Microorganisms (MOs) are an important member of any aquaculture system. The MOs in the
BFT (Biofloc Technology) system are also crucial, diverse and therefore have different roles …

The biofloc system has recently attracted great attention as a cost-effective, sustainable, and
environmentally friendly technology and expected to contribute toward human food security …

The efficacy of different biofloc treatments (BFTs) to compensate for a reduction in dietary
protein level under zero-water exchange systems was studied during a 10 weeks …

Recirculating aquaculture technology, which includes aquaponics, has been under
development for the past 40 years from a combination of technologies derived from the …

Water quality surveillance is tough, and a specific timely management is necessary for the
inland aquaculture ponds and ecology as well. Real time quality monitoring involves the …

Biofloc systems generate and accumulate microbial aggregates known as bioflocs. The
presence of bioflocs has been shown to change gut bacterial diversity and stimulate innate …

In aquaculture feed accounts for more than 50% of current costs. Biofloc has the potential to
compensate for food reduction, so restricted feeding levels should be investigated to …

A six-week nursery culture of giant river prawn Macrobrachium rosenbergii was conducted
in a zero-water exchange biofloc technology (BFT) system. Water quality, microorganisms …

This study aimed to evaluate the effect of temperature-salinity interaction on physico-
chemical parameters, plankton composition, performance growth, and survival of shrimp …

Biofloc technology is booming in inland aquaculture sector across the world especially in the
places where water scarcity is high and land cost is expensive. Currently, the lack of …