This paper reviews current understanding of deglaciation in North, Central and South
America from the Last Glacial Maximum to the beginning of the Holocene. Together with …

The only glaciers existing today in the Iberian Peninsula are small features located in the
Pyrenees, though their number and extension has undergone significant changes over the …

The relatively warm climate conditions prevailing today in the Mediterranean region limit
cold geomorphological processes only to the highest mountain environments. However …

Throughout the last cold stage, the North Atlantic region was punctuated by abrupt climate
shifts and atmospheric processes propagated their effects to adjacent continents. During …

In this study, we document deglaciation in a sector of the southern–central Pyrenees (the
Panticosa massif and the upper Gállego and Ossau valleys) using cosmic-ray exposure …

The transitional regions between the low and high latitudes of the Northern Hemisphere are
highly vulnerable to future climate change yet most of the current climate models usually …

Large glaciers and ice caps formed in the Mediterranean mountains during the cold stages
of the Pleistocene and some small glaciers remain today. Here we review 157 outputs that …

Obtaining accurate temperature reconstructions from the past is crucial in understanding the
consequences of changes in external climate forcings, such as orbital-scale insolation or …

Padul is one of the few wetland sites in southern Europe and the Mediterranean region that
exhibits an unusually large temporal span (> 100 kyr) and continuous Quaternary …

The aim of this research is to improve our current understanding of the deglaciation stages
in the southeastern Pyrenees and integrate it into reconstructions of the long‐term …