In the frame of “US-Italy cooperation on Science and Technology of climatic change”, sponsored by INGV, we organized a meeting focusing on decadal climate variability in the Mediterranean regions in the context of long-term climate change. Our aim is to assess past climate variability using historical climate reconstructions and sources in the Mediterranean region both of western US and southern Europe. This report summarizes some key aspects of climate variability in the Mediterranean region in the past 200 years and identifies uncertainties and unresolved scientific questions still open for further research
A detailed analysis is undertaken of the Atlantic-European climate using data from 500-year-long pro...
International audiencePollen-based climate reconstructions were performed on two high-resolution pol...
Climatic changes due to the anthropic enhancement of the greenhouse effect could modify the hydrolog...
Global Warming (GW) is expected to affect the Mediterranean area with three major challenges, i.e. i...
This experimental work addresses the need for high-resolution, long and homogeneous climatic time se...
Evidence is reviewed for climate change and its causes over the interval spanning roughly the past m...
Mediterranean-type climates are defined by temperate, wet winters and hot or warm dry summers and ex...
A deep understanding of natural decadal variability is pivotal to discuss recently observed climate ...
Mediterranean-type climates are defined by temperate, wet winters and hot or warm dry summers and ex...
Here we identify and analyze proxy data interpreted to reflect hydro-climatic variability over the l...
International audienceSince the late-nineteenth century, surface temperatures have increased worldwi...
The paper provides a selection of first results based on a newly developed instrumental climate data...
Pollen-based climate reconstructions were performed on two high-resolution pollen – marines cores fr...
Precipitation variability in space and time has been a focus of research over the past decades. The ...
Climate change is under global debate, due to increasing occurrence of extreme weather events affect...
A detailed analysis is undertaken of the Atlantic-European climate using data from 500-year-long pro...
International audiencePollen-based climate reconstructions were performed on two high-resolution pol...
Climatic changes due to the anthropic enhancement of the greenhouse effect could modify the hydrolog...
Global Warming (GW) is expected to affect the Mediterranean area with three major challenges, i.e. i...
This experimental work addresses the need for high-resolution, long and homogeneous climatic time se...
Evidence is reviewed for climate change and its causes over the interval spanning roughly the past m...
Mediterranean-type climates are defined by temperate, wet winters and hot or warm dry summers and ex...
A deep understanding of natural decadal variability is pivotal to discuss recently observed climate ...
Mediterranean-type climates are defined by temperate, wet winters and hot or warm dry summers and ex...
Here we identify and analyze proxy data interpreted to reflect hydro-climatic variability over the l...
International audienceSince the late-nineteenth century, surface temperatures have increased worldwi...
The paper provides a selection of first results based on a newly developed instrumental climate data...
Pollen-based climate reconstructions were performed on two high-resolution pollen – marines cores fr...
Precipitation variability in space and time has been a focus of research over the past decades. The ...
Climate change is under global debate, due to increasing occurrence of extreme weather events affect...
A detailed analysis is undertaken of the Atlantic-European climate using data from 500-year-long pro...
International audiencePollen-based climate reconstructions were performed on two high-resolution pol...
Climatic changes due to the anthropic enhancement of the greenhouse effect could modify the hydrolog...