Published June 22, 2022
| Version v1
Dataset
Open
Warming response of peatland CO2 sink is sensitive to seasonality in warming trends
Authors/Creators
-
Helbig, Manuel1
- Živković, Tatjana1
- Alekseychik, Pavel2
- Aurela, Mika3
- El-Madany, Tarek4
- Euskirchen, Eugenie5
- Flanagan, Larry6
- Griffis, Timothy7
- Hattaka, Juha3
- Helfter, Carole8
- Hirano, Takashi9
- Humphreys, Elyn10
- Kiely, Ger11
- Kolka, Randall12
- Laurila, Tuomas3
- Leahy, Paul11
- Lohila, Annalea3
- Mammarella, Ivan13
- Nilsson, Mats B.14
- Panov, Alexey15
- Parmentier, Frans-Jan16
- Peichl, Matthias14
- Rinne, Janne17
- Roman, Daniel12
- Sonnentag, Oliver18
- Tuittila, Eeva-Stiina19
- Ueyama, Masahito20
- Vesala, Timo13
- Vestin, Patrik17
- Weldon, Simon21
- Weslien, Per22
- Zaehle, Soenke4
- 1. Dalhousie University
- 2. Natural Resources Institute Finland
- 3. Finnish Institute of Meteorology
- 4. Max Planck Institute of Biogeochemistry
- 5. University of Alaska Fairbanks
- 6. University of Lethbridge
- 7. University of Minnesota
- 8. UK Centre for Ecology & Hydrology
- 9. Hokkaido University
- 10. Carleton University
- 11. University College Cork
- 12. U.S.D.A. Forest Service
- 13. University of Helsinki
- 14. Swedish University of Agricultural Sciences
- 15. V.N. Sukachev Institute of Forest SB RAS
- 16. University of Oslo
- 17. Lund University
- 18. Universite de Montreal
- 19. University of Eastern Finland
- 20. Osaka Metropolitan University
- 21. Norwegian Institute of Bioeconomy Research
- 22. University of Gothenburg
Description
Monthly peatland net ecosystem CO2 exchange derived with the eddy covariance technique and ancillary measurements.