Fish growth and physiology may be affected by light spectrum, which can be easily
manipulated in indoor aquaculture facilities, and especially recirculating water systems, with …

Previously reported data clearly indicate that depending on species, ambient light spectrum
can affect fish growth, physiology, behaviour, reproduction, etc. Since light spectrum can be …

The influence of light colours on growth and stress response in rainbow trout Oncorhyncus
mykiss (15.16±0.29 cm; 32.27±1.18 g) was studied. Fish were reared in 16 glass aquaria …

It is well known that fish vision and spectrum perception are strongly related to each species
natural habitat and living ethology. Recent research data clearly indicate that light spectrum …

Light is an essential natural factor of fish growth and development. A light regime in indoor
aquaculture is critical for sustainable fish production. This research aimed to investigate the …

Light is a key environmental cue involved in the entrainment and regulation of fish
development and physiology. Species specific spectral differences in sensitivity are believed …

Appropriate light conditions in aquaculture systems are essential for fish welfare. Light
spectrum, as one of the main characteristics of light, has a significant influence on the …

This study aimed to evaluate the effects of different monochromatic LED light colors (blue
“BL”, red “RL”, green “GL” and white “WL”) in addition to natural day light (NL) on the growth …

Atlantic salmon (Salmo salar L.), sea trout (Salmo trutta L.), rainbow trout (Oncorhynchus
mykiss) and Arctic charr (Salvelinus alpinus L.) were exposed to light-dark cycles with light …

The current studies examined whether photoperiod techniques could be successfully
transferred to commercial freshwater rainbow trout farming practices, with the key aim being …