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Publications

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Author
Journal
Year
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Li F, Gaillard M-J, Cao X, Herzschuh U, Sugita S, Ni J, Zhao Y, An C…
Earth System Science Data
2023
White S, Pei Q, Kleemann K, Dolák L, Huhtamaa H and Camenisch C
WIREs Climate Change
2022
Editor(s): Xu Q, Gaillard M-J, Zheng Z, Fang X and Kaplan J O
Quaternary International
2022
Camenisch C, Jaume-Santero F, White S, Pei Q, Hand R, Rohr C and…
Climate of the Past
2022
Mitsui T, Tzedakis PC and Wolff EW
Climate of the Past
2022
Pinke Z, Decsi B, Kardos MK, Kern Z, Kozma Z, Pásztor L and Ács T
European Journal of Agronomy
2022
Pinke Z, Decsi B, Jámbor A, Kardos MK, Kern Z, Kozma Z and Ács T
Scientific Reports
2022
Wan Q, Huang K, Zhang X, Yue Y, Peng H, Yang X and Zheng Z
Quaternary International
2022
Wan et al. 2022: Fig. 1
White S, Moreno-Chamarro E, Zanchettin D, Huhtamaa H, Degroot D,…
Climate of the Past
2022
Figure7_spatial patterns 1601-1602 anomaly in summer
Githumbi E, Fyfe R, Gaillard M-J, Trondman A-K, Mazier F, Nielsen A-B…
Earth System Science Data
2022
Githumbi 2022
Tzedakis PC, Hodell DA, Nehrbass-Ahles C, Mitsui T and Wolff EW
Quaternary Science Reviews
2022
Tzedakis_QUIGS_May_2022_Fig.1
Hill AC, Whitehouse N, Madella M, Morrison KD and Gaillard M-J
Past Global Changes Magazine
2022
de Freitas KM, Winter GA, Kennedy TA, Johnny A and Mistry J
Past Global Changes Magazine
2022
Copes-Gerbitz K, Spearing W and Daniels LD
Past Global Changes Magazine
2022
Lestienne M, Hély C, Jouffroy-Bapicot I, Curt T and Vannière B
Past Global Changes Magazine
2022
Hawthorne D, Colombaroli D and Mitchell FJG
Past Global Changes Magazine
2022
Coughlan MR, Gragson TL and Leigh DS
Past Global Changes Magazine
2022
Johnson LB, Larson ER, Gill KG and Savage J
Past Global Changes Magazine
2022
Mariani M, Connor S, Fletcher M-S, Romano A and Maezumi SY
Past Global Changes Magazine
2022
Colombaroli D and Larson E
Past Global Changes Magazine
2022
Githumbi E, Pirzamanbein B, Lindström J, Poska A, Fyfe R, Mazier F,…
Frontiers in Ecology and Evolution
2022
Figure 3. Validation datasets of major land-cover types (LCTs: B, broad-leaved forest; C, coniferous forest; O, open land), area of confidence region (CR) and compositional distance (CD) estimates. (A) CR (100 BP–present): area of confidence regions for 100 BP–present time-window (smaller values are better, see Figure 2 for examples of CRs); (B) 100 BP–present: reconstructed proportions of LCTs in Europe for the most recent time window; (C) EFI-FM: observed modern LCT proportions according to the European f
Strandberg G, Lindstrom J, Poska A, Zhang Q, Fyfe R, Githumbi E,…
Quaternary Science Reviews
2022
Fig. 1. Description of the model chain for 6 ka. All RCM simulations read boundary conditions from EC-Earth. A first set of simulations are made with current land cover (0), these climate scenarios are used in LPJ-GUESS to provide the 6 ka potential natural land cover (L1, L2) subsequently used in the RCMs. A Bayesian spatial model is used to reconstruct 6 ka land cover (R) that is also used in the RCMs.