Add to ORKGGlobally, excessive fine sediment (particles <2 mm) deposition is acknowledged to have deleterious effects on aquatic biodiversity. However, the impacts are often equivocal possibly reflecting landscape context, although this is rarely considered. To address this, we examined the temporal response of macroinvertebrate taxonomic and functional diversity to experimental fine sediment clogging in a prealpine (Italy) and lowland setting (UK). Colonisation devices were installed insitu with either clean or clogged substrates and examined for short (7–14 days), medium (21–28 days) and long (56–63 days) timescales. Clogging resulted in altered taxonomic community composition in both the lowland and prealpine rivers and modified functional communit...
On August 2017, a massive rock slope failure triggered an extreme sedimentation event in a regulated...
1. Anthropogenic activities can increase fine sediment supply to streams over multiple spatial and t...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
Globally, excessive fine sediment (particles <2 mm) deposition is acknowledged to have deleterious e...
Deposition of fine sediment that fills interstitial spaces in streambed substrates is widely acknowl...
AbstractThe influence of streambed sediment clogging on macroinvertebrate communities was investigat...
Excessive fine sediment (particles <2 mm) deposition in freshwater systems is a pervasive stressor w...
Fine sediment is one of the major sources of stream physical and ecological impairment worldwide. We...
Instream hydraulics and riverbed substrate allow for the identification of mesohabitats, and contrib...
The deposition of excess fine sediment and clogging of benthic substrates is recognised as a global ...
Sediment flushing from dams can help desilting reservoirs and reinstate the longitudinal sediment tr...
Benthic macroinvertebrates respond to several factors characterizing the physical habitats, as water...
Fine sediment in streams and rivers is one of the most globally widespread of all freshwater polluta...
On August 2017, a massive rock slope failure triggered an extreme sedimentation event in a regulated...
1. Anthropogenic activities can increase fine sediment supply to streams over multiple spatial and t...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
Globally, excessive fine sediment (particles <2 mm) deposition is acknowledged to have deleterious e...
Deposition of fine sediment that fills interstitial spaces in streambed substrates is widely acknowl...
AbstractThe influence of streambed sediment clogging on macroinvertebrate communities was investigat...
Excessive fine sediment (particles <2 mm) deposition in freshwater systems is a pervasive stressor w...
Fine sediment is one of the major sources of stream physical and ecological impairment worldwide. We...
Instream hydraulics and riverbed substrate allow for the identification of mesohabitats, and contrib...
The deposition of excess fine sediment and clogging of benthic substrates is recognised as a global ...
Sediment flushing from dams can help desilting reservoirs and reinstate the longitudinal sediment tr...
Benthic macroinvertebrates respond to several factors characterizing the physical habitats, as water...
Fine sediment in streams and rivers is one of the most globally widespread of all freshwater polluta...
On August 2017, a massive rock slope failure triggered an extreme sedimentation event in a regulated...
1. Anthropogenic activities can increase fine sediment supply to streams over multiple spatial and t...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...