#flowintermittence search results

✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.
ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

#SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

tdatry's tweet image. #SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

#SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

tdatry's tweet image. #SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.
ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

No results for "#flowintermittence"

#SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

tdatry's tweet image. #SEFS13: @Amaia_AR tests whether #FlowIntermittence alters #StreamMetabolism in six #DryingRiverNetworks spread across Europe. Strong context-dependence, strong seasonal effect: overall, lower C processing in intermittent reaches. @DRYvER_H2020

✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.
ncidpuey's tweet image. ✅We use intermittent rivers as example to develop a conceptual model showing how the performance of biological indices can be limited by #FlowIntermittence +#SpatialConnectivity+species’ #Dispersal #Resistance traits.

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