Manca, Marina||Piscia, Roberta <br/><br/>
Biological Communities Respond to Multiple Human-Induced Aquatic Environment Change 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>multivariate analyses||risk assessment||aquatic insects||crustaceans||lab-microcosms||nonmetric multidimensional scaling||adaptation||porous aquifer||PERMANOVA||Planktothrix rubescens||species conservation||distribution patterns of species||Cyanobacteria||fossil Cladocera||high throughput sequencing||machine learning model||stability||small lakes||environmental factor||non-metric multi-dimensional scaling (NMDS)||stream ecosystem||lake vulnerability||PCA||functional diversity||ecological resilience||nitrification||deep lake||metabolism||South–North Water Diversion Project||endemic species||EPT taxa||trophic interactions||stable isotope analysis||environmental change||bioassessment||generalized procrustes analysis||freshwater pollution||colonization||paleolimnology||Tychonema bourrellyi||plankton||subalpine lakes||random forest model||Danjiangkou Reservoir||trophic degree||multiple scale||biodiversity||copepods||zooplankton||groundwater||genetic variability||respirometry||ammonium impact||Stable Isotopes Analysis||trophic gradient||seasonality