Increased water-use efficiency and reduced CO₂ uptake by plants during droughts at a continental-scale

@misc{https://doi.org/10.18160/0zzk-fnk1,
  doi = {10.18160/0ZZK-FNK1},
  url = {https://meta.icos-cp.eu/objects/dxTFsuvG9sI3M0nGCgYNg22X},
  author = {Peters, Wouter},
  keywords = {carbon cycle, stable isotopes, published data, Nature Geoscience, biosphere, water-use efficiency, discrimination, drought response, vegetation, land-surface modeling, climate modeling},
  title = {Increased water-use efficiency and reduced CO₂ uptake by plants during droughts at a continental-scale},
  publisher = {Wageningen University, The Netherlands},
  year = {2018},
  copyright = {CC0}
}

TY  - DATA
T1  - Increased water-use efficiency and reduced CO₂ uptake by plants during droughts at a continental-scale
AU  - Peters, Wouter
DO  - 10.18160/0ZZK-FNK1
UR  - https://meta.icos-cp.eu/objects/dxTFsuvG9sI3M0nGCgYNg22X
AB  - This zip file contains 7 individual CSV files with annual mean numbers for Net Ecosystem Exchange (units of PgC/yr), and discrimination for δ¹³C of vegetation (units of ‰). These numbers are averaged over all Northern Hemisphere land grid boxes of each model. The values available correspond to those used in the 2018 Nature Geoscience publication by Peters et al.. Full description of the methodology used to create these numbers is available from the publication and its Supplement.
KW  - carbon cycle
KW  - stable isotopes
KW  - published data
KW  - Nature Geoscience
KW  - biosphere
KW  - water-use efficiency
KW  - discrimination
KW  - drought response
KW  - vegetation
KW  - land-surface modeling
KW  - climate modeling
PY  - 2018
PB  - Wageningen University, The Netherlands
ER  -