6533b7d7fe1ef96bd1267a03

RESEARCH PRODUCT

A Review of 2000 Years of Paleoclimatic Evidence in the Mediterranean

Gerardo BenitoRob AllanChristos ZerefosBoris VannièreWilly TinnerDirk RiemannDavid FrankThorsten KieferNamik CagatayDaniele ColombaroliMaria-carmen Alvarez-castroJürg LuterbacherJonathan BoothDominik FleitmannPedro RiberaHeinz WannerJohannes P. WernerSteffen VogtMark G. MacklinSena Akçer-önSergio SilenziThomas FelisHugues GoosseFidel González-roucoMarie-alexandrine SicreP.chronis TzedakisGail WillettElena García-bustamanteNeil RobertsMitchell J. PowerElena XoplakiSturt W. ManningGerard Van Der SchrierMegan H. WilliamsJan EsperEduardo ZoritaUlf BüntgenVolker RathDavid GallegoBasil A. S. DavisRuediger GlaserRicardo García-herreraLouise NewmanBlas L. Valero-garcésPaolo Montagna

subject

Mediterranean climateGeographyNatural rangeLand useClimatology550 Earth sciences & geologyPaleoclimatologyClimate sensitivityClimate model910 Geography & travelPhysical geographyTemporal scalesProxy (climate)

description

[EN] The integration of climate information from instrumental data and documentary and natural archives; evidence of past human activity derived from historical, paleoecological, and archaeological records; and new climate modeling techniques promises major breakthroughs for our understanding of climate sensitivity, ecological processes, environmental response, and human impact. In this chapter, we review the availability and potential of instrumental data, less well-known written records, and terrestrial and marine natural proxy archives for climate in the Mediterranean region over the last 2000 years. We highlight the need to integrate these different proxy archives and the importance for multiproxy studies of disentangling complex relationships among climate, sea-level changes, fire, vegetation, and forests, as well as land use and other human impacts. Focusing on dating uncertainties, we address seasonality effects and other uncertainties in the different proxy records. We describe known and anticipated challenges posed by integrating multiple diverse proxies in high-resolution climate-variation reconstructions, including proxy limitations to robust reconstruction of the natural range of climate variability and problems specific to temporal scales from interannual to multicentennial. Finally, we highlight the potential of paleo models to contribute to climate reconstructions in the Mediterranean, by narrowing the range of climate-sensitivity estimates and by assimilating multiple proxies.

https://doi.org/10.1016/b978-0-12-416042-2.00002-1