Scarce information is available about the benefits of adding probiotics to biofloc systems on
the growth and health status of red tilapia reared in seawater. This study aimed to assess the …

Background: High stocking density and intensive feeding in aquaculture systems lead to the
accumulation of organic waste, which results in an increase in ammonia, nitrite, and nitrite …

Biofloc based aquaculture is important in waste recycling in intensive aquaculture and is a
promising avenue for inland saline aquaculture. In the present study, growth, biochemical …

Supplementation of dried bioflocs for red hybrid tilapia (Oreochromis sp.) was examined
during 57 days of feeding trials. Five experimental treatments; T1 (the control; without …

Biofloc technology is a recent concept in Bangladesh, it has numerous advantages for
enhancing aquaculture production in several countries, thereby contributing to achieve …

This study evaluated the effects on the growth performance and physiological response
(metabolism, hematology, and antioxidant capacity) of the juvenile hybrid red tilapia …

One of the major challenges in an intensive recirculating aquaculture system (RAS) is the
sustainable management of fish sludge. The sludge contains a significant amount of …

Addition of microalgae in the biofloc system may improve growth and survival of Nile tilapia.
Also, culturing Nile tilapia in saline water biofloc system may be an adaptation for freshwater …

High stocking density is an important factor in cultivation to increase the eficency if fish
farming for nutrition requirements. High stocking density generally impact on fish physiology …

Aquaculture has witnessed a gradual transformation owing to advancement in automatic
and intelligent technology. Coupled with the power of high-performance computers, these …