浙江农业科学2026，Vol.67Issue(8)：1860-1864,5.DOI:10.16178/j.issn.0528-9017.20260034
基于水体微生物分析的宽体金线蛭养殖关键技术研究及应用
Study and application of key breeding technologies for Whitmania pigra based on analysis of aquatic microorganisms
摘要
Abstract
This study aimed to optimize the key technologies for large-scale breeding of Whitmania pigra,clarify the appropriate threshold values of key water environmental factors and their effects on the growth and survival of W.pigra,and construct an intensive and healthy breeding model.Using gradient experiments,the suitable ranges for physicochemical parameters such as water temperature,dissolved oxygen(DO)content,pH value were determined.Additionally,16S rRNA sequencing was applied to monitor the composition and distribution of aquatic microorganisms.These parameters were comprehensively analyzed and evaluated for their effect on the survival rate of W.pigra.The results showed that the optimal breeding conditions were 25.1-28.0 ℃,DO content≥5.1 mg·L-1,and pH value 6.6-7.5,under which the 10-day survival rate was over 90％.Based on these findings,this study further integrated key technologies such as optimized hatching substrates,ecological recirculating water breeding,disease prevention and control,and diversified breeding models,forming an efficient and healthy breeding technology system for W.pigra.The findings provide technical support for the standardization and sustainable development of W.pigra breeding industry.关键词
宽体金线蛭/水质阈值/集约化养殖/行为特征Key words
Whitmania pigra/water-quality threshold/intensive breeding/behavioral characteristics分类
农业科技引用本文复制引用
杨继锋,邬勇,富琳桦,郭可凡,姜青华,黄福勇,唐金玉,金敬中..基于水体微生物分析的宽体金线蛭养殖关键技术研究及应用[J].浙江农业科学,2026,67(8):1860-1864,5.基金项目
桐乡市高桥街道与浙江省农业科学院合作项目(TX202401) （TX202401）
