PanClim
A new multi-model dataset for systematic assessments of climate change impacts

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Climate data

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This category has more than 25 entries (618 in total). Limit the number of items displayed per page to: 10 25 50
Currently displaying entries 1-25
Description Download
1.5K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 1.5K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_1.5K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
2.0K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 2.0K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_2.0K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
2.5K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 2.5K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_2.5K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
3.0K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 3.0K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_3.0K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
3.5K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 3.5K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_3.5K_1901-2115_co2.dat
File type: ASCII text
File size: 2.62 KB
4.0K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 4.0K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_4.0K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
4.5K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 4.5K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_4.5K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
5.0K Atmospheric CO2 (1901-2115)
This dataset provides global annual average atmospheric CO2 concentration for the timeframe...
This dataset provides global annual average atmospheric CO2 concentration for the timeframe 1901-2115 for an emissions scenario leading to 5.0K of global warming around the year 2100. This file can be used with all climate models from the PanClim dataset.
Download:
panclim_all_5.0K_1901-2115_co2.dat
File type: ASCII text
File size: 2.61 KB
CCSM3 1.5K Cloud cover (2010-2115)
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the...
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_1.5K_2010-2115_cld.nc
File type: Hierarchical Data Format (version 5)
File size: 581 MB
CCSM3 1.5K Precipitation (2010-2115)
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate...
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_1.5K_2010-2115_pre.nc
File type: Hierarchical Data Format (version 5)
File size: 575 MB
CCSM3 1.5K Temperature (2010-2115)
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the...
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_1.5K_2010-2115_tmp.nc
File type: Hierarchical Data Format (version 5)
File size: 632 MB
CCSM3 1.5K Wet day frequency (2010-2115)
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the...
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_1.5K_2010-2115_wet.nc
File type: Hierarchical Data Format (version 5)
File size: 538 MB
CCSM3 2.0K Cloud cover (2010-2115)
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the...
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.0K_2010-2115_cld.nc
File type: Hierarchical Data Format (version 5)
File size: 581 MB
CCSM3 2.0K Precipitation (2010-2115)
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate...
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.0K_2010-2115_pre.nc
File type: Hierarchical Data Format (version 5)
File size: 575 MB
CCSM3 2.0K Temperature (2010-2115)
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the...
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.0K_2010-2115_tmp.nc
File type: Hierarchical Data Format (version 5)
File size: 632 MB
CCSM3 2.0K Wet day frequency (2010-2115)
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the...
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.0K_2010-2115_wet.nc
File type: Hierarchical Data Format (version 5)
File size: 538 MB
CCSM3 2.5K Cloud cover (2010-2115)
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the...
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.5K_2010-2115_cld.nc
File type: Hierarchical Data Format (version 5)
File size: 581 MB
CCSM3 2.5K Precipitation (2010-2115)
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate...
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.5K_2010-2115_pre.nc
File type: Hierarchical Data Format (version 5)
File size: 575 MB
CCSM3 2.5K Temperature (2010-2115)
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the...
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.5K_2010-2115_tmp.nc
File type: Hierarchical Data Format (version 5)
File size: 632 MB
CCSM3 2.5K Wet day frequency (2010-2115)
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the...
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_2.5K_2010-2115_wet.nc
File type: Hierarchical Data Format (version 5)
File size: 538 MB
CCSM3 3.0K Cloud cover (2010-2115)
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the...
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_3.0K_2010-2115_cld.nc
File type: Hierarchical Data Format (version 5)
File size: 581 MB
CCSM3 3.0K Precipitation (2010-2115)
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate...
This dataset provides fields of monthly precipitation for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_3.0K_2010-2115_pre.nc
File type: Hierarchical Data Format (version 5)
File size: 575 MB
CCSM3 3.0K Temperature (2010-2115)
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the...
This dataset provides fields of monthly mean air temperature for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_3.0K_2010-2115_tmp.nc
File type: Hierarchical Data Format (version 5)
File size: 632 MB
CCSM3 3.0K Wet day frequency (2010-2115)
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the...
This dataset provides fields of monthly number of rain days for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_3.0K_2010-2115_wet.nc
File type: Hierarchical Data Format (version 5)
File size: 538 MB
CCSM3 3.5K Cloud cover (2010-2115)
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the...
This dataset provides fields of monthly total cloud fraction for the timeframe 2010-2115 for the climate model CCSM3 and for an emissions scenario leading to 3.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees.
Download:
panclim_ncar_ccsm3_0_3.5K_2010-2115_cld.nc
File type: Hierarchical Data Format (version 5)
File size: 581 MB

Climate impacts data

Choose how to sort Climate impacts data:
Select Climate impacts data by climate model:
Select Climate impacts data by climate scenario:
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This category has more than 25 entries (152 in total). Limit the number of items displayed per page to: 10 25 50
Currently displaying entries 1-25
Description Download
CCSM3 1.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_1.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 232 KB
CCSM3 2.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_2.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 234 KB
CCSM3 2.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_2.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 236 KB
CCSM3 3.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_3.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CCSM3 3.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 3.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_3.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CCSM3 4.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 4.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_4.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CCSM3 4.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 4.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_4.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CCSM3 5.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CCSM3 and for an emissions scenario leading to 5.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_ncar_ccsm3_0_5.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CGCM3.1(T47) 1.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_1.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 232 KB
CGCM3.1(T47) 2.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_2.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 234 KB
CGCM3.1(T47) 2.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_2.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 236 KB
CGCM3.1(T47) 3.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_3.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CGCM3.1(T47) 3.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 3.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_3.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CGCM3.1(T47) 4.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 4.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_4.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CGCM3.1(T47) 4.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 4.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_4.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CGCM3.1(T47) 5.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CGCM3.1(T47) and for an emissions scenario leading to 5.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cccma_cgcm3_1_5.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CNRM-CM3 1.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_1.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 231 KB
CNRM-CM3 2.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 2.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_2.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 234 KB
CNRM-CM3 2.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 2.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_2.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 236 KB
CNRM-CM3 3.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 3.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_3.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CNRM-CM3 3.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 3.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_3.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CNRM-CM3 4.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 4.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_4.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CNRM-CM3 4.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 4.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_4.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 238 KB
CNRM-CM3 5.0K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CNRM-CM3 and for an emissions scenario leading to 5.0K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_cnrm_cm3_5.0K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 237 KB
CSIRO-Mk3.0 1.5K Gamma metric (2100)
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma...
This dataset provides fields of an indicator of ecosystem shifts in natural vegetation (Gamma metric) around the year 2100 for the climate model CSIRO-Mk3.0 and for an emissions scenario leading to 1.5K of global warming around the year 2100. The spatial resolution is 0.5 by 0.5 degrees. The Gamma metric measures the difference between the ecosystem state in 2100 and the present-day state in terms of biogeochemistry and vegetation structure. More details available in Ostberg et al., 2013.
Download:
panclim_csiro_mk3_0_1.5K_2100_gamma.nc
File type: Hierarchical Data Format (version 5)
File size: 231 KB

Miscellaneous data

Description Download
Code for paper Ostberg et al. 2013
Scripts, source code and executables used to produce the results for one of the applications of the...
Scripts, source code and executables used to produce the results for one of the applications of the PanClim dataset: "Critical impacts of global warming on land ecosystems" by S. Ostberg, W. Lucht, S. Schaphoff, and D. Gerten. The full paper can be accessed at the Earth System Dynamics website.
Download:
Ostberg_et_al2013_ESD_code.zip
File type: Zip archive
File size: 217 KB
Data produced at:

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Potsdam Institute for Climate Impact Research

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