The macrobenthic fauna of the Rhône River below Lake Geneva was studied between 1983 and 1993 to describe patterns of longitudinal and temporal community changes. Sampling was based upon the use of artificial substrates in 11 stations. The confluence with the Arve (an alpine tributary) is the first source of faunal discontinuity, both in terms of species and feeding group composition. The Verbois hydropower plant is the second longitudinal disruption. From a temporal point of view, the construction of the Seujet hydropower plant was a major source of faunal fluctuation. After this event, and until the end of the study, lenitophilous taxa increased to the detriment of rheophilous taxa
1) A functional analysis of aquatic invertebrate assemblages was carried out to supplement a more tr...
Evaluation of the biotic integrity of dynamic lotic environments is crucial to maintaining the succe...
In alpine regions climatic change will alter the balance between water sources (rainfall, ice-melt, ...
A ten years survey of longitudinal zonation and temporal changes of macrobenthic communities in the ...
From 1983 to 1986, a sifted study of the benthic macroinvertebrates has been carried out in 10 stati...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]QUASAREInternational audienceThe study of biological traits hav...
The study of biological traits have enhanced the understanding of the changes in the macroinvertebra...
1. In the upper Rhone catchment (Swiss Alps), modifications in the longitudinal pattern of environme...
In this study, the combined effects of hydrological and chemical stressors on benthic macroinvertebr...
In running water, the main natural factor of disturbance is hydraulic. Investigation of its biologic...
The functional organization of macroinvertebrate communities along the Lam Tsuen River, New Territor...
The study examines the relationship between floodplain aquatic macroinvertebrates and sector-scale p...
International audienceChanging weather patterns and receding glaciers are predicted to increase flow...
Long-term changes in composition, structure and biodiversity (i.e. taxonomic richness, diversity ind...
Finding rules that govern species distribution and coexistence is a fundamental aim of ecological re...
1) A functional analysis of aquatic invertebrate assemblages was carried out to supplement a more tr...
Evaluation of the biotic integrity of dynamic lotic environments is crucial to maintaining the succe...
In alpine regions climatic change will alter the balance between water sources (rainfall, ice-melt, ...
A ten years survey of longitudinal zonation and temporal changes of macrobenthic communities in the ...
From 1983 to 1986, a sifted study of the benthic macroinvertebrates has been carried out in 10 stati...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]QUASAREInternational audienceThe study of biological traits hav...
The study of biological traits have enhanced the understanding of the changes in the macroinvertebra...
1. In the upper Rhone catchment (Swiss Alps), modifications in the longitudinal pattern of environme...
In this study, the combined effects of hydrological and chemical stressors on benthic macroinvertebr...
In running water, the main natural factor of disturbance is hydraulic. Investigation of its biologic...
The functional organization of macroinvertebrate communities along the Lam Tsuen River, New Territor...
The study examines the relationship between floodplain aquatic macroinvertebrates and sector-scale p...
International audienceChanging weather patterns and receding glaciers are predicted to increase flow...
Long-term changes in composition, structure and biodiversity (i.e. taxonomic richness, diversity ind...
Finding rules that govern species distribution and coexistence is a fundamental aim of ecological re...
1) A functional analysis of aquatic invertebrate assemblages was carried out to supplement a more tr...
Evaluation of the biotic integrity of dynamic lotic environments is crucial to maintaining the succe...
In alpine regions climatic change will alter the balance between water sources (rainfall, ice-melt, ...