The intensification of aquaculture has emerged as a viable alternative for increasing
aquaculture production due to competition that arose from the use of natural resources, such …

This review aims to identify and examine realistic aquaculture waste solids management
strategies. The main reason for treating solids to be discharged from flow-through systems is …

Since the first edition of this book, 17 years ago, aquaculture has consolidated its position as
an important means of producing food and as a contributor to global food security. Cage …

Aquaculture effluents may contain a variety of constituents that could cause negative
impacts when released into the environment. The constituents include dissolved or …

The environmental impact of marine fish-farming depends very much on species, culture
method, stocking density, feed type, hydrography of the site and husbandry practices. In …

In minimal-exchange, superintensive culture systems, the flocculated (biofloc) particles that
accumulate may provide benefits for cultured shrimp; however, excessive particle …

Being an essentially open system, cages are usually characterized by a high degree of
interaction with environment and cage systems are highly likely to produce large bulk of …

Aquaculture of catfish, Pangasianodon hypophthalmus (Sauvage), locally known as “ca tra”,
and commonly referred to as striped catfish, river catfish and sutchi catfish, in Vietnam …

Intensive aquaculture in recirculating systems is rapidly developing, and with it arises the
need for reliable treatment systems. To enable reuse of water in these systems, biological …

A mass balance was constructed for nutrient flow through intensive marine shrimp ponds in
which budgets for nitrogen and phosphorus were determined for a series of ponds in …