总体流动的不稳定性受到阻抑并且很小。
在总体流动时间(P<0.05)和流动城市数量(P<0.000)上存在显著的烟酒使用行为、年龄和教育水平的交互作用;
Significant substance use, age and educational level interaction effect were found regarding total mobile time(P<0.05) and number of migrated city(P<0.000).
从受损区到更原始流区的基因流的数量急剧增加,导致了大量的基因流动,进而降低了后代的总体适应性。
Such a dramatic increase in straying from damaged areas to more pristine streams results in substantial gene flow, which can in turn lower the overall fitness of subsequent generations.
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