The climate of the Burrishoole catchment is projected to change significantly over the present century. Previous research of the catchment identified a scientific gap in knowledge in terms of understanding the implications of present and projected future changes in stream flow, water temperature, pH levels and DO concentrations on fish productivity in the catchment. To address this, a multidisciplinary team of scientists undertook an analysis of both present and likely future climate impacts on the catchment with a view to furthering the understanding of the inter-linkages between climate, climate change, and the freshwater ecosystem. The research findings outlined in the report provide climate change information at the catchment scale to ...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...
Climate has always varied. However, the prospect of continuing global and regional climate change be...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...
Lead Partner: Department of Geography, National University of Ireland Maynooth Project Partners: Sc...
The climate of the Burrishoole catchment is projected to change significantly over the present centu...
Sea Change—A Marine Knowledge, Research & Innovation Strategy for Ireland 2007-2013—was launched in ...
This report demonstrates that the projected changes in the climate conditions of the Burrishoole cat...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
The study presented herein was conducted by members of MaREI, in order to support Fingal County Coun...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...
Climate has always varied. However, the prospect of continuing global and regional climate change be...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...
Lead Partner: Department of Geography, National University of Ireland Maynooth Project Partners: Sc...
The climate of the Burrishoole catchment is projected to change significantly over the present centu...
Sea Change—A Marine Knowledge, Research & Innovation Strategy for Ireland 2007-2013—was launched in ...
This report demonstrates that the projected changes in the climate conditions of the Burrishoole cat...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Climate change is anticipated to impact the flow regime of riverine systems with resultant consequen...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
Anticipatory adaptation to climate change in the water resources sector is essential to reduce or av...
The study presented herein was conducted by members of MaREI, in order to support Fingal County Coun...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...
Climate has always varied. However, the prospect of continuing global and regional climate change be...
Climate change is likely to impact water quality, resource availability and riverine ecosystems. Whi...