Integrated multi-trophic aquaculture (IMTA)

Despite only representing about 1 percent of global seaweed cultivation volumes, green macroalgae (Chlorophyta) could play a decisive role in the commercial seaweed sector as it expands and diversifies.

With over 150 oil rigs being decommissioned in the Gulf of Mexico each year, Ivan Puckett and Kent Satterlee, two of the three founders of Blue Silo Aquaculture LLC, explain why they aim to convert as many rigs as possible for alternative uses, including offsh…

Farming barramundi alongside tiger prawns can increase profits without reducing productivity, according to a growing number of Indonesian aquaculture operators.

Three advocates of integrated multi-trophic aquaculture (IMTA) are using research in a bid to back up their beliefs in the values of the concept.

A promising integrated multi-trophic aquaculture (IMTA) project aims to restore a threatened sea anemone to a large swathe of the southwest coast of Spain, as well as produce a range of other seafood products.

Martin Welch, co-founder of KelpCrofting and inventor of the KelpRing cleaner fish hide, discusses the huge range of benefits that can be brought about by small-scale seaweed farming in the North Atlantic and beyond.

Integrated multi-trophic aquaculture (IMTA) is proving its worth in Sungo Bay in China, with numerous studies to support its environmental and economic benefits.

While Canada-based Dr Thierry Chopin might widely be credited with coining the phrase integrated multi-trophic aquaculture (IMTA) it is the Chinese who have been at the forefront of developing – and adopting – practical forms of polyculture.

Thierry Chopin, who coined the term integrated multi-trophic aquaculture (IMTA) 17 years ago, explains why the concept is finally taking root

While aquaculture is often associated with degrading water quality, invasive species introductions and the destruction of important coastal habitats, increasing evidence suggests that well-designed and managed aquaculture – particularly of shellfish and seawee…

The use of aquaculture-derived waste products to grow secondary crops – such as used in biofloc systems or aquaponics – can increase profits by more than 20 percent, as some of the leading proponents of this field explain.

A new project, called IMPAQT, is attempting to reinvigorate the stagnant EU aquaculture sector by encouraging the adoption of more eco-intensive IMTA initiatives.