Stefano Bagli

Stefano Bagli

Rimini, Emilia Romagna, Italia
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Informazioni

🌍 Unlocking the Power of Data for a Sustainable Future 🌍

Dr. Stefano Bagli, MSc.…

Articoli di Stefano

Attività

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Esperienza

  • Grafico SaferPLACES

    SaferPLACES

    Rimini, Emilia-Romagna, Italy

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    Rimini and Bolzano - Italy

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    Bologna Area, Italy

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    Trentino-Alto Adige, Italy

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    Rimini Area, Italy

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    Ispra Italy

Formazione

  • Grafico Alma Mater Studiorum - Università di Bologna

    Università di Bologna / University of Bologna

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    human health risk assessment (RBCA and USPEA methodologies), food-chain and exposure assessment models, spatial modelling, physical predictive modelling with emphasis on fate and transport modelling of pollutants (air, water, groundwater, soil), terrain modelling, GIS modelling in physical geography, Spatial Decision Support System, environmental impact assessment (incinerators, power plants), coupling GIS and agro-pedo-climatological data and models

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    GIS and modeling expert involved in the THESEUS (http://www.theseusproject.eu/) FP7 EU research project (Innovative technologies for safer European coasts in a changing climate), the largest Integrated Project within coastal risk assessment and climate change mitigation funded by the European Commission.

    The research activity is focused on the developing of a new and innovative raster-based approach in order to map the coastal flooding and the relative risk for population, environment…

    GIS and modeling expert involved in the THESEUS (http://www.theseusproject.eu/) FP7 EU research project (Innovative technologies for safer European coasts in a changing climate), the largest Integrated Project within coastal risk assessment and climate change mitigation funded by the European Commission.

    The research activity is focused on the developing of a new and innovative raster-based approach in order to map the coastal flooding and the relative risk for population, environment and economy.

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    Environmental Engineering

Licenze e certificazioni

  • Professional Engineer

    Ordine degli Ingegneri Provincia di Rimini

    Emissione:
    ID credenziale 616/A
  • Grafico DataRobot Deeper Dive, London, UK, February 22, 2019

    DataRobot Deeper Dive, London, UK, February 22, 2019

    DataRobot

    ID credenziale 39706592
  • Grafico DataRobot Essentials

    DataRobot Essentials

    DataRobot

    ID credenziale 39616179
  • Grafico DataRobot Time Series Modeling

    DataRobot Time Series Modeling

    DataRobot

    ID credenziale 39661867

Pubblicazioni

  • Routeing of power lines through least-cost path analysis and multicriteria evaluation to minimise environmental impacts

    Elsevier Inc

    Least-cost path analysis (LCPA) allows designers to find the “cheapest” way to connect two locations within a cost surface, which can be computed by combining multiple criteria, and therefore by accounting for different issues (environmental impact, economic investment, etc.). This procedure can be easily implemented with modern Geographic Information System (GIS) technologies, and consequently it has been widely employed to support planning and design of different types of linear…

    Least-cost path analysis (LCPA) allows designers to find the “cheapest” way to connect two locations within a cost surface, which can be computed by combining multiple criteria, and therefore by accounting for different issues (environmental impact, economic investment, etc.). This procedure can be easily implemented with modern Geographic Information System (GIS) technologies, and consequently it has been widely employed to support planning and design of different types of linear infrastructures, ranging from roads to pipelines. This paper presents an approach based on the integration of multicriteria evaluation (MCE) and LCPA to identify the most suitable route for a 132 kV power line. Criteria such as cost, visibility, population density, and
    ecosystem naturalness were used for the analysis. Firstly, spatial MCE and LCPA were combined to generate cost surfaces, and to identify alternative paths. Subsequently, MCE was used to compare the alternatives, and rank them according to their overall suitability. Finally, a sensitivity analysis allowed the stability of the resultsto be tested and the most critical factors of the evaluation to be detected. The study found that small changes in the location of the power line start and end points can result in significantly different paths, and consequently impact levels. This suggested that planners should always consider alternative potential locations of terminals in order to identify the best path. Furthermore, it was shown that the use of different weight scenarios may help making the model adaptable to varying environmental and social contexts. The approach was tested on a real-world case study in north-eastern Italy.

    Vedi pubblicazione
  • The analysis of human health risk with a detailed procedure operating in a GIS environment

    Environment International 32 (2006) 444 – 454

    An approach for quantifying the human health risk caused by industrial sources, which, daily or accidentally, emit dangerous pollutants able to impact on different environmental media, is introduced. The approach is performed by the HHRA-GIS tool which employs an integrated, multimedia, multi-exposure pathways and multi-receptors risk assessment model able to manage all the steps of the analysis in a georeferenced structure. Upper-bound excess lifetime cancer risk and noncarcinogenic hazards…

    An approach for quantifying the human health risk caused by industrial sources, which, daily or accidentally, emit dangerous pollutants able to impact on different environmental media, is introduced. The approach is performed by the HHRA-GIS tool which employs an integrated, multimedia, multi-exposure pathways and multi-receptors risk assessment model able to manage all the steps of the analysis in a georeferenced structure. Upper-bound excess lifetime cancer risk and noncarcinogenic hazards are the risk measures, the spatial distribution of which is calculated and mapped on the involved territory, once all the pathways and receptors of the study area are identified. A sensitivity analysis completes the calculations allowing to understand how risk estimates are dependent on variability in the factors contributing to risk. The last part of the paper makes use of a case study concerning a working industrial site to put in evidence in which way the designed tool can
    help local authorities and policy makers in managing risks and planning remedial and reduction actions. The considered geographical area is a hypothetical territory characterized by residential, agricultural and industrial zones. The presence of two sources of contamination, a municipal
    waste incinerator (MWI) and a contaminated site, are evaluated by the tool application. Various typologies of receptors have been taken into account, each of them characterized by different anatomical and dietary properties. The achieved results are analyzed, compared with acceptable and background values and alternatives of minor environmental impact calculated.

