PAGES/WDS-Paleo agreement

Details

Published: Thursday, 23 May 2019 09:45

PAGES is pleased to have recently signed a scientific agreement with NOAA National Centers for Environmental Information - Center for Weather and Climate, World Data Service for Paleoclimatology (WDS-Paleo).

The interrelated nature of PAGES and WDS-Paleo dates back to our beginnings in 1993, and earlier this month a formal agreement was reached.

PAGES' Executive Director Dr. Marie-France Loutre is excited by the formalization of this long-standing relationship.

"Most importantly it re-establishes a direct link and opens the doors to strengthen and reinforce connections and collaborations between PAGES and NOAA WDS-Paleo regarding data access, availability, and sharing," Dr Loutre said.

"Identification of the essential metadata to be collected during the data archiving procedure is a high priority. I am convinced that both PAGES and WDS-Paleo will benefit from this new agreement."

Read more ...

Chilean socio-cultural complexity

Details

Published: Wednesday, 22 May 2019 08:44

A paper published yesterday by PAGES' PEOPLE 3000 working group integrates archeological and paleoenvironmental records to test the hypothesis that Chilean societies progressively escalated their capacity to shape national biophysical systems, as socio-cultural complexity and pressures on natural resources increased over the last three millennia.

Authors Eugenia M. Gayo et al. demonstrate that Pre-Columbian societies intentionally transformed Chile’s northern and central regions by continuously adjusting socio-cultural practices and/or incorporating technologies that guaranteed resource access and social wealth. This research provides crucial "baselines" to delineate safe operating spaces for future socio-ecological systems.

Access the Elementa Science of the Anthropocene paper "Geohistorical records of the Anthropocene in Chile" here.

Find out more about PEOPLE 3000 and join their mailing list here.

Read the latest e-news

Details

Published: Wednesday, 15 May 2019 15:37

Read about the latest PAGES' news, meetings and opportunities from around the world in this month's e-news.

Highlights include the new Past Global Changes Magazine, the new PAGES/WDS-Paleo scientific agreement, PAGES working group news and meeting announcements, ECN updates, IPCC updates and other relevant opportunities.
 

Latest PAGES Magazine

Details

Published: Monday, 13 May 2019 15:15

Past Global Changes Magazine vol. 27 (1)

The latest issue of Past Global Changes Magazine, titled "Paleo Constraints on Sea-Level Rise" is now available to read and download.

Guest edited by Natasha Barlow, Glenn Milne and Jeremy Shakun, this issue highlights scientific advances made over the last decade of PAGES' PALSEA working group, as well as identifies new challenges for the sea-level, ice-sheet, and broader paleo communities.

The included articles summarize our current understanding of sea-level and ice-sheet changes during past warm periods and the application of this knowledge to infer future sea-level hazard.

Read more ...

Read the latest e-news

Details

Published: Wednesday, 17 April 2019 16:37

Read about the latest PAGES' news, meetings and opportunities from around the world in this month's e-news.

Highlights include updates from the PAGES Scientific Steering Committee meeting held in March, new "quick links" for PAGES working groups, working group news and meeting announcements, recent products, ECN updates, the call for Earth Commission nominations, and various funding opportunities.
 

PALSEA QSR special issue

Details

Published: Wednesday, 10 April 2019 16:31

The PAGES PALeo constraints on SEA level rise (PALSEA) working group special issue of Quaternary Science Reviews is now complete.

The primary aim of this special issue is to use the information contained in the geological record to improve the accuracy of sea-level projections for the coming centuries to millennia.

The 12 papers focus on documenting and synthesizing data on rates, sources, and budgets of sea-level variability during Quaternary/Pliocene warm periods, including the transition into and out of such periods, and assess the ability of models to simulate these observations.

Read more ...