Environmental friendly compound feedstuff of Sparus latus
A technology of compound feed and yellowfin seabream, applied in animal feed, animal feed, climate change adaptation, etc., can solve problems such as nutritional imbalance of compound feed, achieve appropriate content of crystalline amino acids, high survival rate, and strong food-attracting effect Effect
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Embodiment 1
[0018] Embodiment one: by formula 1 preparation feed shown in table 1, raising 3.7g yellowfin bream juveniles 60 days, feed coefficient 1.4, specific growth rate (SGR, % / day) 2.65, survival rate 98%, and throw something to feed algae Compared with , shellfish and fresh miscellaneous fish, etc., the specific growth rate increased by 45%, the feed factor decreased by 30%, the survival rate increased by 36%, and the apparent digestibility of phosphorus increased by 35%.
Embodiment 2
[0019] Embodiment two: according to formula 2 preparation feed shown in table 1, the yellowfin seabream juvenile fish of raising 9.8g 60 days, feed factor 1.32, specific growth rate 2.22, survival rate 95%, ammonia nitrogen emission is 22mg kg -1 h -1 , the apparent digestibility of phosphorus is 75%, compared with the general salty water fish compound feed on the market, the specific growth rate is increased by 40%, the feed coefficient is reduced by 30%, the survival rate is increased by 27%, and the apparent digestion of phosphorus The efficiency has been increased by 21%, and the ammonia nitrogen emission is 30% lower than that of the common brackish water fish compound feed on the market.
Embodiment 3
[0020] Embodiment three: according to formula 3 preparation feed shown in table 1, the yellowfin bream juvenile of raising 15.3g 60 days, feed factor 1.5, specific growth rate 2.08, survival rate 98%, ammonia nitrogen emission is 9mg kg -1 h -1 , the apparent digestibility of phosphorus is 81%, compared with the general salty water fish compound feed on the market, the specific growth rate is increased by 30%, the feed coefficient is reduced by 20%, the survival rate is increased by 22%, and the apparent digestion of phosphorus The efficiency has been increased by 30%, and the ammonia nitrogen emission is 20% lower than that of the common brackish water fish compound feed on the market.
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