Francisca Sureda

Dr. Francisca Sureda

orcid

Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 April 2020 in Environmental Research
Verified
Journal Article
Closed access
RVRoberto Valiente
Roberto Valiente
FEFrancisco Escobar
Francisco Escobar
JPJamie Pearce
Jamie Pearce
UBUsama Bilal
Usama Bilal
Manuel FrancoManuel Franco
Manuel Franco
FSFrancisca Sureda
Francisca Sureda

5 November 2020 in Nicotine & Tobacco Research
Verified
Journal Article
Closed access
RVRoberto Valiente
Roberto Valiente
FEFrancisco Escobar
Francisco Escobar
MUMaría Urtasun
María Urtasun
MFManuel Franco
Manuel Franco
NSNiamh K Shortt
Niamh K Shortt
FSFrancisca Sureda
Francisca Sureda
Introduction: To review the geographic exposure measures used to characterize the tobacco environment in terms of density of tobacco outlets and proximity to tobacco outlets, and its association with smoking-related outcomes. Methods: We used PubMed and Google Scholar to find articles published until December 2019. The search was restricted to studies that (1) measured the density of and/or proximity to tobacco outlets and (2) included associations with smoking outcomes. The extraction was coordinated by several observers. We gathered data on the place of exposure, methodological approaches, and smoking outcomes. Results: Forty articles were eligible out of 3002 screened papers. Different density and proximity measures were described. 47.4% density calculations were based on simple counts (number of outlets within an area). Kernel density estimations and other measures weighted by the size of the area (outlets per square kilometer), population, and road length were identified. 81.3% of the articles which assessed proximity to tobacco outlets used length distances estimated through the street network. Higher density values were mostly associated with higher smoking prevalence (76.2%), greater tobacco use and smoking initiation (64.3%), and lower cessation outcomes (84.6%). Proximity measures were not associated with any smoking outcome except with cessation (62.5%). Conclusion: Associations between the density of tobacco outlets and smoking outcomes were found regardless of the exposure measure applied. Further research is warranted to better understand how proximity to tobacco outlets may influence the smoking outcomes. This systematic review discusses methodological gaps in the literature and provides insights for future studies exploring the tobacco environment. Implications: Our findings pose some methodological lessons to improve the exposure measures on the tobacco outlet environment. Solving these methodological gaps is crucial to understand the influence of the tobacco environment on the smoking outcomes. Activity spaces should be considered in further analyses because individuals are exposed to tobacco beyond their residence or school neighborhood. Further studies in this research area demand density estimations weighted by the size of the area, population, or road length, or measured using Kernel density estimations. Proximity calculations should be measured through the street network and should consider travel times apart from the length distance.

8 April 2015 in BMJ Open
Verified
Journal Article
Open access
PDF file
FSFrancisca Sureda
Francisca Sureda
EFEsteve Fernández
Esteve Fernández
JMJose M. Martínez-Sánchez
Jose M. Martínez-Sánchez
MFMarcela Fu
Marcela Fu
MLMaria J. Lopez
Maria J. Lopez
ESEsteve Saltó
Esteve Saltó
Objective To describe where smokers smoke outdoors, where non-smokers are exposed outdoors to secondhand smoke (SHS), and attitudes towards smoke-free outdoor areas after the implementation of national smoke-free legislation. Design This cross-sectional study was conducted between June 2011 and March 2012 (n=1307 participants). Setting Barcelona, Spain. Participants Representative, random sample of the adult (≥16 years) population. Primary and secondary outcomes Proportion of smoking and prevalence of exposure to SHS in the various settings according to type of enclosure. Percentages of support for outdoor smoke-free policies according to smoking status. Results Smokers reported smoking outdoors most in bars and restaurants (54.8%), followed by outdoor places at work (46.8%). According to non-smokers, outdoor SHS exposure was highest at home (42.5%) and in bars and restaurants (33.5%). Among non-smoking adult students, 90% claimed exposure to SHS on university campuses. There was great support for banning smoking in the majority of outdoor areas, which was stronger among non-smokers than smokers. Over 70% of participants supported smoke-free playgrounds, school and high school courtyards, and the grounds of healthcare centres. Conclusions Extending smoking bans to selected outdoor settings should be considered in further tobacco control interventions to protect non-smokers from SHS exposure and to establish a positive model for youth. The majority of public support for some outdoor smoke-free areas suggests that it is feasible to extend smoking bans to additional outdoor settings.

1 August 2018 in Environmental Research
Verified
Journal Article
Closed access
FSFrancisca Sureda
Francisca Sureda
UBUsama Bilal
Usama Bilal
EFEsteve Fernández
Esteve Fernández
RVRoberto Valiente
Roberto Valiente
FEFrancisco J. Escobar
Francisco J. Escobar
Manuel FrancoManuel Franco
Manuel Franco

10 November 2021 in Environmental Research
Verified
Journal Article
Open access
IMIrene Martín-Turrero
Irene Martín-Turrero
RVRoberto Valiente
Roberto Valiente
IFIrene Molina-De la Fuente
Irene Molina-De la Fuente
UBUsama Bilal
Usama Bilal
MLMariana Lazo
Mariana Lazo
FSFrancisca Sureda
Francisca Sureda
Neighborhood accessibility and availability of alcohol products has been associated with increased alcohol consumption and harms among adolescents. This availability has been shown to be higher in neighborhoods with lower socio-economic status (SES). The aim of this study was to examine inequalities in alcohol outlet density and proximity around schools by area-level SES in Madrid, Spain. Data on schools, SES, alcohol outlets and population density at census tract level were obtained through public databases from the local government of Madrid. We examined (1) density as the number of alcohol outlets around schools within 3 buffers (i.e. 200 m, 400 m and 800 m) and (2) proximity as the distance from schools to their nearest alcohol outlet. We performed multilevel analyses to examine the associations between alcohol outlet density and proximity and SES, adjusted by population density. Secondary schools (n=576) located in less deprived areas had lower densities of alcohol outlets at walking distances of 200 and 400 m (50% and 37% lower, respectively p<0.05). No significant differences were found for the proximity measures. The socioeconomic level of the area in which adolescents go to school is a determinant of their exposure to alcohol, where those who study in high SES areas have lower exposure to alcohol outlets. This study highlights the need to prioritize equity in the design and implementation of policies to limit alcohol accessibility among adolescents, including establishing minimum distances between schools and alcohol outlets or limiting the number of outlets per inhabitant in neighborhoods.

1 January 2017 in Gaceta Sanitaria
Verified
Journal Article
Open access
FSFrancisca Sureda
Francisca Sureda
JVJoan R. Villalbí
Joan R. Villalbí
AEAlbert Espelt
Albert Espelt
Manuel FrancoManuel Franco
Manuel Franco
Harmful use of alcohol is one of the world's leading health risks. A positive association between certain characteristics of the urban environment and individual alcohol consumption has been documented in previous research. When developing a tool characterising the urban environment of alcohol in the cities of Barcelona and Madrid we observed that alcohol is ever present in our cities. Urban residents are constantly exposed to a wide variety of alcohol products, marketing and promotion and signs of alcohol consumption. In this field note, we reflect the normalisation of alcohol in urban environments. We highlight the need for further research to better understand attitudes and practices in relation to alcohol consumption. This type of urban studies is necessary to support policy interventions to prevent and control harmful alcohol use.