GIS analysis to apply theoretical Minimal Model on glacier flow line and assess glacier response in climate change scenarios |
DISAT-UNIMIB |
WP 1.4 |
Moretti_SGI-SIMP_2014.pdf |
Generation and use of high resolution cllimatic data for hydrological and impact studies |
CNR-ISAC |
WP 2.5 |
Palazzi_GeoScienze_2014.pdf |
General presentation of the NextDATA project, SISC conference, October 2017 |
Project |
|
SISC2017_1_Provenzale.pdf |
Evaluation of the performance of Regional Climate Models simulation at different spatial and temporal scale over the Alpine Region |
CMCC |
WP 2.5 |
Reder et al_SISC_2018.pdf |
Evaluation of climate patterns in a RCM using long-term records from SYNOP weather stations |
ENEA UTMEA |
WP 2.5 |
Calmanti_SGI_2014.pdf |
Development of theoretical minimal model on glacier flow line with GIS tool, to assess glacier response in climate change scenarios |
DISAT-UNIMIB |
WP 1.4 |
Moretti_CGI_2014.pdf |
Database of Italian mountain glaciers |
CNR-IGG |
SP 1 |
SISC2017_3_Baroni.pdf |
Comparison of post-processing techniques for COSMO-CLM precipitation over the Po basin |
CMCC |
WP 2.5 |
Zollo et al_Annual_Meeting_CMCC_2013.pdf |
Comparing weather station and isotopic data in the new Alpine ice core drilling site of Mt. Ortles (South Tyrol, Italy) |
CNR-IDPA |
WP 1.6 |
Dreossi_CGI_2014.pdf |
Climate change leads to more frequent fires in a Mediterranean environment |
CNR-ISAC |
WP 2.6 |
Turco_Medclivar2014.pdf |
Changes in extreme temperature and precipitation and their effects on the hydrological cycle of the Alpine region |
CMCC |
WP 2.5 |
Gualdi_et_al_SISC_2018.pdf |
Bilancio di massa e di energia di un pendio montano durante fusioni repentine del manto nevoso |
UNITO |
WP 2.6 |
Ferraris_Dissesto idrogeologico e processi erosivi in ambiente collinare e montano_2014.pdf |
Assessing climate change risks under uncertain conditions |
CNR-ISAC |
WP 2.6 |
Provenzale_IAEG2014.pdf |
A new database for reconstructing the spatial-temporal evolution of the glacial resource in the Italian Alps |
CGI |
WP 1.6 |
Baroni_et_al_SISC_2018.pdf |