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Amakiri S. F., Onwuka S. K.
Animal Science. 1980 30(3). p.383
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Aiken G.E., Dougherty C.T.
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Amakiri S. F., Funsho O. N.
Animal Science. 1979 28(3). p.329
Thermal interaction between animal and microclimate: a comprehensive model
McArthur A.J.
Journal of Theoretical Biology. 1987 126(2). p.203
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Kadzere C.T,
Murphy M.R,
Silanikove N, Maltz E
Livestock Production Science. 2002 77(1). p.59
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A comparison of cutaneous evaporation rates in cattle exposed to heat in a climate laboratory and in the field
Murray D. M.
The Journal of Agricultural Science. 1966 66(2). p.175
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Joshi B.C.,
McDowell R.E., Sadhu D.P.
Journal of Dairy Science. 1968 51(6). p.905
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Kamal T. H., Ibrahim I. I.
International Journal of Biometeorology. 1969 13(3-4). p.275
Mammals (1971)
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Amakiri S. F., Mordi R.
Animal Science. 1975 20(1). p.63
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Gatenby Ruth M.
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Physiological Mammalogy (1965)
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Bligh John
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The Rumen and its Microbes (1966)
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Bianca W.
Journal of Dairy Research. 1965 32(3). p.291
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O'Kelly J. C.
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