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Cryosphere and climate [email protected] - [email protected] - http://geoclimalp.irpi.cnr.it The cryosphere is responding quickly and with great intensity to climate change: Mountain glacier shrinkage outcropping of rock walls and debris changes of the precipitation, temperature and hydrological regimes are some of the main terrestrial indicators Source: Italian Glaciological Committee 2009 Postcard: Maj 3, 1954. Photo by M. Tron: August 8, 2009.

PowerPoint Presentation - CNRgeoclimalp.irpi.cnr.it/images/[email protected] Cryosphere and climate Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014)

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Page 1: PowerPoint Presentation - CNRgeoclimalp.irpi.cnr.it/images/promo1.pdfNome.Cognome@irpi.cnr.it Cryosphere and climate Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014)

[email protected]

Cryosphere and climate

[email protected] - [email protected] - http://geoclimalp.irpi.cnr.it

The cryosphere is respondingquickly and with great intensityto climate change:

Mountain glacier shrinkage outcropping of rock walls

and debris changes of the

precipitation, temperature and hydrological regimes

are some of the main terrestrial indicators

Source: Italian Glaciological Committee

2009

Postcard: Maj 3, 1954.

Photo by M. Tron: August 8, 2009.

Page 2: PowerPoint Presentation - CNRgeoclimalp.irpi.cnr.it/images/promo1.pdfNome.Cognome@irpi.cnr.it Cryosphere and climate Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014)

[email protected]

Cryosphere and climate

Superiore di Coolidge Glacier. A man in the yellow circle. Source CNR-IRPI

1987, before

1989, after

[email protected] - [email protected] - http://geoclimalp.irpi.cnr.it

Thurwieser Peak. Source: J. RozmanRocciamelone Lake. Source: ProtezioneCivile Regione Piemonte

Ice falls Rock avalanches

2004

Lake outbursts

2004

Debris flows

Mulinet Glacier. Source: G. Mortara

1993

Page 3: PowerPoint Presentation - CNRgeoclimalp.irpi.cnr.it/images/promo1.pdfNome.Cognome@irpi.cnr.it Cryosphere and climate Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014)

[email protected]

Cryosphere and climate

The GeoClimAlp research group of the CNR-IRPI, studies these aspects with particular reference to:

Mountain glacier evolution in the last 150 years (post LIA)

climatic triggers of slope instability at high-elevation sites

Role of climate change in the morphogenesis of the glacial/periglacial areas

Glaciological surveys at the Breuil glaciers (La Thuile, AO).

[email protected] - [email protected] - http://geoclimalp.irpi.cnr.it

Page 4: PowerPoint Presentation - CNRgeoclimalp.irpi.cnr.it/images/promo1.pdfNome.Cognome@irpi.cnr.it Cryosphere and climate Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014)

[email protected]

Cryosphere and climate

Paranunzio R., Laio F., Nigrelli G., Chiarle M., Guzzetti F. (2014) - The impact of climatic factors on slope instability processes in permafrost areas: the case studyof the Matterhorn (Northwestern Alps). EUCOP4 – 4th European Conference on Permafrost, 18-21 June 2014 -Évora, Portugal.

Nigrelli G., Chiarle., Nuzzi A., Perotti L., Torta G., Giardino M. (2013) - A web-based, relational database for studying glaciers in the Italian Alps.Computers & Geosciences, 51, 101-107.

Lucchesi S., Fioraso G., Bertotto S., Chiarle M. (2014) - Little Ice Age and contemporary glacier extent in the Western and South-Western Piedmont Alps (North-Western Italy). Journal of Maps, 10(3).

DATAGRALP - DATAbase for reconstructing the spatial-temporal evolution of the Glacial Resource in the Italian ALPs over the last 100 years in the Framework of the NextData Project of Interest.

[email protected] - [email protected] - http://geoclimalp.irpi.cnr.it