Development of models for risk assessment in complex scenarios (historic centres, archaeological sites and terraced landscapes) exposed to multiple hazards due to climate change.
Risk mapping for landscape extreme weather conditions at short, medium and long terms.
Modelling and experimental activities for the implementation of tools (damage functions, vulnerability indicators, risk maps) for the protection of movable/immovable Cultural Heritage, indoors and outdoors.
Improving the spatial resolution of global and regional coupled models. Improve the parametrizations, convective and microphysics schemes controlling clouds, surface process representations and surface- atmosphere exchange
Pre/post environmental analysis
Indoor and outdoor environmental monitoring (climatic/microclimatic parameters, pollutants, bioaerosol) for protection, management and sustainable use of cultural heritage and landscape
Human exposure assessment and source apportionment
The aim of this research theme is to translate transfer scientific findings into inputs for policy, management and decision making process feedbacks for local authorities and decision-makers. Activities include the air quality assessment in both the outdoor environment (urban and public green management, rural, and remote areas, including polar areas) and the indoor environment (confined/closed spaces and working places).
Extreme events and more general extreme weather consequences are important research topics to cope with when we search to understand their impact. This research theme aims to understanding which and how weather and hydrogeological events impact through a multidisciplinary approach.
Air pollution, and in particular air pollution associated to the ambient fine particulate matter (PM2.5, PM10), is considered the leading environmental health risk factor globally, causing several million deaths per year.
The protection of cultural heritage and landscape is a priority at National and International level with important economic, social and cultural consequences. To understand and thus prevent risky situations and the related damaging processes, a depth understanding of heritage materials characteristics and of their interactions with environmental forcings is necessary.
Nel 2018 il Comitato Scientifico UMFVG ha bandito il primo Premio Scientifico per le Scienze Meteorologiche e del Clima denominato "MeteoClimaFVG" i cui contributi includono pubblicazioni scientifiche, attività di comunicazione e divulgazione, progetti di ricerca. Al suo interno ne fanno parte, oltre al Presidente UMFVG, personalità del mondo accademico e della ricerca per un totale di 7 membri. L'attuale composizione del comitato scientifico è consultabile a questo link
Presentata la catena modellistica per le previsioni di composizione atmosferica, CHIMBO, basata sul modello meteorologico sviluppato da ISAC.
Nel servizio sono state mostrate le sue principali caratteristiche ed i suoi prodotti consultabili al sito http://www.isac.cnr.it/dinamica/projects/forecasts/chimbo/
