Abstract The Iberian Peninsula is located at the intersection between the subtropical and
temperate climate zones and the paleoclimate records from this region are key to elucidate …

We employ a Lagrangian based moisture back trajectory method on an ensemble of four
reanalysis datasets to provide a comprehensive understanding of moisture sources over the …

Climate evolution of the Mediterranean region during the Holocene exhibits strong spatial
and temporal variability, which is notoriously difficult for models to reproduce. We propose …

Using observations and reanalysis, we develop a robust statistical approach based on
canonical correlation analysis (CCA) to explore the leading drivers of decadal and longer …

Here we present a new composite record from two well-dated speleothem records from two
caves in Northern Morocco. The high-resolution record covers the last millennium allowing …

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 …

Recent Changes in the Mediterranean Water Cycle: A Pathway toward Long-Term Regional
Hydroclimatic Change? in: Journal of Climate Volume 23 Issue 6 (2010) Jump to Content …

Spatio-temporal highly resolved estimates of past natural climate variability over the
Mediterranean are important to assess recent significant climate trends. Principal …

Current global warming causes a change in atmospheric dynamics, with consequent
variations in the rainfall regimes. Understanding the relationship between global climate …

The Mediterranean region is expected to be highly impacted by global warming, although
the uncertainty of future scenarios, particularly about precipitation patterns remains quite …