基于环境DNA宏条形码技术研究黄河三角洲典型潮沟系统鱼类多样性及其对水文连通性的响应
董志远1,2, 陈琳琳1,2, 张乃鹏4, 陈莉1,3, 孙德斌1,2, 倪艳梅1,3, 李宝泉1,2,*(
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Response of fish diversity to hydrological connectivity of typical tidal creek system in the Yellow River Delta based on environmental DNA metabarcoding
Zhiyuan Dong1,2, Linlin Chen1,2, Naipeng Zhang4, Li Chen1,3, Debin Sun1,2, Yanmei Ni1,3, Baoquan Li1,2,*()
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图1. 黄河口自然湿地采样区域。S1S: 一级潮沟上游; S1X: 一级潮沟下游; S2S: 二级潮沟上游; S2X: 二级潮沟下游; S3S: 三级潮沟上游; S3X: 三级潮沟下游。
Fig. 1. Sampling area of natural wetland in the Yellow River Delta. S1S, Upstream of the first-class tidal creek; S1X, Downstream of the first-class tidal creek; S2S, Upstream of the second-class tidal creek; S2X, Downstream of the second-class tidal creek; S3S, Upstream of the third-class tidal creek; S3X, Downstream of the third-class tidal creek.
