Effective and affordable treatment of waste solids is a key sustainability challenge for the
aquaculture industry. Here, we investigated the potential for a deposit-feeding sea …

Reducing dependency on environmentally unsustainable formulated feeds, most of which
include limited reserves of fishmeal as a protein source, is a priority for the aquaculture …

Deposit-feeding invertebrates are proposed bioremediators in microbial-driven sediment-
based aquaculture effluent treatment systems. We elucidate the role of the sediment …

Aquaculture in coastal environments has an increasingly important role in the world's food
supply; however, the accumulation of organic compounds on seafloors due to overfeeding …

Finfish aquaculture is playing an increasing role in global food provision, with
accompanying increases in benthic impacts under intensive pen production systems …

Integrated multi-trophic aquaculture (IMTA) systems combining finfish and sea cucumbers
remain largely untested. Integrating a deposit-feeding species into existing aquaculture units …

Fish farm deposition, resulting in organic matter accumulation on bottom sediments, has
been identified as among the main phenomena causing negative environmental impacts in …

Estuarine ecosystems have very high ecological and economic value, and also act as a
buffer for coastal oceans by processing nutrient inputs from terrestrial sources. However …

Environmental sustainability of aquaculture is a complex issue involving effects at local (eg
benthic deterioration), regional (eg eutrophication) and global (eg catches for feed …

The use of detritivores under sea farms is a promising avenue to mitigate the benthic
impacts of marine fish farms. Sea cucumbers are interesting candidates for integrated multi …