
Questo prodotto usufruisce delle SPEDIZIONI GRATIS
selezionando l'opzione Corriere Veloce in fase di ordine.
Pagabile anche con Carta della cultura giovani e del merito, Carta della Cultura e Carta del Docente
SECTION 1: CONCEPTUAL FRAMING .- Chapter 1: Introduction- water security / NBS-NAS context.- Chapter 2: Natural Assurance Schemes: NAS making a case for NBS for risk reduction and prevention.- Chapter 3: The Assurance and the Insurance Value of Ecosystems.- SECTION 2: ASSESSMENT, TOOLS AND METHODS.- Chapter 4: Methodologies to assess and map NBS effect.- Chapter 5: Risk perception in implementation of NBS.- Chapter 6: Economic assessment of NBS for water-risk reduction and co-benefits.- SECTION 3: INTEGRATION PROCESSES .- Chapter 7: Integrated Decision Support for Adaptive Planning.- Chapter 8: Business models for NBS implementation.- Chapter 9: Developing an implementation strategy for hybrid water security strategies: closing the implementation gap.- SECTION 4: DEMONSTRATION IN CASE STUDIES.- Chapter 10: ROMANIA Lower Danube Case Case Study.- Chapter 11: SPAIN Medina Case Case Study.- Chapter 12: UNITED KINGDOM Thames Case Case study.- Chapter 13: FRANCE Brague Case Study.- Chapter 14: FRANCE Lez Case Study.- Chapter 15: SLOVENIA Glinscica Case Study.- Chapter 16: THE NETHERLANDS Rotterdam Case Study.- Chapter 17: DENMARK Copenhagen Case Study.- Chapter 18: POLAND Lodz Case study.
She was the scientific coordinator of the H2020 NAIAD project on the Natural Insurance Value: assessment and demonstration (www.naiad2020.eu). Her current interests are focused on how to have a deeper understanding on the role nature can play to reduce or manage risks and generate co-benefits at different scales. She is also focused and committed to structuring real projects on the ground with end users to accelerate the uptake of more sustainable solutions to current socio-ecological challenges.
Philippe LE COENTwas originally trained as an agronomist and worked for 10 years as an expert in crop production, including 6 years at the Food and Agriculture Organization of the United Nations (FAO). He then started research activities in environmental economics since 2013. His early research work focused on the design and evaluation of innovative policy instruments to promote pro-environmental behavior by economic agents. Since 2018, he has been a researcher at the French geological Survey (BRGM) and in the G-Eau lab in Montpellier, France. He now develops research on the economic valuation of Nature based Solutions and their contribution to water security particularly in urban contexts. He notably led the economic valuation component of the H2020 NAIAD project implemented in 6 European countries. He also conducts research on water resource economics and decision-making methods under high uncertainty in the context of climate change. He mainly mobilizes empirical methods such as econometric ana


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