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.
Advanced Search
Year
Working group
Title
Journal
Year
Image
Working Group
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
Environmental Research Communications
2022
![](/sites/default/files/styles/publications_mini/public/2024-05/screenshot_2024-05-22_at_10.55.33.png?itok=8jXbit-o)
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
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
PAGES Magazine articles
Past Global Changes Magazine
2022
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)