Kroeckel, H., Roth I, G. E., Katz, H., Wuertz, S., Susenbeth, A., & schulz, C. (2012). When at urbot
catchres a fly : evaluation of a prepupae -meal of the black soldier fly (hermetia illucens) as fishmeal
subsititute growth performance and chitin desradation in juvenile turbot ( pestta maxima). aquaculture
, 345-352.
Lalander, C. H., Diener, S., Zurbrügg, C., & Björn, V. (2019). Effects of feedstock on larval
developement and process efficiency in waste treatement with black soldier fly ( hermetia illucens).
journal of cleaner production , p208-211.
Lalander, C., Evgheni, E., Viktoria, W., & Björn, V. (2020, August). process efficiency and
ventilation requirement in black solider fly larvae composting of substrates with high water content.
729 ,p 138 -968).
Larouche, J., Marie-Hélène, D., Linda, S., Yolaine, L., Alain, D., & Grant W, V. (2019). Effects of
Killing Methods on Lipid Oxidation, Colour and Microbial Load of Black Soldier Fly (Hermetia
Illucens). animals , p 182.
Li, Y., Korthner, T., Chikwati, T., Mweemba, M., H, L. E., & Krogdahl, A. (2018). Gut health and
vaccination response in pre-smolt Atlantic salmon (Salmo Salar)fed black soldier fly 5Hermetia
illucens) larvae meal , fish and shell fish immunology. pp. 1106-113.
Liland, N. S., Irene, B., Pedro, A., Daan, B., Christian G, B., Rune, W., et al. (2017). Modulation of
nutrient composition of black soldier fly (Hermetia illucens) larve by feeding. plos one p 3 .
Liu, A.-j., Jie, L., & Miguel, I. (2019). Factors influencing consumption of edible insects for chiness
consumers. insect , p 339.
Liu, X., Xuan, C., Hui, W., Qinqin, Y., Kashif, u. R., Wu, L., et al. (2017). Dynamic changes of
nutient composition throughout the entire life cycle of black solider fly. PLoS ONE , p 21.
Losangne. (2006). Poisson d' aquarium d' eau douce. Arétmis, p 15.
Louis, L., Cyndel, M., Yann, M., Guillaune, G., Maye, W., Gome, g., et al. (2019). Incorporation de
farine de mouche soldat noire (Hermetia illucens)par substitution de la farine de poisson a hauteur de
50%et100%dans l' alimentation de la Truit arc -en-ciel ( Oncohynchus Mykiss) p 3.
Lowet, F. (2019-2020). Optimisation du maintien dex conditons abiotiques dans les élevages d'
hermetia illucens parun système de brassage et de suivi aut. 5. faculté Gembloux agro-bio tech,
Belgique , p 12-20.
Mahfuj, M., Hossain, M., & Sarower, M. (2012). Effect of different feeds on larval developemennt
and survival of ornamentzam koi carp , cyprinus carpio ( LINNAEUS 1758) larvae in laboratory
condition. Bangladesh agril , 179-183.
Makkar, H. P., Gilles, T., Valérie, H., & Philippe, A. (2014). State -of-the- art on use of insects as
animal feed. Elsever , p197.
Malcolm, C., Beverdge, M., Brendan, J., & Macandrew. (2000). Tilapias biology and exploitation
kluwer academic. 27: publishers fish and ficheriers series ,p 15.
catchres a fly : evaluation of a prepupae -meal of the black soldier fly (hermetia illucens) as fishmeal
subsititute growth performance and chitin desradation in juvenile turbot ( pestta maxima). aquaculture
, 345-352.
Lalander, C. H., Diener, S., Zurbrügg, C., & Björn, V. (2019). Effects of feedstock on larval
developement and process efficiency in waste treatement with black soldier fly ( hermetia illucens).
journal of cleaner production , p208-211.
Lalander, C., Evgheni, E., Viktoria, W., & Björn, V. (2020, August). process efficiency and
ventilation requirement in black solider fly larvae composting of substrates with high water content.
729 ,p 138 -968).
Larouche, J., Marie-Hélène, D., Linda, S., Yolaine, L., Alain, D., & Grant W, V. (2019). Effects of
Killing Methods on Lipid Oxidation, Colour and Microbial Load of Black Soldier Fly (Hermetia
Illucens). animals , p 182.
Li, Y., Korthner, T., Chikwati, T., Mweemba, M., H, L. E., & Krogdahl, A. (2018). Gut health and
vaccination response in pre-smolt Atlantic salmon (Salmo Salar)fed black soldier fly 5Hermetia
illucens) larvae meal , fish and shell fish immunology. pp. 1106-113.
Liland, N. S., Irene, B., Pedro, A., Daan, B., Christian G, B., Rune, W., et al. (2017). Modulation of
nutrient composition of black soldier fly (Hermetia illucens) larve by feeding. plos one p 3 .
Liu, A.-j., Jie, L., & Miguel, I. (2019). Factors influencing consumption of edible insects for chiness
consumers. insect , p 339.
Liu, X., Xuan, C., Hui, W., Qinqin, Y., Kashif, u. R., Wu, L., et al. (2017). Dynamic changes of
nutient composition throughout the entire life cycle of black solider fly. PLoS ONE , p 21.
Losangne. (2006). Poisson d' aquarium d' eau douce. Arétmis, p 15.
Louis, L., Cyndel, M., Yann, M., Guillaune, G., Maye, W., Gome, g., et al. (2019). Incorporation de
farine de mouche soldat noire (Hermetia illucens)par substitution de la farine de poisson a hauteur de
50%et100%dans l' alimentation de la Truit arc -en-ciel ( Oncohynchus Mykiss) p 3.
Lowet, F. (2019-2020). Optimisation du maintien dex conditons abiotiques dans les élevages d'
hermetia illucens parun système de brassage et de suivi aut. 5. faculté Gembloux agro-bio tech,
Belgique , p 12-20.
Mahfuj, M., Hossain, M., & Sarower, M. (2012). Effect of different feeds on larval developemennt
and survival of ornamentzam koi carp , cyprinus carpio ( LINNAEUS 1758) larvae in laboratory
condition. Bangladesh agril , 179-183.
Makkar, H. P., Gilles, T., Valérie, H., & Philippe, A. (2014). State -of-the- art on use of insects as
animal feed. Elsever , p197.
Malcolm, C., Beverdge, M., Brendan, J., & Macandrew. (2000). Tilapias biology and exploitation
kluwer academic. 27: publishers fish and ficheriers series ,p 15.