Risk Assessment and Adaptation Strategies

The RAAS division, brings together an interdisciplinary team of economists, environmental scientists/engineers and spatial planners experts in climate risk analysis, adaptation strategies and policies.

The research challenges are:

  • Analysis of the impacts of climate extremes and their societal implications;
  • Performance assessments of nature-based solutions and assessment of their connectivity and side-benefits;
  • Development of policy-oriented composite indicators for sustainable development, DRR and CCA;
  • Development of operational decision support tools (including climate services) and methodologies to assess multi-hazard (cumulative and compound effects, spatially and temporally interlinked or correlated risks) to aid the decision-making process;
  • Evaluation of the interactions between climate and non-climate drivers (e.g. land use and socio-economic scenarios) on the occurrence, distribution and environmental fate of chemicals and the related risks for aquatic ecosystems, human health and safety.
  • Support policy makers (EU, national, regional and local governments) in actuating informed decisions and interventions for disasters management and climate adaptation more rapidly and effectively.

The research priorities embrace three major themes that denote the main research units.

RAAS Projects

RAAS Publications

Climate Projections over the Great Lakes Region: Using Two-way Coupling of a Regional Climate Model with a 3-D Lake Model

Wouters H., Keune J., Petrova I. Y., Van Heerwaarden C. C., Teuling A. J., Pal J. S. , Vilà-Guerau de Arellano J., Miralles D. G.
2022, Geoscientific Model Development Discussions, DOI: https://doi.org/10.5194/essd-13-2363-2021, web page, (in press)


Soil drought can mitigate deadly heat stress thanks to a reduction of air humidity

Wouters H., Keune J., Petrova I. Y., Van Heerwaarden C. C., Teuling A. J., Pal J. S. , Vilà-Guerau de Arellano J., Miralles D. G.
2022, Science Advances, DOI: https://doi.org/10.1126/sciadv.abe6653, web page


Extensive study of recurrent neural network architectures with a multivariate approach for water quality assessment in complex coastal lagoon environments: A case study on the Venice Lagoon

Aslan S.,  ., Zennaro F., Furlan E., Critto A.
2022, Environmental Modelling & Software, DOI: https://doi.org/10.1016/j.envsoft.2022.105403, web page


Ecosystem services at risk in Italy from coastal inundation under extreme sea level scenarios up to 2050: a spatially resolved approach supporting climate change adaptation

Furlan E., Derepasko D., Torresan S., Pham H. V. , Fogarin S., Critto A.
2022, Integrated Environmental Assessment and Management, DOI: https://doi.org/10.1002/ieam.4620, web page

Division Director

Jaroslav Mysiak

Division Deputy Director

Silvia Torresan

Division Manager

Martina Marian

Contacts

Venice: Edificio Porta dell’Innovazione – Piano 2,
via della Libertà 12 – 30175 Venezia Marghera (VE)

+39 041 2346080

[email protected]

Research Units

Research Unit Leader
Jaroslav Mysiak

Description
This research unit focuses on economic and wider social effects of extreme climate and meteorological events as well as on policy instruments set to reduce societal vulnerability and increase resilience. The unit focuses on purpose-oriented analysis of the impacts of major disaster strikes in Europe and elsewhere, and develop models and model-based information services to estimate current and future economic and social damage and losses caused by extreme weather and climate related events, likely to be amplified by the human-induced climate change.

Research Unit Leader
Silvia Torresan

Description
This research unit analyses the multiple ways through which environment may be impacted as a result of exposure and vulnerability to one or more environmental stressors such as chemicals, land use and climate change. The research priorities include (i) Multi-hazards/risks and impact assessments using quantitative and qualitative methods and tools for assessing combined risks and spill-over effects of climate variability and change; (ii) Modelling climate change impacts on chemicals, ecological and human risks including how climate change influence environmental fate and transport of chemicals; and (iii) Decision support systems and ICT tools engaged in developing state-of-the-art decision support systems (DSS), and information and communication tools (ICT) set to assist decision making by improved access to, and analysis of, information on environment and society.

Research Unit Leader
Jaroslav Mysiak

Description
This research unit addresses national and international climate adaptation policies and set to inform decision making processes. Research priorities of this subunit include institutional relations and adaptation policies implemented by means of international and national frameworks; and support activities to national governments and European/international bodies such as DG Humanitarian Aid and Civil Protection and the European Environmental Agency. Another thematic area represented include policy analysis and assessment, in the context of which we analyse international and national policies related to climate adaptation and disaster risk reduction, including the post-2015 international policy framework on DRR, Loss and Damage international mechanism established under the premises of UNFCCC and multi-sectoral partnerships promoted to aid the least developed and small island developing states.



RAAS Models

  • AQUATOX

    AQUATOX is an aquatic ecosystem simulation model developed by Environmental Protection Agency…


  • SWAT

    SWAT is a hydrologic model, developed by the Agricultural Research Service (ARS)…


  • DESYCO

    DESYCO is a GIS-based Decision Support System (DSS) aimed at the integrated…

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    Webinar

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    DATABASE

    POPAlp is a database where all the published data on environmental monitoring in the mountain areas in central Europe and Italy are collected.

    The information comes from national and international funded projects and from a review on publications in the period 1999-2012.

    This database collects POPs’ monitoring concentrations in the Alps in Austria, Germany, Switzerland, Slovenia, Italy, and Czech Republic and is aimed at exchanging existing data on POPs contamination in the Alps.

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