Global daily CH4 emissions from inundated soil for 2023 based on LPJ-GUESS (generated in 2024)

@misc{https://hdl.handle.net/11676/dmq2H-8pVfyv54v3zf9y6eNP,
  author={Wu, Zhendong},
  title={Global daily CH4 emissions from inundated soil for 2023 based on LPJ-GUESS (generated in 2024), 2023-01-01–2023-12-31},
  year={2024},
  note={The data is a subset of a global daily dataset of CH₄ emissions from inundated soil for 1981–2023, simulated using the LPJ-GUESS dynamic global vegetation model at 0.5° spatial resolution. The dataset was generated by driving LPJ-GUESS (version 4.1, revision 12177) with time-series inputs, including ERA5 climate forcing, atmospheric CO₂ concentrations, nitrogen deposition, and land-use data.},
  keywords={carbon cycle, methane, ecosystem model, LPJ-GUESS, land biogeochemistry, land surface, terrestrial ecosystem, biosphere modeling, carbon flux},
  url={https://hdl.handle.net/11676/dmq2H-8pVfyv54v3zf9y6eNP},
  publisher={Carbon Portal},
  copyright={http://meta.icos-cp.eu/ontologies/cpmeta/icosLicence},
  pid={11676/dmq2H-8pVfyv54v3zf9y6eNP}
}

TY - DATA
T1 - Global daily CH4 emissions from inundated soil for 2023 based on LPJ-GUESS (generated in 2024), 2023-01-01–2023-12-31
ID - 11676/dmq2H-8pVfyv54v3zf9y6eNP
PY - 2024
AB - The data is a subset of a global daily dataset of CH₄ emissions from inundated soil for 1981–2023, simulated using the LPJ-GUESS dynamic global vegetation model at 0.5° spatial resolution. The dataset was generated by driving LPJ-GUESS (version 4.1, revision 12177) with time-series inputs, including ERA5 climate forcing, atmospheric CO₂ concentrations, nitrogen deposition, and land-use data.
UR - https://hdl.handle.net/11676/dmq2H-8pVfyv54v3zf9y6eNP
PB - Carbon Portal
AU - Wu, Zhendong
KW - carbon cycle
KW - methane
KW - ecosystem model
KW - LPJ-GUESS
KW - land biogeochemistry
KW - land surface
KW - terrestrial ecosystem
KW - biosphere modeling
KW - carbon flux
ER -