Increasing the river habitat safeguard level is one of the main actions proposed by the European Water Framework Directive in the field of biomonitoring. To do so, watercourses within the same hydroecoregions (that is, homogeneous areas based on climate, geology and topography) ought to be compared. In addition, the source distance was thought to play an important role in comparing rivers and then planning monitoring activities. The purpose of this study was to evaluate if both hydroecoregion and source distance affect the response (in terms of taxa assemblage) of one of the most used group in the river monitoring activities: the benthic macroinvertebrate. Here we propose...
Embargo until August 15, 2022We collected quantitative macroinvertebrate samples and measured enviro...
The macrobenthic communities of many river basins of Central Italy were sampled and analysed with th...
Aquatic macroinvertebrates are frequently used to evaluate river system conditions and restoration p...
Increasing the river habitat safeguard level is one of the main actions proposed by the Eu...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
<div><p>Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessmen...
River systems and their communities are exposed to diverse and multiple threats. Understanding how t...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
According to the Framework Water Directive, 2000/60/EC, macrobenthic invertebrates are very importan...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
Macroinvertebrates\u2019 response to hydromorphological alterations and regulated flows along lowlan...
An eco-hydraulic survey of the highly regulated Adda River (northern Italy) was carried out to highl...
The aim of this study was to test the effect of the Water Framework Directive typology descriptors o...
The within-site patchy distribution of organisms represents a natural source of variability that can...
Stream risk assessment and restoration requires understanding of the controlling factors and the sca...
Embargo until August 15, 2022We collected quantitative macroinvertebrate samples and measured enviro...
The macrobenthic communities of many river basins of Central Italy were sampled and analysed with th...
Aquatic macroinvertebrates are frequently used to evaluate river system conditions and restoration p...
Increasing the river habitat safeguard level is one of the main actions proposed by the Eu...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
<div><p>Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessmen...
River systems and their communities are exposed to diverse and multiple threats. Understanding how t...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
According to the Framework Water Directive, 2000/60/EC, macrobenthic invertebrates are very importan...
Although anthropogenic degradation of riverine systems stimulated a multi-taxon bioassessment of the...
Macroinvertebrates\u2019 response to hydromorphological alterations and regulated flows along lowlan...
An eco-hydraulic survey of the highly regulated Adda River (northern Italy) was carried out to highl...
The aim of this study was to test the effect of the Water Framework Directive typology descriptors o...
The within-site patchy distribution of organisms represents a natural source of variability that can...
Stream risk assessment and restoration requires understanding of the controlling factors and the sca...
Embargo until August 15, 2022We collected quantitative macroinvertebrate samples and measured enviro...
The macrobenthic communities of many river basins of Central Italy were sampled and analysed with th...
Aquatic macroinvertebrates are frequently used to evaluate river system conditions and restoration p...