59
FAO, 2020. La situation mondiale des pêches et de l’aquaculture 2020.[en ligne][consulté le
23/10/2020].disponible sur le web.
FORCHINO A-A., LOURGUIOUI H. et al.,(2017).Aquaponics and sustainability: the
comparison of two different aquaponic techniques using the life cycle assessment (LCA). In:
Aquacultural engineering. Vol. 77, n° 2, pp. 80-88.
FORCHINO A-A., GENNOTTE V. et al ., (2018).Eco-designing Aquaponics: a case study of
an experimental production system in Belgium. In: Procedia CIRP. Vol. 69, pp. 546 – 550.
FOUCARD P. , TOCQUEVILLE A., (2019).Aquaponie: Associer aquaculture et production
végétale. Ed. Cirad, France: 209 p.
FRONTE B., GALLIANO G. , BIBBIANI C., (2016).From fresh water to marine aquaponic:
new opportunities for marine fish species production. In: Proceedings of the 4
th conference with
international participation conference VIVUS on agriculture, environmentalism, horticulture
and floristics, food production and processing and nutrition, Naklo, Slovenia, Vol. 1, n° 1, pp.
20-21.
GEOFFROY E-O., CLOUD H-L., et al ., (2019).Biological and zootechnical characteristics
of the African catfish Clarias gariepinus Burchell, 1822. In: European Scientific Journal. Vol.
15, n° 27.
GIBELLATO S., (2004).Feasibility study of an aquaponic plant in Korhogo.Mémoire de
Master’s Degree programme in Environmental Sciences., University. Ca ‘Foscari. Venice : 85 p.
GODDEK S., DELAIDE B. et al ., (2015).Challenges of sustainable and commercial
aquaponics. In: Sustainability. Vol. 7, n° 4, pp. 4199-4224.
GODDEK S. , KEESMAN K-J., (2018). The necessity of desalination technology for designing
and sizing multi-loop aquaponics systems. In: Desalination. Vol. 428, pp. 76–85.
GOESSENS I., (2015). Aquaponics - a test case for the Van Gendt halls in Amsterdam. In:
Architectural Engineering. 31 p.
GRABICOVU k., GRABIC R.et al ., (2020).Water reuse and aquaculture: Pharmaceutical
bioaccumulation by fish during tertiary treatment in a wastewater stabilization pond. In:
Environmental Pollution. Vol. 267, pp. 155-593.
FAO, 2020. La situation mondiale des pêches et de l’aquaculture 2020.[en ligne][consulté le
23/10/2020].disponible sur le web.
FORCHINO A-A., LOURGUIOUI H. et al.,(2017).Aquaponics and sustainability: the
comparison of two different aquaponic techniques using the life cycle assessment (LCA). In:
Aquacultural engineering. Vol. 77, n° 2, pp. 80-88.
FORCHINO A-A., GENNOTTE V. et al ., (2018).Eco-designing Aquaponics: a case study of
an experimental production system in Belgium. In: Procedia CIRP. Vol. 69, pp. 546 – 550.
FOUCARD P. , TOCQUEVILLE A., (2019).Aquaponie: Associer aquaculture et production
végétale. Ed. Cirad, France: 209 p.
FRONTE B., GALLIANO G. , BIBBIANI C., (2016).From fresh water to marine aquaponic:
new opportunities for marine fish species production. In: Proceedings of the 4
th conference with
international participation conference VIVUS on agriculture, environmentalism, horticulture
and floristics, food production and processing and nutrition, Naklo, Slovenia, Vol. 1, n° 1, pp.
20-21.
GEOFFROY E-O., CLOUD H-L., et al ., (2019).Biological and zootechnical characteristics
of the African catfish Clarias gariepinus Burchell, 1822. In: European Scientific Journal. Vol.
15, n° 27.
GIBELLATO S., (2004).Feasibility study of an aquaponic plant in Korhogo.Mémoire de
Master’s Degree programme in Environmental Sciences., University. Ca ‘Foscari. Venice : 85 p.
GODDEK S., DELAIDE B. et al ., (2015).Challenges of sustainable and commercial
aquaponics. In: Sustainability. Vol. 7, n° 4, pp. 4199-4224.
GODDEK S. , KEESMAN K-J., (2018). The necessity of desalination technology for designing
and sizing multi-loop aquaponics systems. In: Desalination. Vol. 428, pp. 76–85.
GOESSENS I., (2015). Aquaponics - a test case for the Van Gendt halls in Amsterdam. In:
Architectural Engineering. 31 p.
GRABICOVU k., GRABIC R.et al ., (2020).Water reuse and aquaculture: Pharmaceutical
bioaccumulation by fish during tertiary treatment in a wastewater stabilization pond. In:
Environmental Pollution. Vol. 267, pp. 155-593.