The sustainable use of water resources requires clear guidelines for the management of diffuse pollution inputs to rivers. Without informed guidelines, management decisions are unlikely to deliver cost-effective improvements in the quality of rivers as required by current water policy. Here, we review the evidence available for deriving improved guidelines on the loading of fine sediment to rivers based on the impact on macro-invertebrates. The relationship between macro-invertebrates and fine sediments is poorly defined. Studies of the impacts of fine sediment on macro-invertebrates have been undertaken at various scales, which has an influence on the range of responses displayed and the reliability of the results obtained; results obtaine...
Agricultural development has resulted in the degradation of freshwater ecosystems worldwide. Disenta...
The deposition of excess fine sediment and clogging of benthic substrates is recognised as a global ...
Detrimental impacts of excessive fine-grained sediment inputs to streams and rivers are well establi...
The sustainable use of water resources requires clear guidelines for the management of diffuse pollu...
Increased fine sediment deposition and entrainment in rivers can arise from a combination of factors...
1. Anthropogenic activities can increase fine sediment supply to streams over multiple spatial and t...
Excess fine sediment negatively influences the fauna of North American streams. With the current emp...
Sedimentation of river beds is a key pressure impacting riverine ecological communities. Research ha...
This is the pre-peer reviewed version of the article, which has been published in final form at http...
Deposition of fine sediment that fills interstitial spaces in streambed substrates is widely acknowl...
Anthropogenic land use transformations impact watershed hydrology and increase fine sediment deliver...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
One of the most common causes of stream degradation globally is fine sediment deposition. Most fine ...
AbstractAnthropogenic modifications of sediment load can cause ecological degradation in stream and ...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
Agricultural development has resulted in the degradation of freshwater ecosystems worldwide. Disenta...
The deposition of excess fine sediment and clogging of benthic substrates is recognised as a global ...
Detrimental impacts of excessive fine-grained sediment inputs to streams and rivers are well establi...
The sustainable use of water resources requires clear guidelines for the management of diffuse pollu...
Increased fine sediment deposition and entrainment in rivers can arise from a combination of factors...
1. Anthropogenic activities can increase fine sediment supply to streams over multiple spatial and t...
Excess fine sediment negatively influences the fauna of North American streams. With the current emp...
Sedimentation of river beds is a key pressure impacting riverine ecological communities. Research ha...
This is the pre-peer reviewed version of the article, which has been published in final form at http...
Deposition of fine sediment that fills interstitial spaces in streambed substrates is widely acknowl...
Anthropogenic land use transformations impact watershed hydrology and increase fine sediment deliver...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
One of the most common causes of stream degradation globally is fine sediment deposition. Most fine ...
AbstractAnthropogenic modifications of sediment load can cause ecological degradation in stream and ...
Excessive inputs of fine‐grained sediment can damage aquatic ecosystems both by degrading habitat co...
Agricultural development has resulted in the degradation of freshwater ecosystems worldwide. Disenta...
The deposition of excess fine sediment and clogging of benthic substrates is recognised as a global ...
Detrimental impacts of excessive fine-grained sediment inputs to streams and rivers are well establi...