i2.353

Abstract

Coat colour is a qualitative trait whose expression is controlled by genes and could be used as a characteristic of sheep breed and could be used as a trade mark for certain sheep breeder enterprise. The research was done to study the coat color pattern in Garut sheep and its crossbred. In this study 178 heads of sheep was used which consisted of 64 Garut sheep (GG); 24 MG sheep (50% M and 50% G); 14 HG sheep (50% St. Croix and 50% G); 20 HMG sheep and 56 MHG sheep. HMG and MHG sheep are compost of 25% St Croix; 25% M. Charolais and 50% Garut. Phenotypic observation of coat colour were done by visualization and from the picture of sheep as individual identity in each position from the right; the left, front and rear sites. Sheep coat colour pattern in this study was largely determined by 5 main alleles: white or tan (65.7%), wild (17.4%), badgerface (14.6%), Light badgerface (0.6%) and black and tan (1.7%) that present at the Agouti locus. Other locus that determine the coat colour pattern in this study are Albino (C); Australian Piebald (AsP); Brown (B); Extension (E); Pigment Head (Ph); Roan (Rn); Spotting (S); Sur Bukhara and Sur Surkhandarya (SuB/SuS) and Ticking (Ti) all of these locus increase the variation of coat colour pattern. Key words: Coat Colour Pattern
Co-Authors D. Ambarawati Erfan . Ismeth Inounu Ismeth Inounu