The ECIP Division aims to characterize economically different climate change scenarios. This consists firstly in the development of economic assessments of climate change impacts.
This research area requires on the one hand to translate, in collaboration with the other divisions of CMCC, the physical impacts of climate change in economic terms. On the other hand, it requires to develop scenarios of social economic development on which climate change will occur. The second research area of the division is the evaluation and design of effective and feasible policies to adapt to climate change.
- Development of the coupling among the economic, climate and impact process-based models of CMCC;
- Development and implementation of social economic scenarios;
- Assessment of the economic cost of climate change impacts at the global, macro-regional, country and subnational level;
- Analysis of climate change adaptation policies;
- Research and networking activities on governance of climate change.
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The EFFICIENT BUILDINGS project, as its predecessor MEDNICE, supports the Efficient Buildings…
Macro-economic assessment of climate change impacts: methods and findings
To charge or to cap in agricultural water management. Insights from modular iterative modeling for the assessment of bilateral micro-macro-economic feedback links
Network resilience of phosphorus cycling in China has shifted by natural flows, fertilizer use and dietary transitions between 1600 and 2012
Liang S., Yu Y, Kharrazi A., Fath B.D., Feng C., Daigger G.T., Chen S., Ma T., Zhu B., Mi Z., Yang Z.
2020, Nature Food, Nat Food 1, 365–375 (2020), DOI: https://doi.org/10.1038/s43016-020-0098-6, web page
Edificio Porta dell’Innovazione – Piano 2, via della Libertà 12
30175 Venezia Marghera (VE), Italy
This research area uses advanced econometric and statistical techniques to assess the different dimensions of the economic impact of climate change and adaptation with a spatially explicit detail. Research ranges from the world gridded representation of the macroeconomic costs of climate change to the development of statistical emulators of crop-growth models, to the spatialization of impacts on labour productivity, energy demand and supply.
Cities are important places for the generation of greenhouse gases and are extremely vulnerable to changing climate conditions. The urban climate group works on quantitative and qualitative assessments of local climate vulnerability and the sustainability of climate strategies aimed at supporting the development of local climate policies. Based on their expertise in analysis and evaluation of urban and policies and support of local decision making, the group supports local, national and international authorities.
This research area develops and applies macro economic general equilibrium modeling techniques to assess the direct and higher order costs of climate change. Particular emphasis is given to the representation of autonomous market-driven adaptation mechanisms i.e. that systemic interactions across markets and agents able to propagating, amplifying or smoothing initial impacts. Research activity focuses on the interaction across impacts and across policies, their influence on the pursuit of sustainable development, the regional dimension of economic impacts of climate change.