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- W2534228319 endingPage "8106" @default.
- W2534228319 startingPage "8094" @default.
- W2534228319 abstract "Abstract Climate change is expected to increase climate variability and the occurrence of extreme climatic events, with potentially devastating effects on aquatic ecosystems. However, little is known about the role of climate extremes in structuring aquatic communities or the interplay between climate and local abiotic and biotic factors. Here, we examine the relative influence of climate and local abiotic and biotic conditions on biodiversity and community structure in lake invertebrates. We sampled aquatic invertebrates and measured environmental variables in 19 lakes throughout California, USA , to test hypotheses of the relationship between climate, local biotic and environmental conditions, and the taxonomic and functional structure of aquatic invertebrate communities. We found that, while local biotic and abiotic factors such as habitat availability and conductivity were the most consistent predictors of alpha diversity, extreme climate conditions such as maximum summer temperature and dry‐season precipitation were most often associated with multivariate taxonomic and functional composition. Specifically, sites with high maximum temperatures and low dry‐season precipitation housed communities containing high abundances of large predatory taxa. Furthermore, both climate dissimilarity and abiotic dissimilarity determined taxonomic turnover among sites (beta diversity). These findings suggest that while local‐scale environmental variables may predict alpha diversity, climatic variability is important to consider when projecting broad‐scale aquatic community responses to the extreme temperature and precipitation events that are expected for much of the world during the next century." @default.
- W2534228319 created "2016-10-28" @default.
- W2534228319 creator A5042845340 @default.
- W2534228319 creator A5048355255 @default.
- W2534228319 creator A5049290771 @default.
- W2534228319 creator A5079592343 @default.
- W2534228319 date "2016-10-17" @default.
- W2534228319 modified "2023-10-10" @default.
- W2534228319 title "Climate extremes are associated with invertebrate taxonomic and functional composition in mountain lakes" @default.
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