Authors :
Ogan, H. I.; Akinbo, T.; Brisibe, A.; Agbogunleri, B.
Volume/Issue :
Volume 9 - 2024, Issue 12 - December
Google Scholar :
https://tinyurl.com/6y49m9tj
Scribd :
https://tinyurl.com/yc8zhnt6
DOI :
https://doi.org/10.5281/zenodo.14636939
Abstract :
The aim of this study was to determine the
growth performance, proximate composition of
commercial feed and Black Soldier Fly Larvae (BSFL) as
feed components and the proximate composition of
African catfish (Clarias gariepinus). Four groups A, B, C,
and D of catfish were used in this experiment. Group A
were fed with 100 commercial feed, group B; 60%
commercial feed and 40% black soldier fly larvae
(BSFL)}, group C; 55% commercial feed and 45% BSFL,
and group D; 50% commercial feed and 50% BSFL. The
results revealed fish weight gain as follows: group C
recorded the highest weight gain 895.59%; followed by
group D with 889.88%. For the growth rate; group C
recorded 9.95%, being the highest; followed by group D
with 9.88%. Feed conversion ratio was lowest in group C
(0.281), followed by group D (0.283). Analysis of variance
however, showed no significant differences in the weight
gain of all the groups (A, B, C and D). The proximate
analysis of the fish fed with the different formulations of
A, B, C and D revealed that ash content in group D
(2.23%) was the highest followed by group B (1.94%).
Group A recorded the highest fat content (8.07%),
followed by group B (7.635%) while the lowest was
recorded in group C (4.51%). Interestingly, group D
recorded the highest protein content (16.705%), followed
by group A (15.295%). Group C recorded the highest
crude fibre (11.57%) followed by group A (6.795%), while
the lowest was recorded in group B (4.785). Lastly, group
C recorded the highest carbohydrate (2.735%) followed
by group A (2.67%) while the lowest was recorded in
group B (2.015%). Based on this study, it is recommended
that BSFL of up to 50% can be combined with commercial
feed to feed African catfish from melange stage to table
size.
Keywords :
Black Soldier Fly Larvae (BSFL), African Catfish, Proximate Composition, Growth Performance.
References :
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The aim of this study was to determine the
growth performance, proximate composition of
commercial feed and Black Soldier Fly Larvae (BSFL) as
feed components and the proximate composition of
African catfish (Clarias gariepinus). Four groups A, B, C,
and D of catfish were used in this experiment. Group A
were fed with 100 commercial feed, group B; 60%
commercial feed and 40% black soldier fly larvae
(BSFL)}, group C; 55% commercial feed and 45% BSFL,
and group D; 50% commercial feed and 50% BSFL. The
results revealed fish weight gain as follows: group C
recorded the highest weight gain 895.59%; followed by
group D with 889.88%. For the growth rate; group C
recorded 9.95%, being the highest; followed by group D
with 9.88%. Feed conversion ratio was lowest in group C
(0.281), followed by group D (0.283). Analysis of variance
however, showed no significant differences in the weight
gain of all the groups (A, B, C and D). The proximate
analysis of the fish fed with the different formulations of
A, B, C and D revealed that ash content in group D
(2.23%) was the highest followed by group B (1.94%).
Group A recorded the highest fat content (8.07%),
followed by group B (7.635%) while the lowest was
recorded in group C (4.51%). Interestingly, group D
recorded the highest protein content (16.705%), followed
by group A (15.295%). Group C recorded the highest
crude fibre (11.57%) followed by group A (6.795%), while
the lowest was recorded in group B (4.785). Lastly, group
C recorded the highest carbohydrate (2.735%) followed
by group A (2.67%) while the lowest was recorded in
group B (2.015%). Based on this study, it is recommended
that BSFL of up to 50% can be combined with commercial
feed to feed African catfish from melange stage to table
size.
Keywords :
Black Soldier Fly Larvae (BSFL), African Catfish, Proximate Composition, Growth Performance.