24 (1): Tipping Points
This issue of Past Global Changes Magazine: Tipping Points highlights how abrupt shifts can lead to irreversible changes in environmental and human systems, with important implications for reducing the uncertainty of future projections.
Access individual html and pdf articles further below.
The full magazine is available in the following formats:
> High resolution pdf (40.6 MB)
> Low resolution pdf (6.3 MB)
> Access an interactive PDF via the online publication platform Issuu
Extras:
> All figures (pptx)
Note: These figures can be used freely provided they are properly cited and the authors also agree. Original source data used in the figure should also be mentioned in the caption.
Individual Articles
> Front Cover > Contents> News
Editorial
> Tipping points: Lessons from the Past for the Future [p.3]
C.S.M. Turney, C.J. Fogwill, T.M. Lenton and R.T Jones
Science Highlights
> Tipping points in the past: the role of stochastic noise [p.4-5]
Z.A. Thomas and R.T. Jones
> Tipping ice ages [p.6-7]
M. Crucifix
> The East Antarctic ice sheet as a source of sea-level rise: A major tipping element in the climate system? [p.8-9]
C.J. Fogwill, N.R. Golledge, H. Millman and C.S.M. Turney
> Did synchronized ocean warming in the north pacific and north Atlantic trigger a deglacial tipping point in the northern Hemisphere? [p.10-11]
S.K. Praetorius and A.C. Mix
> Ice cores: High-resolution archive of rapid climate changes [p.12-13]
S. Schüpbach, H. Fischer, S.O. Rasmussen, A. Svensson, D. Dahl-Jensen, J.P. Steffensen and J.W.C. White
> A paleo-perspective on the AMOC as a tipping element [p.14-15]
S. Barker and G. Knorr
> Identifying and anticipating tipping points in lake ecosystems [p.16-17]
P.G. Langdon, J.A. Dearing, J.G. Dyke and R. Wang
> Multi-decadal climate variability as triggers of societal regime shifts in Japan [p.18-19]
T. Nakatsuka
> Simple tipping or complex transition? Lessons from a green Sahara [p.20-21]
S. Bathiany, M. Claussen, V. Brovkin, M. Scheffer, V. Dakos and E. van Nes
> The domestication of fire as a social-ecological regime shift [p.22-23]
R. Biggs, W.J. Boonstra, G. Peterson and M. Schlüter
Science Highlights: Open Section
> Squeezing a rainfall record out of desert sand dunes [p.24-25]
A. Stone
Program News
> Top-class, new generation sediment coring on Research Vessel Marion Dufresne [p.26]> Unprecedented coring performance with the upgraded Research Vessel Marion Dufresne [p.27]> New PAGES working group on floods [p.28]> Volcanic Impacts on Climate and Society working group [p.29]> New Forest Dynamics working group [p.30]> Global Paleofire Working Group phase 2 (GPWG2) [p.31]> Climate Variability Across Scales: from centuries to millennia (CVAS) [p.32]
Workshop Reports
> Scale and Scaling in the Climate System [p.33]> Paving the road for improved integrative investigations of past Warm Extremes [p.34]> Modeling late Pliocene climate variability [p.35]> Bridging data and models [p.36]> Understanding peat carbon sequestration on Earth [p.37]> Mapping Human Subsistence in West Africa (1000 BC - AD 1500) [p.38]> Synthesizing East African land-cover change over the past 6000 years [p.39]> Land-use classification [p.40]> Towards a reconstruction of Antarctic climate over the last 2000 years [p.41]> Comparison of climate reconstruction methods, modeling, and data synthesis approaches [p.42]> Consolidation, finalization and publication of the Euro-Med2k database [p.43]> Data, age uncertainties and ocean δ18O under the spotlight for Ocean2k Phase 2 [p.44]> Hydro2k: Integrating proxy data and models for insights into past and future hydroclimate [p.45]> Revealing social-ecological systems trajectories to enhance their sustainability [p.46]> Paleoclimate data standards [p.47]> The European Pollen Database: Research tool and community [p.48]> Ice Core Young Scientists workshop [p.49]> Using Arctic driftwood at the interface of marine and terrestrial (paleo-)environmental research [p.50]> The Atlantic Meridional Overturning Circulation over decades to centuries [p.51]
