Impact areas
Time Periods
Climate representations
Maps
Multiple selections
Hydrological variables
Impact variables for natural ecosystems
Growing Degree Days
Energy indices
Climate variables
Lake variables
MyLake model
Agricultural variables
Climate models
WSFS Hydrological model
Palsa model

Climate variables are shown as change in value for three future time periods

1. 2010 - 2039
2. 2040 - 2069
3. 2070 - 2099

• with emission scenarios
  
• • A1FI and
    
  • B1 and four climate models:

• CSIRO-Mk2,
• HadCM3,
• ECH4OPYC and
• NCAR

The following climate variables are given:

• Mean annual P (mm) - period mean of annual total diurnal P values
• Mean annual T (^oC) - period mean of annual mean diurnal T values?
• Mean autumn P (mm) - period mean of autumn (Sep, Oct, Nov) total diurnal P values
• Mean autumn T (^oC) - period mean of autumn (Sep, Oct, Nov) mean diurnal T values
  
• Mean spring P (mm) - period mean of spring (Mar, Apr, May ) total diurnal P values
• Mean spring T (^oC) - period mean of spring (Mar, Apr, May ) mean diurnal T values
  
• Mean summer P (mm) - period mean of summer (Jun, Jul, Aug ) total diurnal P values
• Mean summer T (^oC) - period mean of summer (Jun, Jul, Aug) mean diurnal T values
  
• Mean winter P (mm) - period mean of winter (Dec, Jan, Feb) total diurnal P values
• Mean winter T (^oC) - period mean of winter (Dec, Jan, Feb) mean diurnal T values

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