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Ammonia and salinity tolerance of Penaeus monodon across eight breeding families

机译:八个繁殖对虾对虾对氨氮和盐分的耐受性

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摘要

Ammonia nitrogen and salinity tolerance of Penaeus monodon from eight selected breeding families were evaluated at the concentration of 67.65 mg L−1 ammonia-N and reducing salinity from 15 to 0 ‰. The final survival of family A (88.67 ± 9.81 %) was highest, and the final survival of family B was lowest (24.33 ± 14.01 %) after the ammonia tolerance test. Upon completing the sudden drop salinity test from 15 to 0 ‰, the highest survival was observed in family B (98.00 ± 1.73 %), and the lowest survival was found in family H (18.00 ± 1.73 %). Family A showed the strongest ability to tolerate ammonia stress, and family B showed the strongest tolerance to low salinity. This study suggests that the tolerance of salinity and ammonia nitrogen varied between breeding families. Results from the present study provide useful information towards selective breeding in shrimp in aquaculture for environmental tolerance.
机译:在67.65 mg L -1 氨氮的浓度下将盐分从15降低到0‰,评估了八个选定育种对虾对虾的氨氮和盐分耐受性。经过氨气耐性试验后,A族的最终生存率最高(88.67±9.81%),B族的最终生存率最低(24.33±14.01%)。在完成从15到0‰的突然下降盐度测试后,在B族中观察到最高的存活率(98.00±1.73%),在H族中观察到最低的存活率(18.00±1.73%)。 A族显示出最强的耐氨胁迫能力,B族显示出最强的低盐度耐受性。这项研究表明,盐分和氨氮的耐受性在育种科之间有所不同。本研究的结果提供了对水产养殖中的虾进行选择性育种以提高其环境耐受性的有用信息。

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