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Population Prespa Florina 2001-2021 GR
Population data for Florina Regional Unit, Prespa Municipality, Prespa Watershed from Census 2001, 2011, 2021. Sources: ELSTAT (statistics.gr), River Basin Management Plans... -
Extreme Water Levels Ballum Sluse
Extreme Water Levels Ballum Sluse in the Danish Wadden Sea Region -
Return Water Levels for the Danish Wadden Sea
Return Water Levels for the Danish Wadden Sea (cm DVR90) -
Water Consumption Prespa Watershed GR
Water Consumption in Greek Part of Prespa Watershed -
3-hourly simulated wind speed data for 4 Main River gauges (1981-2099, 5 memb...
4 gauges form Northern Bavaria 20402 - Huettendorf (Regnitz) 20003 - Kleinheubach (Main) 20005 - Wuerzburg (Main) 20007 - Kemmern (Main) wind speed data: processed climate model... -
3-hourly simulated precipitation data for 4 Main River gauges (1981-2099, 5 m...
4 gauges form Northern Bavaria 20402 - Huettendorf (Regnitz) 20003 - Kleinheubach (Main) 20005 - Wuerzburg (Main) 20007 - Kemmern (Main) precipitation data: processed climate... -
3-hourly simulated discharge data for 4 Main River gauges (1981-2099, 5 members)
4 gauges form Northern Bavaria 20402 - Huettendorf (Regnitz) 20003 - Kleinheubach (Main) 20005 - Wuerzburg (Main) 20007 - Kemmern (Main) The simulation was performed with the... -
3-hourly simulated air temperature data for 4 Main River gauges (1981-2099, 5...
4 gauges form Northern Bavaria 20402 - Huettendorf (Regnitz) 20003 - Kleinheubach (Main) 20005 - Wuerzburg (Main) 20007 - Kemmern (Main) temperature data: processed climate... -
3-hourly simulated pot. evapotranspiration data for 4 Main River gauges (1981...
4 gauges form Northern Bavaria 20402 - Huettendorf (Regnitz) 20003 - Kleinheubach (Main) 20005 - Wuerzburg (Main) 20007 - Kemmern (Main) Potential evapotranspiration is an... -
flood data for last 6 hours in 1/10000 return period event for Torquay
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for first 6 hours in 1/10000 return period event for Torquay
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for last 6 hours in 1/1000 return period event for Torquay
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for first 6 hours in 1/1000 return period event for Torquay
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for last 6 hours in 1/10000 return period event for Paignton
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for first 6 hours in 1/10000 return period event for Paignton
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for last 6 hours in 1/1000 return period event for Paignton
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for first 6 hours in 1/1000 return period event for Paignton
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for last 6 hours in 1/10000 return period event for Brixham
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for first 6 hours in 1/10000 return period event for Brixham
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid -
flood data for last 6 hours in 1/1000 return period event for Brixham
Text files in .asc format with depth of flooding every 30 min for each 2m by 2m square in the grid
