We investigated the effects of an experimental flood regime on periphyton and stream metabolism downstream of a large reservoir. Three floods took place in summer of 2000 and 2001 and two floods in summer of 2002. Residual flow in the River Spöl was <2.5 m3s-1. The experimental floods lasted 9 to 11 hours with peak flows ranging from 12 to 55 m3s-1. Periphyton was collected in the River Spöl (impact site) and in a reference stream in 1999 (pre-flood) and before and after each flood from 2000 to 2002. We measured ecosystem metabolism with the single station diel oxygen method a few days before and after floods in the River Spöl. Floods temporarily reduced periphyton biomass, but the disturbance impact and recovery patterns were not uniform a...
Hydropeaking is well known for its direct, physical impact on river systems through the effect of s...
Reservoir siltation is a major problem worldwide, decreasing reservoir storage capacity, trapping en...
Over the last decades, the ongoing global climate change, combined with consequent increasing water ...
The natural flow regime of many rivers on the globe has been altered by regulation, strongly influen...
We examined the longitudinal effects of 3 experimental floods on seston, periphyton, and macroinvert...
The natural flow regime of many rivers on the globe has been altered by regulation, strongly influen...
Rivers regulated by dams display several ecosystem alterations due to modified flow and sediment reg...
Despite the numerous benefits of hydropower production, this renewable energy source can have seriou...
International audienceReservoirs such as dams modify the transport, the retention and the remobiliza...
The physico-chemical habitat template of glacial streams in the Alps is characterized by distinct an...
International audienceA flood event which occurred during the onset of thermal stratification and of...
Between 2000 to 2002, 11 experimental floods were released from 2 reservoirs separating different re...
[1] Storm-driven flow pulses in rivers destroy and restructure sediment habitats that affect stream ...
This is the peer reviewed version which has been published in final form at https://doi.org/10.1002/...
Climate change asks for the reduction in the consumption of fossil-based fuels and an increased shar...
Hydropeaking is well known for its direct, physical impact on river systems through the effect of s...
Reservoir siltation is a major problem worldwide, decreasing reservoir storage capacity, trapping en...
Over the last decades, the ongoing global climate change, combined with consequent increasing water ...
The natural flow regime of many rivers on the globe has been altered by regulation, strongly influen...
We examined the longitudinal effects of 3 experimental floods on seston, periphyton, and macroinvert...
The natural flow regime of many rivers on the globe has been altered by regulation, strongly influen...
Rivers regulated by dams display several ecosystem alterations due to modified flow and sediment reg...
Despite the numerous benefits of hydropower production, this renewable energy source can have seriou...
International audienceReservoirs such as dams modify the transport, the retention and the remobiliza...
The physico-chemical habitat template of glacial streams in the Alps is characterized by distinct an...
International audienceA flood event which occurred during the onset of thermal stratification and of...
Between 2000 to 2002, 11 experimental floods were released from 2 reservoirs separating different re...
[1] Storm-driven flow pulses in rivers destroy and restructure sediment habitats that affect stream ...
This is the peer reviewed version which has been published in final form at https://doi.org/10.1002/...
Climate change asks for the reduction in the consumption of fossil-based fuels and an increased shar...
Hydropeaking is well known for its direct, physical impact on river systems through the effect of s...
Reservoir siltation is a major problem worldwide, decreasing reservoir storage capacity, trapping en...
Over the last decades, the ongoing global climate change, combined with consequent increasing water ...