"fish rearing" is a correct and usable phrase in written English.
It refers to the activity of caring for or breeding fish. It can be used whenever you want to talk about the process of raising or nurturing fish. Example: - Many coastal communities rely on fish rearing as a source of income and food. - The hatchery introduced new methods for fish rearing, resulting in a significant increase in production. - We visited a fish rearing farm where they raised various types of freshwater fish for sale in local markets.
If this is done with conventional fish rearing methods, the need for laboratory space and equipment are normally very high.
The concept farm-like refers to a fish rearing condition as close as possible to a farming operation in terms of density, loading, and daily management.
Fish rearing increased CH4 emission from field plots planted to both the rice cultivars with 112% increase in CH4 emission in cv.
We describe a fish rearing unit modification that establishes mixed flow reactor (MFR) behavior in a rectangular vessel so as to eliminate metabolite concentration gradients, increase current velocities and improve solids scour at low water exchange rates.
We thank members of the Parichy lab for assistance with fish rearing.
The two diets both consisted of powdered high-protein fish-rearing pellets (Nova Lo: 50% protein, Skretting Australia, TAS, Australia) mixed with oatmeal (Quick Oats: 11% protein, Farmland, VIC, Australia): the high quality diet was a blended dry weight mixture of 75% fish rearing pellets to oatmeal, while the low quality diet was a mixture of 25% fish-rearing pellets to oatmeal.
Fish belong to two different groups reared in the same conditions as Experiment 3. Thirty-six were 20-day-old fish reared in groups of 13 16 individuals per tank and 36 were 40-day-old fish reared in pairs.
T fish reared in mesocosms had larger mass at maturity than mesocosm- or nature-reared NT fish, indicating GH transgenesis can alter maximum obtainable mass in salmon.
The respiratory responses to acute hypoxia, hypercapnia or external cyanide of fish reared under hypoxic or hypercapnic conditions were similar to those in fish reared under normal conditions.
Almost all fish reared in captivity exhibit some form of reproductive dysfunction.
Being less dependent on gravity, these fish can serve as models in studying the differences expected for the vestibular system of fish reared in microgravity.
