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169. A statistical inquiry into the inheritance of milk yield in three herds of dairy Shorthorn cattle

Published online by Cambridge University Press:  01 June 2009

A. D. Buchanan Smith
A. D. Buchanan Smith
Affiliation:
University of Edinburgh, Institute of Animal Genetics
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Extract

The paper embodies an examination of the possibility of sex-linked genes affecting the transmission of milk yield. To reduce environmental effect the study was restricted to three herds of the English Dairy Shorthorn breed, and each herd was considered as a unit. Fisher's Squared Difference method was used.

The lumped results confirm previous work to the effect that the paternal grandsire has a lesser effect than the maternal grandsire. In this respect the figures for one herd did not agree with the other two.

The largest herd (which showed this difference) was divided into two sections, high and low yielders. These sections did not show any difference in the relative effect of the two grandsires. The implications of this are discussed, and it is tentatively suggested that if sex-linkage operates it has a considerable effect of some 250 gallons on an average yield of 600 gallons.

Type
Original Articles
Information
Journal of Dairy Research , Volume 8 , Issue 3 , October 1937 , pp. 347 - 368
Copyright
Copyright © Proprietors of Journal of Dairy Research 1937

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References

REFERENCES

(1) Gowen, J.W. (1924). Milk Secretion. Williams and Wilkins, Baltimore.Google Scholar
(2) Patow, C.V. (1930). Weitere Studien über die Vererbung der Milchleistung beim Rinde. Z. Zucht. B, 17, 3–159.Google Scholar
(3) Gutord, W. & Turner, C.W. (1928). The Mode of Inheritance of Yearly Butter-Fat Production. An Analysis of the Progeny Performance of Ayrshire Sires and Dams. Res. Bull. Mo. agric. Exp. Sta. 120, 1–52.Google Scholar
(4) Smith, A.D.Buchanan, Scott, R.J. & Fowler, A.B. (1930). The Inheritance of Milk Yield in Ayrshire Cows. J. Dairy Res. 1, 174–9.CrossRefGoogle Scholar
(5) Smith, A.D.Buchanan & Robison, O. J. (1931). The Inheritance of Milk Yield. IX. Int. Dairy Congr. Paper No. 4, 127–40.Google Scholar
(6) Sanders, H.G. (1927). Variations in Milk Yields caused by Season of the Year, Service, Age, and Dry Period, and their Elimination. Cambridge University Press.Google Scholar
(7) Smith, A.D.Buchanan & Robison, O. J. (1937). Variations in the Milk Yields of the Daughters of Different Bulls. IX. Int. Dairy Congr., 1, 60–3.Google Scholar
(8) Madsen, K. (1932). Inheritance of Milking Capacity. Nature, Land., 129, 165–6.CrossRefGoogle Scholar
(9) Smith, A.D.Buchanan (1928). Inbreeding in Jersey Cattle. Rep. Brit. Ass. 22, 649–55.Google Scholar
(10) Gowen, J.W. (1925). Studies in Milk Secretion, XVI. Progeny Performance of Guernsey Sires' Sons. Bull. Maine agric. Exp. Sta. 327, 197–252.Google Scholar
(11) Fowler, A.B. (1932). The Ayrshire Breed of Cattle: A Genetic Study. J. Dairy Res. 4, 11–27.Google Scholar
(12) Smith, A.D.Buchanan & Robison, O.J. (1933). The Genetics of Cattle. Bibliogr. genet. 10, 104 pp.Google Scholar
(13) Smith, A.D.Buchanan (1935). Physiology of Dairy Cattle—Genetics. J. Dairy Res. 6, 272–81.Google Scholar
(14) Smith, A.D.Buchanan (1937). Physiology of Dairy Cattle—Genetics. J. Dairy Res. 8, 131–42.CrossRefGoogle Scholar
(15) Gowen, J.W. (1934). Influence of Inheritance and Environment on the Milk Production and Butterfat Percentage of Jersey Cattle. J. agric. Res. 49, 433–65.Google Scholar
(16) Fohrman, M.H. & Graves, R.R. (1933). Analysis of the Advanced Registry Records of 611 Daughters of 51 Ayrshire Sires. Tech. Bull. U.S. Dep. Agric. No. 349, 59 pp.Google Scholar
(17) Copeland, L. (1934). Pedigree Analysis as a Basis of Selecting Bull Calves. J. Dairy Sci. 17, 93–102.Google Scholar
(18) Leroy, A.M. (1936). Paper presented at Congress of Animal Breeding, Paris, December, 1936. Abst. Rec. Méed. vét. 113, 232–9, 1937.Google Scholar
(19) Taufer, J. (1932). Příspěvek k otázce pohlavní limitace dědičnosti dojivosti a mlěčného tuku u skotu. Véstn. čsl. Akad. Zetnéd. 8, 578–81.Google Scholar