Publications
This database contains publications, meeting products and outreach material emerging from PAGES activities. It is a requirement that all products listed here acknowledge PAGES, a PAGES working group or a meeting supported by PAGES.
If you have any questions or a product to add, please contact us.
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Year
Working group
Title
Journal
Year
Image
Working Group
Journal articles
Earth System Science Data
2023
![](/sites/default/files/styles/publications_mini/public/2023-01/img-fig-LC6k-Li-Jan-23.png?itok=V2wtebn2)
Journal articles
Earth System Science Data
2023
![](/sites/default/files/styles/publications_mini/public/2023-01/Screenshot%202023-01-04%20at%2009.48.27.png?itok=4NFjjIzB)
Meeting Products
Eos, Transactions American Geophysical Union
2010
Quaternary International
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
Journal articles
Quaternary Science Reviews
2022
![](/sites/default/files/styles/publications_mini/public/2022-08/img-fig-Pan-PALSEA-August-2022.png?itok=xx-fCIN0)
Global and Planetary Change
2022
![](/sites/default/files/styles/publications_mini/public/2022-08/img-fig-Khan-PALSEA-July-2022.png?itok=3oOGPvtg)
Journal articles
European Journal of Agronomy
2022
![](/sites/default/files/styles/publications_mini/public/2022-08/Pinke-LC6k-July_2022.png?itok=IKDD2M59)
Journal articles
Nature Scientific Reports
2022
![](/sites/default/files/styles/publications_mini/public/2022-07/img-fig-PALSEA-Yokoyama-Jul-2022.png?itok=YV3fL9BT)
Journal articles
Scientific Reports
2022
![](/sites/default/files/styles/publications_mini/public/2022-08/img-fig-Pinke-LC6k_May-2022.png?itok=Z1BYI4Xt)
Journal articles
Quaternary International
2022
![Wan et al. 2022: Fig. 1](/sites/default/files/styles/publications_mini/public/2022-04/img-fig-LC6k-Wan-Apr-22.png?itok=T5ObfOje)
Journal articles
Global and Planetary Change
2022
![Fig. 1 Dalton et al. May 2022](/sites/default/files/styles/publications_mini/public/2022-05/img-fig-PALSEA-Dalton-May-2022.png?itok=d2cD4SML)
CATENA
2022
![FIG. 1](/sites/default/files/styles/publications_mini/public/2022-04/img-fig-lc6k-Sun-Apr-2022.png?itok=6otRJgBW)
Journal articles
Earth System Science Data
2022
![Githumbi 2022](/sites/default/files/styles/publications_mini/public/2022-04/essd-14-1581-2022-avatar-web.png?itok=Ypo8bNQE)
Earth System Science Data
2022
![](/sites/default/files/styles/publications_mini/public/2022-04/img-fig-PALSEA-Dalton-Apr-2022.png?itok=naugj9J9)
Land-cover and land-use change through the Holocene: Wrapping up the PAGES LandCover6k working group
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
Journal articles
Journal of Quaternary Science
2022
![Location of the tidal marsh at Mokomoko Inlet. In panels a and b, tide-gauge station abbreviations are as follows: PWB: Puysegur Welcome Bay, DUN: Dunedin, BLF: Bluff. Panel b shows locations of Mokomoko Inlet (this study), Waikawa Harbour (Figueira, 2012; Figueira and Hayward, 2014), and Pounawea (Southall et al., 2006; Gehrels et al., 2008). Aerial photo of Mokomoko Inlet in panel c is from Bing Maps (https://www.bing.com/maps, image copyright DigitalGlobe, 2020). Panels d and e show the topography and ve](/sites/default/files/styles/publications_mini/public/2022-03/img-fig-PALSEA-Garrett-Mar-2022.png?itok=aq8jeTDC)
Journal articles
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](/sites/default/files/styles/publications_mini/public/2022-02/img-fig-githumbi-landcover6k-feb-2022.png?itok=2FTGhjJS)
Journal articles
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.](/sites/default/files/styles/publications_mini/public/2022-02/img-fig-landcover6k-strandberg-etal-apr-2022.png?itok=yE9_g2Lu)
Journal articles
Nature Communications
2022
![Fig. 2: Spatial variability in the time of emergence of modern rates of relative sea level.](/sites/default/files/styles/publications_mini/public/2022-02/img-fog-palsea-walker-feb-22.png?itok=uTdLPWoA)
Journal articles
Frontiers in Ecology and the Environment
2022
![](/sites/default/files/styles/publications_mini/public/2022-03/img-fig-LC6k-Mariani-Feb-2022.png?itok=DG1PbLQL)
Journal articles
Frontiers in Ecology and the Environment
2022
![Img 1: Disruption of cultural burning promotes shrub encroachment and unprecedented wildfires](/sites/default/files/styles/publications_mini/public/2022-05/img-fig-LC6k-Mariani-Feb-22.png?itok=z3HJOeVM)