Felipe de Jesús Colón González
I am an experienced researcher with a strong body of scientific knowledge and a good range of transferable skills developed through experience in academia, private practice, consultancy and governmental agencies. My current research focuses in understanding the impacts of climate variability (including El Niño Southern Oscillation) and climate change upon the dynamics of dengue fever in Mexico, and their implications for human development, adaptation and integrated assessment. I am also interested in studying the impacts of climate on other pathogen systems.
Research skills
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ITProficient in the use of R, Matlab, Latex, SPSS (PASW, ArcGIS, NVivo, Blackboard Learning System
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StatisticalStatistical Analysis, interpretation and visualisation of datasets using Generalized Additive Models, Zero-Inflated Models, Generalized Linear Models (i.e. Negative Binomial, Poisson and Quasi-Poisson, Meta-Analysis, Linear and Non-linear Multiple Regression, Chi-square, ANALYSIS OF VARIANCE, Philips-Perron test, Robust Jarque-Bera test with Monte Carlo simulations
Research interests
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InterestsTropical Diseases, Epidemiology of Infectious Diseases, Climate Change, Neglected Diseases, Environmental Health, Dengue Virus, Vector Biology & Control
Education
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Oct 2008–
Sep 2012University of East Anglia
Climate Change and Human Health · PhDUnited Kingdom · Norwich -
Sep 2007–
Aug 2008University of East Anglia
Environmental Sciences · MScUnited Kingdom · Norwich -
Nov 1991–
Jul 1996National Autonomous University of Mexico
Veterinary Medicine and Zootechny · Doctor of Veterinary Medicine and ZootechnyMexico · Cuautitlan Izcalli
Other
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LanguagesSpanish and English
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Scientific Memberships* Royal Society of Tropical Medicine and Hygiene
* Society for Latin American Studies
* Infectious Disease Research Network
* Environment, Health and Development Network -
Journal RefereeGlobal Change Biology
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Other InterestsColón-González FJ, Lake IR, and Bentham G. Climate Variability and Dengue Fever in Warm and Humid Mexico; Am J Trop Med Hyg; 84(5): 757-763., Co-Chair of the Graduate Affairs Committee, School of Environmental Sciences, University of East Anglia (Nov 2008-Jan 2011)
Secretary of the committee of accreditation of Official Veterinarians, National Technical Consultive Council of Animal Health (CONASA), Mexico (Apr 2001-Feb 2002)
Member of the Inter-Ministerial Commission for the Ad Hoc Group of the Convention on the Prohibition of the Development, Production and Stockpiling of Bacteriological (Biological) and Toxin Weapons and on their Destruction, Mexico (Apr 2001-Feb 2002)
Member of the Working Group on Veterinary Legislation, National Technical Consultive Council of Animal Health (CONASA), Mexico (Dec 2000-Feb 2002)
Member of the National Consultive Committee for Standardization of User Security, Commercial Information and Commerce Practices, Secretariat of Economy, Mexico (Apr 2000-Feb 2001)
Member and Secretary of 2 sub-committees at the National Consultive Committee for Standardization of Zoosanitary Protection, Secretariat of Agriculture, Livestock, Rural Development, Fisheries and Food; Mexico (Apr 1999-Feb 2002)
Member of the National Consultive Committee for Standardization of Disease Control and Prevention, Secretariat of Health, Mexico (Jul 1998-Feb 2002)
Member of the Board of Management at the Mexican Small Animal Veterinary Association, Mexico (Jun 1997-May 2002)
Publications
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2.80Impact points
Climate variability and dengue fever in warm and humid Mexico.
The American journal of tropical medicine and hygiene. 05/2011; 84(5):757-63.
Multiple linear regression models were fitted to look for associations between changes in the incidence rate of dengue fever and climate variability in the warm and humid region of Mexico. Data were collected for 12 Mexican provinces over a 23-year period (January 1985 to December 2007). Our results... [more] Multiple linear regression models were fitted to look for associations between changes in the incidence rate of dengue fever and climate variability in the warm and humid region of Mexico. Data were collected for 12 Mexican provinces over a 23-year period (January 1985 to December 2007). Our results show that the incidence rate or risk of infection is higher during El Niño events and in the warm and wet season. We provide evidence to show that dengue fever incidence was positively associated with the strength of El Niño and the minimum temperature, especially during the cool and dry season. Our study complements the understanding of dengue fever dynamics in the region and may be useful for the development of early warning systems.
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Understanding associations between dengue fever incidence and climate across Mexico
RGS-IBG Annual International Conference 2011, Royal Geographical Society with IGB, London, UK; 01/2011
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The role of geography in the effect of climate variability upon Dengue Fever incidence in Mexico
14th International Medical Geography Symposium (IMGS), Durham University, UK; 01/2011
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Assessing the Effects of Climate and ENSO Variability on Dengue Fever Incidence in 23 Mexican Provinces
Disease vectors today: Changes in ecology, climate and public health risks, Saaremaa, Estonia; 01/2011
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Associations between Dengue Fever and Climate in Mexico: Challenges for the development of human resources
IR3S-Tyndall Centre joint symposium: Pathway toward low carbon society and global sustainability, University of East Anglia, Norwich, UK; 01/2009
Following (8)
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Trisha Jones
The University of Manchester -
Marzia Rossi
University of East Anglia -
Jessica Vial
University of East Anglia -
Martin Mahony
University of East Anglia -
Paul R Hunter
University of East Anglia