Method for inducing body color change of young hippocampuserectus
A technology of lined seahorses and larvae, applied to climate change adaptation, fish farming, applications, etc., to achieve the effects of easy operation, high price, and strong controllability
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[0021] On April 20, 2008, the newly born young hippocampus were divided into 6 groups (groups A, B, C, D, E, F and G), of which groups A, B and C were experimental control groups, and groups E and F and group G as the experimental group. The number of juvenile seahorses in each group is 40, and the size of the breeding tank is the same (length×width×height: 80×40×50 cm); the salinity, pH value and dissolved oxygen of the breeding water are 33±1.0‰, 7.7±0.4 respectively and 6.5±0.5 mg / l, slightly aerated to ensure that no air bubbles occur.
[0022] control group
[0023] From April 20 to June 19, 2008 (60 days), young seahorses in groups A, B, and C were fed with freshly hatched Artemia (0.21±0.023 cm) every day for 1-30 days. Feed 6 times, and feed with enough food; the feces are siphoned clean every day. Within 30-60 days, Artemia (0.93±0.275 cm) and frozen mysis Mysis spp (body length 0.72±0.14 cm) were fortified with flat algae and chlorella for 15 days in the hippocamp...
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