Freshwater macroinvertebrate diversity and ecology

The paper examines how prolonged low flows and non-native fish affect insect emergence in mountain streams, finding additive rather than synergistic or antagonistic effects.

The paper assesses community resilience in a river network by analyzing fish and invertebrate data and litter decomposition rates, finding lower resilience in non-perennial and isolated reaches.

This study examines how thorax temperature and niche characteristics predict Odonata abundance and beta diversity in Amazonian streams.

The paper examines how natural disturbances, spatial connectivity, and biogeography influence seasonal variability in aquatic macroinvertebrate communities across Europe.

This study examines how dispersal, habitat suitability, and biotic interactions influence benthic invertebrate community assembly in restored urban streams, finding that dispersal dominates early recovery while habitat suitability becomes more important over time.

This study compares water quality and invertebrate diversity in protected and unprotected rivers in Brazil's Atlantic Rainforest, finding better water quality and biodiversity in protected areas.

This study analyzes drivers of recovery and degradation in riverine benthic macroinvertebrate communities across Germany using the Asymmetric Response Concept.

This study examines how deforestation in Madagascar affects mayfly biomass production, growth, and community composition in streams.

The paper evaluates how environmental gradients affect aquatic insect genus turnover in Cerrado streams using a Bayesian model, finding that genus turnover relates to habitat integrity with varying patterns across taxonomic groups.

The study examines spatial asymmetry in temporal ecological processes shaping invertebrate communities across 15 rivers over 21 years, finding that deterministic and stochastic processes influence dynamics differently with elevation.

The paper reanalyzes macroinvertebrate biodiversity data from Europe, finding that taxonomic richness increased linearly but not significantly, and abundance trends were largely unchanged from previous studies.

The paper tests the Asymmetric Response Concept by modeling how stream food webs respond to multiple stressors and their release, finding that temperature has stronger impacts than salt and that community and ecosystem responses differ.

The paper quantifies how six riverine organism groups respond to seven anthropogenic stressors using meta-analysis across 143 datasets.

This study investigates how salinisation and warming affect predator-induced drift behaviour in stream invertebrates, finding that both stressors disrupt this anti-predator response.

The paper evaluates RIVPACS-derived similarity metrics for assessing river health by comparing observed and expected macroinvertebrate communities over 10 years.