Excess fine sediment, comprising particles< 2 mm in diameter, is a major cause of ecological degradation in rivers. The erosion of fine sediment from terrestrial or aquatic …
Urbanisation of riverine landscape is an increasing threat to the functionality of river ecosystems. In this study, we identify and classify macroinvertebrates indicator signature …
Excessive fine sediment (particles< 2 mm) deposition in freshwater systems is a pervasive stressor worldwide. However, understanding of ecological response to excess fine sediment …
Agricultural activities impact riverine ecosystem structure, function, and processes. In the Afrotropical regions, research on agricultural effects on macroinvertebrate trait distribution is …
J England, MA Wilkes - Science of the Total Environment, 2018 - Elsevier
Rivers and their floodplains have been severely degraded with increasing global activity and expenditure undertaken on restoration measures to address the degradation. Early …
Sediment flushing from dams can help desilting reservoirs and reinstate the longitudinal sediment transfer continuity in rivers, but negative ecological impacts might arise. We …
Africa harbours about a third of the world's largest natural resource reserves of mineral such as gold and diamonds. These vast mineral reserves in Africa are essential to the continent's …
KL Mathers, PD Armitage, M Hill… - Ecology and …, 2023 - Wiley Online Library
Despite lotic systems demonstrating high levels of seasonal and spatial variability, most research and biomonitoring practices do not consider seasonality when interpreting results …
Globally, excessive fine sediment (particles< 2 mm) deposition is acknowledged to have deleterious effects on aquatic biodiversity. However, the impacts are often equivocal …