The Institute of Atmospheric Sciences and Climate (CNR-ISAC) aims at an integrated scientific understanding of the atmosphere, the ocean and their processes, by means of a multidisciplinary approach which combines scientific and technological skills in meteorology, climate, atmospheric dynamics and composition, Earth observations; it develops basic research, theoretical, experimental and numerical, and modeling work together with impact evaluation.
ISAC is the largest CNR Institute on atmospheric sciences, structured in 7 Units over the country, 7 permanent observatories, including 3 Global Stations of the Global Atmosphere Watch (GAW) program of the World Meteorological Organization (WMO) and 2 atmospheric research Supersites.
ISAC is recognised internationally through its collaboration with a large number of European laboratories, and research centers worldwide.


Subscribe to News
logo harmo 18

From 9 to 12 October 2017, was held in Bologna, CNR Research Area, the HARMO 18 Conference dedicated to the harmonization of the atmosphere dispersion models for regulatory purposes. On ARPATNEWS interview with our colleague Silvia Trini Castelli, responsible for the CNR-ISAC of the event organization. Read the article (Italian only).

Measurement traceability and data quality are essential requirements by the WMO for monitoring atmospheric aerosol optical properties by International radiometer networks.
For this reason ISAC is organizing, during October 2017, the 1st International Campaign QUATRAM: QUAlity and TRaceabiliy of Atmospheric aerosol Measurements

The TG2 on 16 October interviewed our colleague Federico Fierli of ISAC-CNR, about the sudden destructive climate change, and in particular on Ophelia hurricane that is striking the coasts of Ireland.

Link (italian)

Polar research by CNR and ISAC at Speciale Tg1, in a report by Paolo Giani made last May during one of the regular measurement campaigns our institution actively contributes to.

See the TV programme (in italian)

A research coordinated by ISAC-CNR has analyzed the strong tornado that hit Taranto in November 2012. Simulations with a high-resolution weather model suggest that the violence of this destructive vortex depends decisively on sea surface temperature.

See full article