8 results on '"Carmen Garcia Galindo"'
Search Results
2. Bank Funding and Risk Taking
- Author
-
Alessandro Ferrari, Matic Petricek, Andreas Winkler, Carmen Garcia Galindo, University of Zurich, and Ferrari, Alessandro
- Subjects
G28 ,050208 finance ,Leverage (finance) ,media_common.quotation_subject ,05 social sciences ,Causal effect ,1. No poverty ,Regression ,330 Economics ,10007 Department of Economics ,0502 economics and business ,Unemployment ,Econometrics ,Economics ,G20 ,G21 ,G11 ,Endogeneity ,050207 economics ,Risk taking ,media_common - Abstract
In this paper we use a novel approach to address issues of endogeneity in estimating a causal effect of leverage on risk taking by banks. Using data on local bank office deposits and local unemployment we construct an instrument to use in a regression of leverage on a measure of risk taking constructed from new issuance of loans. The results (i.) confirm that due to limited liability banks increase their risk taking after an exogenous increase in leverage, and (ii.) that an increase in deposit supply has a direct positive effect on risk taking by banks. The ADEMU Working Paper Series is being supported by the European Commission Horizon 2020 European Union funding for Research & Innovation, grant agreement No 649396.
- Published
- 2018
- Full Text
- View/download PDF
3. Understanding the Heterogeneity of Tourists’ Choices under Climate Change Risks: A Segmentation Analysis
- Author
-
Yen. E. Lam-González, Carmen García Galindo, Matías M. González Hernández, and Carmelo J. León
- Subjects
climate change ,islands tourism ,tourist behaviour ,segmentation ,tourism resilience ,Meteorology. Climatology ,QC851-999 - Abstract
This paper undertakes a data-driven segmentation analysis on tourists’ choice of island destinations in the context of a changing climate. To this end, 2528 tourists visiting ten European islands in the Mediterranean, Baltic, and Atlantic regions were posed hypothetical situations in which diverse impacts caused by CC (i.e., beach loss, heatwaves, storm intensification, etc.) were affecting the islands being visited. In each scenario, tourists’ responses ranged from stay on the island to change to an alternative destination. Cluster analysis allowed the identification of four segments: (1) LO-loyal oriented—tourists willing to stay on the island despite any climatic event (in this group, tourists would often change the travel date); (2) RA-risk-averse—tourists who would always avoid islands affected by CC; (3) WIL-risk-specific—a segment of tourists with a special aversion to the risks associated with wildlife disappearance and damage to infrastructure, and (4) 3S-sun, sea and sand seekers—tourists who would always avoid visiting islands where CC induced effects are related to beach loss or extreme events. Further analysis is dedicated to comparing segments in regard to their sociodemographic characteristics, the image of the island, and the importance given to the protection of environmental attributes when choosing an island destination. The results alert us about the climate-specific risks and tourist profiles that are relevant to explaining changes in the tourism geography and seasonality of islands. The findings are useful for providing operational marketing recommendations for destination managers, especially for taking competitive advantage of climate services, and for prevention and responsiveness management strategies.
- Published
- 2020
- Full Text
- View/download PDF
4. Measuring the Impact of Infectious Diseases on Tourists’ Willingness to Pay to Visit Island Destinations
- Author
-
Carmelo J. León, Yen E. Lam-González, Carmen García Galindo, and Matías M. González Hernández
- Subjects
tourism ,climate change ,islands ,infectious diseases ,adaptation ,resilience ,Meteorology. Climatology ,QC851-999 - Abstract
The occurrence of infectious diseases may change tourists’ perceptions of a destination’s image and value. This article proposes and empirically tests a choice model to measure the effect of the risk of infectious disease outbreaks caused by climate change on tourists’ willingness to pay for holidays to island destinations. With this aim, an online survey was administrated to 2538 European frequent travellers at their country of residence. Tourists were presented with a hypothetical situation whereby they had to choose among eleven well-known European island destinations for their next holiday. The choice cards included the probability of the occurrence of infectious disease events in the context of other potential risks caused by climate change (i.e., forest fires, floods, heat waves, etc.). The results show infectious disease is the risk that more negatively affects tourists’ willingness to pay to visit islands, followed by forest fires. The results have implications for tourism policy, highlighting the importance of prevention and response strategies, and the design of climate-oriented services, which may raise opportunities to work towards the enhancement of those health and environmental conditions of tourist destinations that ensure their sustainability in the longer term.
