Figure 17.23 Integrated Multi-Trophic Aquacul- ture uses the wastes of higher trophic level spe- cies as input for additional cultivated organisms like mussels, sea cucumbers, and algae to increase the efficiency and minimize the amount of waste produced from the entire system. Reproduced with the permrission of Her Majestythe Queen in Fight of Canada, 2014.

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Why do you think this type of approach has not been used more in the past?

Figure 17.23 Integrated Multi-Trophic Aquacul-
ture uses the wastes of higher trophic level spe-
cies as input for additional cultivated organisms
like mussels, sea cucumbers, and algae to increase
the efficiency and minimize the amount of waste
produced from the entire system.
Reproduced with the permrission of Her Majestythe Queen in Fight of Canada, 2014.
Transcribed Image Text:Figure 17.23 Integrated Multi-Trophic Aquacul- ture uses the wastes of higher trophic level spe- cies as input for additional cultivated organisms like mussels, sea cucumbers, and algae to increase the efficiency and minimize the amount of waste produced from the entire system. Reproduced with the permrission of Her Majestythe Queen in Fight of Canada, 2014.
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