The main goal of this thesis is to investigate the effects of consequences of global change on fluvial biofilms. To achieve this objective a multi-marker approach has been used at different experimental scales. Our results revealed that the consequences of eutrophication and riparian simplification caused changes in biofilm spatial organization, microbial structure and functioning. This thesis evidenced that pharmaceuticals and antibiotics detected in Llobregat River waters may cause responses at the base of river food web with still unknown consequences for freshwater ecosystems. Furthermore, we demonstrated that the bactericide Triclosan reduces the capacity of biofilm to remove phosphorus from water column. Our results also evidenced tha...
Streams experiencing a recurrent non-flow phase (i.e., flow intermittency) are characteristic of wor...
International audienceIn the natural environment, microbial community structure of river biofilm is ...
Triclosan (TCS, 5-chloro-2-(2,4-dichlorophenoxy) phenol) is a broad-spectrum antimicrobial compound....
Human exploitation of river ecosystems, together with the increasing pressure that represents clima...
L'activitat humana representa una de les majors causes d'entrada d'una gran varietat de substàncies ...
Human exploitation of river ecosystems, together with the increasing pressure that represents clima...
L'activitat humana representa una de les majors causes d'entrada d'una gran varietat de substàncies ...
We investigated the effects of pharmaceuticals and pesticides detected in a Mediterranean river, on ...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
Humanity has always been closely linked to rivers, benefiting from their resources while producing i...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]BELCAInternational audienceHuman activity is responsible for th...
International audienceSession: Microbial roles in contaminant fate and bioremediationThe potential a...
International audienceSession: Microbial roles in contaminant fate and bioremediationThe potential a...
Streams experiencing a recurrent non-flow phase (i.e., flow intermittency) are characteristic of wor...
International audienceIn the natural environment, microbial community structure of river biofilm is ...
Triclosan (TCS, 5-chloro-2-(2,4-dichlorophenoxy) phenol) is a broad-spectrum antimicrobial compound....
Human exploitation of river ecosystems, together with the increasing pressure that represents clima...
L'activitat humana representa una de les majors causes d'entrada d'una gran varietat de substàncies ...
Human exploitation of river ecosystems, together with the increasing pressure that represents clima...
L'activitat humana representa una de les majors causes d'entrada d'una gran varietat de substàncies ...
We investigated the effects of pharmaceuticals and pesticides detected in a Mediterranean river, on ...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
The objective of this thesis was to study how sediment microbial communities in Mediterranean rivers...
Humanity has always been closely linked to rivers, benefiting from their resources while producing i...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]BELCAInternational audienceHuman activity is responsible for th...
International audienceSession: Microbial roles in contaminant fate and bioremediationThe potential a...
International audienceSession: Microbial roles in contaminant fate and bioremediationThe potential a...
Streams experiencing a recurrent non-flow phase (i.e., flow intermittency) are characteristic of wor...
International audienceIn the natural environment, microbial community structure of river biofilm is ...
Triclosan (TCS, 5-chloro-2-(2,4-dichlorophenoxy) phenol) is a broad-spectrum antimicrobial compound....