PAGES - Past Global Changes

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Welcome to PAGES!

The PAGES (Past Global Changes) project is an international effort to coordinate and promote past global change research. The primary objective is to improve our understanding of past changes in the Earth System in order to improve projections of future climate and environment, and inform strategies for sustainability. more...

PAGES is a core project of IGBP and is funded by the U.S. and Swiss National Science Foundations and NOAA.

Science Plan &
Implementation
Strategy

Newsletter
Vol.18 N°2
Fire in the Earth System

29.08.10
4th PAGES Open Science Meeting

PAGES invites applications for hosting the 4th PAGES Open Science Meeting (OSM) and the associated 2nd Young Scientists Meeting (YSM) in 2013... more

29.08.10
New PAGES-LOTRED-SA article on precipitation variability

The article "Multi-centennial summer and winter precipitation variability in southern South America" has been accepted for publication in Geophysical Research Letters... more

07.07.10
PAGES-LUCIFS article on human impacts on rivers

The group reviews recent progress on identifying fluvial system baselines and outlines its future research agenda... more

07.07.10
PAGES funded workshops in 2010

The PAGES Executive Committee approved 10 workshop proposals for PAGES support at its June 2010 EXCOM meeting in Japan... more

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PAGES, Past Global Changes, Past Climate, Climate Change, Abrupt events , Anthropocene , Last Millennium, Holocene , Pleistocene , Climatic cycles, Climatic Forcing, Tephra, Dating, 14C, time scale, Ice cores, Modeling, past climate, climate variability, past ecosystem processes, Speleothems, Geomorphology, Documentary Records, Loess, Archeology, Archives, PROXIES, Pollen, Foraminifera, Chironomids, Diatoms, Isotopes, LGM , Late Glacial, Full Glacial, Mid-Holocene, Climatic Change, Volcanic forcing, Bond cycles, Milankovich, Tree rings , Ocean sediments , Lake sediments , Ice cores, Glaciers, Corals , PAGES, IGBP, International Geosphere Biosphere Program, PANASH, PEP, IPICS, ITASE, LIMPACS, LUCIFS, PMIP1, PMIP2, REDIE, GRIP, HITE, HOLIVAR, ICDP, ICSU, IGOS, IMAGES, INQUA, Rapid Change, Southern Hemisphere, Northern Hemisphere, Global , Catastrophes, Ecosystem processes, Human impacts , Interhemispheric phasing, Mountains , ENSO , Monsoons , Chemical tracers , Hydrological balance, Carbon , Ecosystem , Insolation , Isotopes , Temperature , Temperature depression, Water cycle, ENSO, EPICA, EPILOG, SCAR, SCOPE, SCOR, START, TRACES, WDC, Soils , Models , Focus, ACE, AIMES, ANDRILL, ARTS, CAPE, CLiC, CLIVAR, DEKLIM, ESSP, GAIM, GCOS, GCTE, GPOS, IODP, IPCC, MARGO, MedCLIVAR, NAO, NOAA, NSF, SNF