- Published
- 2020
- Full Text
- View/download PDF
5. Climate change risk assessment on Blue Economy and impact chain analysis for 12 European Islands
- Author
-
Elodie Briche, Ghislain Dubois, Matias Gonzalez Hernandez, Carmen Garcia Galindo, Yen Lam Gonzalez, Piero Lionello, Valentina Bacciu, and Ulrike Lehr
- Subjects
13. Climate action ,European Islands, climate change, impact chains, sectoral approach ,7. Clean energy - Abstract
Theme: Data, methods and approaches in Climate Change Adaptation and Disaster Risk Reduction Sub-Theme: Integrating methods and tools for disaster risk and adaptation, Economic evaluation of risks and responses Format: Oral Communication
6. Workshop Report – Results and methods applied (D7.3)
- Author
-
Ricardo Coelho, Tiago Capela Lourenço, Hugo P. Costa, Andreia Sousa, Gabriel Jordá, Xavier Garcias, Ainhoa Bilbao Altés, Carmelo J. León, Carmen Garcia Galindo, Yen E. Lam González, Ghislain Dubois, Adeline Cauchy, Elodie Briche, Yoelma Rodriguez - Dartois, Eleni Hatziyanni, Maria Kalatzak, Lina Anezaki, Constantinos Stylianou, Yiannis Konnaris, Philipp Siegel, Damian Arikas, Matthias Grätz, Filipe Oliveira, Hugo Vasconcelo, Elizabeth Olival, Kyra Hoevenaars, Lena Schenke, Alessandro Mancosu, Laura Foddis, Daniela Sitzia, Manuela Tatti, Patrizia Calò, Giacoma Brancato, Giovanni Ruggieri, Jean Raphaël Gros Desormeaux, and Justin Daniel
- Subjects
13. Climate action - Abstract
This deliverable aims to present the methods employed, tools used, results, and presents conclusions of the participatory process carried out at island level in SOCLIMPACTto propose, rank and evaluate alternativeadaptation pathways to face climate change impacts.A framework was set for a presential consultation method but with the arrival of the COVID-19 pandemic context major adjustments had to be made to what was originally proposed. The Adaptation pathways rational and concept is presented explaining how the sector adaptation pathways were designed, how the proposed Adaptation Options were assembled in classes of adaptation and how Adaptation Policy Trajectories (APTs) were used as context to develop alternative adaptation pathways. The development and characterization of those Adaptation Options is explained, putting forward how these policy options were gathered at European level and then traduced and characterized to the island level. 
7. Definition of complex impact chains and input-output matrix for each island and sector
- Author
-
Elodie Briche, Ghislain Dubois, Lucie Royer, Hugo Costa, Andreia Sousa, Gabriel Jorda, Damian Arikas, Carmen Garcia Galindo, Matias Gonzalez, Zoi Vrontisi, Constantinos Stylianou, Hugo Vasconcelos, Kyra Hoevenaars, Manuela Tatti, Giacoma Brancato, Justin Daniel, Miguel Angel Gartner, Salvador Suarez, and Veronica Lora
- Subjects
13. Climate action ,Climate change, risk assessment, impacts chains, blue economy sectors ,14. Life underwater - Abstract
SOCLIMPACT improves a climate change risk assessment, helping islands to identify their climate change related risks or to test their existing risk management strategies under climate change and therefore identify sectorial challenges where new strategies are needed. Following these steps, the SOCLIMPACT project will operationalize with a modelling chain between WP4-WP5 and WP6 the outputs of WP3: some relevant impact chains, selected after each step of WP3 will be modelized. o A first step of risk screening allows sector leaders to conduct a desk-top study and screen the climate change-related exposure of each sector using readily available datasets, which are registered in the D3.3 and D3.4. o A second step risk assessment takes a standard risk-based approach using national data, local information and expert knowledge in order to formalize some theoretical impact chains. o A third step (detailed) risk assessment process allows sector leaders and islands focal points to further investigate short-listed impact chains and provides support to prioritise sectors and/or sub-risks.
8. Report on selected indicators
- Author
-
Piero Lionello, Valentina Bacciu, Elodie Briche, Ghislain Dubois, Matias Gonzalez Hernandez, Miguel Angel Gaertner, Ruiz Valdepenas, Veronica Lora, Kyra Hoevenaars, Carmen Garcia Galindo, Salvador Suarez, and Ricardo Meneses Freitas
- Subjects
13. Climate action ,11. Sustainability ,14. Life underwater ,indicators, adaptive capacity, exposure, sensitivity, hazard - Abstract
In this report a set of indicators is proposed for summarizing objectives and providing up-to-date information on the impacts of climate change, the state-of-the-environment and societal conditions of islands. These indicators are meant to support a practical description. They can be used for identifying policy goals, defining strategies, monitoring and evaluating implemented actions. They are also useful for communicating the environmental and societal conditions to a particular audience, such as local stakeholders, administrations, general public, policymakers from local to national levels. Finally, they provide a synthetic way to describe multiple aspects of the state of environment, natural resources assets and related human activities including socio-economic factors. These indicators are based on environmental data, models, oceanographic and meteorological observations, and administrative archives. They are based on several parameters including physical, chemical or biological measures associated with environmental quality or natural resources, information on processes and interventions, economical values, members describing the composition and characteristics of societies and of their needs. The indicators are focused on the four sectors addressed by SOCLIMPACT and strictly linked to the identified impact chains. They allow: To compare conditions among islands To identify critical situations To identify trends and evolution of conditions leading to risks To monitor risks To monitor the results of management strategies
Catalog
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.