Progetti

  • SYSTEM-RISK H2020 EU Research Project

    System-Risk - a large-scale systems approach to flood risk assessment and management.
    System-Risk is a Marie-Skłodowska-Curie European Training Network which aims on developing and implementing a systems approach for large-scale flood risk assessment and management and provides a framework for training and career development of 15 Early Stage Researchers.

    Vedi progetto
  • SWICCA Service for Water Indicators in Climate Change Adaptation

    Making climate data useful in water-management decisions

    This proof-of-concept of a Service for Water Indicators in Climate Change Adaptation (SWICCA) aims to bridge the gap between institutes who provide climate-impact data on one side, and water managers and policy makers on the other side. This is mainly done through strengthening the capacity of consultants and agencies, known as ‘knowledge purveyors’, who act as the interface between data providers and water managers.

    SWICCA…

    Making climate data useful in water-management decisions

    This proof-of-concept of a Service for Water Indicators in Climate Change Adaptation (SWICCA) aims to bridge the gap between institutes who provide climate-impact data on one side, and water managers and policy makers on the other side. This is mainly done through strengthening the capacity of consultants and agencies, known as ‘knowledge purveyors’, who act as the interface between data providers and water managers.

    SWICCA will deliver an interactive web site with pan-European data for visualisation, inspection and download. Local consultancies and agencies should easily access the most relevant climate-impact indicators, along with tools for using this data locally in climate adaptation. User co-design and evaluation of efficacy cover 15 case studies across Europe by a bottom-up approach.

    Vedi progetto
  • IASMHYN -MONALISA

    IASMHyN: Improved management of Agricultural Systems by Monitoring and Hydrological evaluation
    IASMHYN: AN OPEN SOURCE WEB MAPPING TOOL FOR SOIL WATER BUDGET AND AGRO-HYDROLOGICAL ASSESSMENT TROUGH THE INTEGRATION OF MONITORING AND REMOTE SENSING DATA

    Vedi progetto
  • www.hydropower-atlas.com

    - Presente

  • SWITCH-ON FP7 EU Research Project

    The SWITCH-ON project sets out to explore the potential of Open Data for water security and management.

    SWITCH-ON will show the benefits that can be achieved through collaborative research and re-purposing/re-using open data products into more dedicated and refined water products.

    Vedi progetto
  • LAND-RISK

    LAND-RISK -A Web-GIS Decision Support System for groundwater quality monitoring and risk assessment for a Waste landfill

    Vedi progetto
  • AWESOME

    AWESOME: real time Air and Water EmissionS and Odor Mapping systEm
    A New Cloud-based application for real-time and forecast modelling and mapping the air and water pollution dispersion from industrial emissions
    http://gecosistema.com/awesome

    Vedi progetto
  • Air Dispersion Modeling Studies

    - Presente

    GECOsistema performs air and atmospheric dispersion modeling (ADM) for emergency, planning, and permitting situations.

    ADM is used to estimate temporally- and spatially-resolved atmospheric concentrations of a chemical by using release, meteorological, and topographical information.

    The main goal of GECOsistema is to contribute to the comprehension of the atmospheric environment through the numerical simulation of dispersion and transformation of airborne pollutants. The field of…

    GECOsistema performs air and atmospheric dispersion modeling (ADM) for emergency, planning, and permitting situations.

    ADM is used to estimate temporally- and spatially-resolved atmospheric concentrations of a chemical by using release, meteorological, and topographical information.

    The main goal of GECOsistema is to contribute to the comprehension of the atmospheric environment through the numerical simulation of dispersion and transformation of airborne pollutants. The field of action is the support to local governments and agencies as well as companies in assessing the impact of structures and industrial discharges, managing air quality at local and regional scale, designing control actions and recovery plans in urban and industrial environment.

    GECOsistema Air Dispersion Modeling Application regards:

    studies and consulting;
    development of simulation tools
    integration of modeling tools in GIS systems
    real time pollution control for industrial sites (SIMDET)
    training and research activities
    Dispersion modeling for: Power Plants, Incinerators of wastes, odour emissions

    Release rate estimates are developed by GECOsistema engineers using state-of-the-science algorithms and estimation tools. Meteorological information is obtained through multiple methods (models and monitoring data), and topographical information is included where appropriate.

    ADM Models used by GECOsistema are

    ISC3-USEPA
    AERMOD
    CALPUFF
    CALMET, RAMS, MM5
    CALINE
    CAMx.
    ADMS URBAN
    Contacts [email protected].

    Vedi progetto
  • SaferPLACES EIT-Climate KIC

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    IMPROVED ASSESSMENT OF PLUVIAL, FLUVIAL AND COASTAL FLOOD HAZARDS AND RISKS IN EUROPEAN CITIES AS A MEAN TO BUILD SAFER AND RESILIENT COMMUNITIES

    Vedi progetto
  • SIMDET

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    Web-GIS Air Dispersion Modeling for mapping in real time and forecasting mode the emission from urban waste incinerators

    Vedi progetto

Lingue

  • English

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  • French

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  • Spanish

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