Craig A, W., Jeffrey, E. .., & Deborah B, p. (2004, septembre). Species profile : koi and goldfish , p
12.
Cui, x. (2019). Boltic blue mussel ( Mytilus edulis L.) and black soldier fly(Hermetia illucens
)combined with pea protein concentrate as protein sources in feed for rain bowtrout(Oncorrhynchus
mykiss) . p. 33.
Cummins, V. C., Steven D, R., Kenneth R, T., Alejandro, V., Yuka, K., Janelle, H., et al. (2017, April
20). Evaluation of black soldier fly (Hermetia illucens) larvae meal as partial or totale repkacement of
marine fish meal in practical dites for pacific white shhrimp ( Litopenaeus vannamei ). pp. 337-344.
Cunwen, W., Liang, Q., Weiguo, W., Zikui, D., Fang, Y., Jing, X., et al. (2017, October ). Exploring
the potentiel of lipides from black soldier fly ,new parading for biodiesel production. Renewable
Energy , 749-756.
Dalle zotte, A., Marco, C., Cátia, F. M., & Susana, A. (2018). Incorporation of black soldier fly (
Hermetia illucens.L) larvae fat or extruded insieed in dites of growing rabbits and thier effectes on
meat quality trits including detailled fatty acid composition meat. 146.
Danahue, P. (2017). Black solider fly biowaste processing. Swiss: Federal instititute of aquatic science
and technology, p 26 .
Diarra, B. (2020). Evalution de l' inhibitition de l' activité des anti-protéasees et la digestibilité des
nutriments issus de farines de larve de mouche soldat noire (Hermetia illucens ) soumises à différents
traitements thermiques chez la truite arc-en-ciel (oncorhyachms. théses . université laval , Canda., p 7.
Diener, S., Christian, Z., & Klement, T. (2009). Conversion of organic material by black soldier fly
larvae: establishing optimal feeding rates. 27, pp. 60.3-610.
Dortmans, B., julia, E., Stefan, D., & Christian, Z. (2022). Traitement des biodéchetes par la mouche
soldat noire. Ewag fédéral suisse des sciences et technologie de l' eau.
Dortmans, B., Stefan, D., Julia, E., & Christian, Z. (2017). Black solider fly biowaste processing astep
by step guide. SWIS, swis : Ewag federal institue of aquatic science and technology.
Dossou, T. S., & Lefevre, A. (2018). Etude de l' utilisation des larves d' insectes en Alimentation
piscoles . en france : Rapport de fin de service givique au lycée professionnel agricole de chateau
gontieer , p 21.
Dzepe, D., Paulin, N., Hervé, M., Apollin, F. K., Timoléon, T., & Rousseau, D. (2020). Role of
pupation substrate on post-feeding development of black soldier fly larvae, Hermetia. Journal of
Entomology and Zoology Studies , 760-764.
Earle, K. (1995). The nutritional requirements of ornamental fish. pp. 53-55.
FAO. (2014). Fisheries & Aquaculture - Cultured aquatic species fact sheets Cyprinus carpio
(Linnaeus, 1758).https://www.fao.org › figis › pdf › pêcherie › espèces › 2957 › fr?title=FAO Fisheries
&...
FAO.
(2022).
La
Situation
mondiale
des
pêches
et
de
l’aquaculture.https://www.fao.org/publications/home/fao-flagship-publications/the-state-of-worldfisheries-and-aquaculture/2022/fr
12.
Cui, x. (2019). Boltic blue mussel ( Mytilus edulis L.) and black soldier fly(Hermetia illucens
)combined with pea protein concentrate as protein sources in feed for rain bowtrout(Oncorrhynchus
mykiss) . p. 33.
Cummins, V. C., Steven D, R., Kenneth R, T., Alejandro, V., Yuka, K., Janelle, H., et al. (2017, April
20). Evaluation of black soldier fly (Hermetia illucens) larvae meal as partial or totale repkacement of
marine fish meal in practical dites for pacific white shhrimp ( Litopenaeus vannamei ). pp. 337-344.
Cunwen, W., Liang, Q., Weiguo, W., Zikui, D., Fang, Y., Jing, X., et al. (2017, October ). Exploring
the potentiel of lipides from black soldier fly ,new parading for biodiesel production. Renewable
Energy , 749-756.
Dalle zotte, A., Marco, C., Cátia, F. M., & Susana, A. (2018). Incorporation of black soldier fly (
Hermetia illucens.L) larvae fat or extruded insieed in dites of growing rabbits and thier effectes on
meat quality trits including detailled fatty acid composition meat. 146.
Danahue, P. (2017). Black solider fly biowaste processing. Swiss: Federal instititute of aquatic science
and technology, p 26 .
Diarra, B. (2020). Evalution de l' inhibitition de l' activité des anti-protéasees et la digestibilité des
nutriments issus de farines de larve de mouche soldat noire (Hermetia illucens ) soumises à différents
traitements thermiques chez la truite arc-en-ciel (oncorhyachms. théses . université laval , Canda., p 7.
Diener, S., Christian, Z., & Klement, T. (2009). Conversion of organic material by black soldier fly
larvae: establishing optimal feeding rates. 27, pp. 60.3-610.
Dortmans, B., julia, E., Stefan, D., & Christian, Z. (2022). Traitement des biodéchetes par la mouche
soldat noire. Ewag fédéral suisse des sciences et technologie de l' eau.
Dortmans, B., Stefan, D., Julia, E., & Christian, Z. (2017). Black solider fly biowaste processing astep
by step guide. SWIS, swis : Ewag federal institue of aquatic science and technology.
Dossou, T. S., & Lefevre, A. (2018). Etude de l' utilisation des larves d' insectes en Alimentation
piscoles . en france : Rapport de fin de service givique au lycée professionnel agricole de chateau
gontieer , p 21.
Dzepe, D., Paulin, N., Hervé, M., Apollin, F. K., Timoléon, T., & Rousseau, D. (2020). Role of
pupation substrate on post-feeding development of black soldier fly larvae, Hermetia. Journal of
Entomology and Zoology Studies , 760-764.
Earle, K. (1995). The nutritional requirements of ornamental fish. pp. 53-55.
FAO. (2014). Fisheries & Aquaculture - Cultured aquatic species fact sheets Cyprinus carpio
(Linnaeus, 1758).https://www.fao.org › figis › pdf › pêcherie › espèces › 2957 › fr?title=FAO Fisheries
&...
FAO.
(2022).
La
Situation
mondiale
des
pêches
et
de
l’aquaculture.https://www.fao.org/publications/home/fao-flagship-publications/the-state-of-worldfisheries-and-aquaculture/2022/fr