Flexible foliar stoichiometry with CTSM5.1
This data explores the importance of flexible foliar stoichiometry in mediating terrestrial carbon cycle and hydrologic responses to climate change using CTSM5.1. We find a strong reduction in terrestrial productivity and the land C sink over the 21st century when we allow foliar stoichiometry to increase with rising concentrations of CO2 in the atmosphere.
4 Files, 5.89 GB Total Size
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- Temporal Range
- 1850-01 to 2100-12
- Temporal Resolution
- 1.0 month
- Spatial Resolution
- 2.5 degreesLongitude
1.875 degreesLatitude
2.0 degreesNominal
- Related Links
- N/A
- GCMD Science Keywords
- GCMD Platform Types
- File Media Types
UCAR/NCAR - Climate and Global Dynamics Laboratory
wwieder@ucar.edu
UCAR/NCAR - GDEX
gdex@ucar.edu
- Credit
- Data created in collaboration with the University of Montana as part of an NSF funded Research Coordination Netwrok (INCyTE; DEB-1754126).
- Legal Constraints
- Creative Commons Attribution 4.0 International License.
- Access Constraints
- None
- Full Metadata DIF XML
ISO19139 XML
OAI DC
JSON-LD
- Version History
- 1.0
- Latitude Range
- 90.0° N to 90.0° S
- Longitude Range
- 180.0° W to 180.0° E
- Authors
- Hauser, Emma
Wieder, William R.
Cleveland, Cory
Levis, Sam
- Suggested Citation
- Downloads
- 1
- Download Volume
- 1.01 GB Total