0.05) in fish fed diets containing 0.1 and 0.2 percent of probiotic. Fish carcass composition in the diets receiving probiotic improved from initial values i.e. higher levels of protein and lipid with lower levels of moisture and ash content and showed significant difference (P< 0.05) only with the basal control diet. There were no significant differences (P > 0.05) in body composition between the treatments which received probiotic. Feeding juvenile carp with diets containing Biogen probiotic improves growth performances and feeding efficiency in them; the optimum addition of probiotic is 0.3 g/100gof diet.]]>
p. 115−121
1735-3866
Vol.10/No.1
p. 1−8
1735-3866
Vol.10/No.1
p. 123−129
1735-3866
Vol.10/No.1
p. 9−14
1735-3866
Vol.10/No.1
p. 15−23
1735-3866
Vol.10/No.1
p. 25−31
1735-3866
Vol.10/No.1
0.05). Chlorpromazine could not be a potent dopamine antagonist and the microscopic observations of ovary in non- ovulated brood stocks showed that the oocytes in these treatments were in the final phase of IV stage.]]>
p. 33−42
1735-3866
Vol.10/No.1
p. 43−52
1735-3866
Vol.10/No.1
p. 53−60
1735-3866
Vol.10/No.1
p. 61−66
1735-3866
Vol.10/No.1
p. 67−73
1735-3866
Vol.10/No.1
p. 75−82
1735-3866
Vol.10/No.1
p. 83−90
1735-3866
Vol.10/No.1
p. 91−102
1735-3866
Vol.10/No.1
0.05). Fair correlation was detected between estimated and observed runoff depth (r = 0.56; P < 0.01). About 9% of the estimated runoff values were within ?10% of the recorded values and 43% had error percent greater than ?50%. The results indicated that the combined GIS and CN method can be used in semi-arid mountainous watersheds with about 55% accuracy only for management and conservation purposes.]]>
p. 103−114
1735-3866
Vol.10/No.1