Inter-hemispheric linkages in climate change: paleo-perspectives for future climate change

Inter-hemispheric linkages in climate change: paleo-perspectives for future climate change

The Pole-Equator-Pole (PEP) projects of the PANASH (Paleoclimates of the Northern and Southern Hemisphere) programme have significantly advanced our understanding of past climate change on a global basis and helped to integrate paleo-science across regions and research disciplines. PANASH science allows us to constrain predictions for future climate change and to contribute to the management of...

Are paleo-proxy data helpful for constraining future climate change?

How sensitive is our climate system to CO2? This is a key issue in a world of rising greenhouse gas concentrations. Estimating the temperature sensitivity of the Earth to changes in atmospheric CO2 has therefore been the subject of intensive research. Yet, uncertainty in our knowledge of this sensitivity is still large—as expressed by the broad 2-4.5°C range of climate sensitivity (ΔT2x) estima...

Climate change and biodiversity : inter - linkages , impact , mitigation and adaptation

Caspian Sea south coast future climate change estimations through regional climate model

. Caspian Sea south coast future climate change estimations through regional climate model many physical of the procedures related to climate change are not perceived thoroughly. Scientific knowledge used to show those procedures completely, and to analyses forecasts is so complex, since most current studies about climate physical model have been done through semi experimental and random model...

Climate Change and Landslide Hazard

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