Finding Isolated Aquatic Habitat: Can Beggars Be Choosers?

Diversity Pub Date : 2024-08-03 DOI:10.3390/d16080468
Danielle M. Husband, Nancy E. McIntyre
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Abstract

In a two-year field study across 58 isolated wetlands in Texas (USA), we examined whether odonate (Insecta: Odonata) assemblages were structured by local environmental filters or instead simply reflected the use of any available water in this semi-arid region. Cluster analysis resolved three wetland groupings based on environmental characteristics (hydroperiod, water chemistry, vegetation); 37 odonate species were detected at these wetlands. The most speciose assemblages occurred at wetlands with longer hydroperiods; these sites also had the most species found at no other wetland type. Ordination plots indicated some filtering with respect to the hydroperiod, but there was only mixed or weak support with respect to other local factors. Because water persistence was the strongest driver maintaining odonate diversity in this region, regardless of water quality or vegetation, beggars cannot be choosers in this system and conservation efforts can focus on water maintenance or supplementation.
寻找孤立的水生栖息地:乞丐也能成为选择者?
在对美国得克萨斯州的 58 个孤立湿地进行的一项为期两年的实地研究中,我们考察了蝶形目动物(昆虫纲:Odonata)的组合是由当地环境过滤器构成的,还是仅仅反映了对这一半干旱地区任何可用水域的利用。聚类分析根据环境特征(水文周期、水化学、植被)确定了三个湿地组群;在这些湿地中发现了 37 种喜蝶类。水文周期较长的湿地中的鸟类种类最多;这些地点的鸟类种类也是其他类型湿地中最多的。正交图表明,水文周期对物种有一定的过滤作用,但对其他当地因素的支持作用不一或很弱。由于水的持久性是维持该地区鸟类多样性的最强驱动力,而与水质或植被无关,因此在该系统中乞丐是没有选择余地的,保护工作可侧重于水的维持或补充。
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