Juan Camilo Restrepo

Dr. Juan Camilo Restrepo


Research Focus & Metrics

Academic Career Length

21Years (2006-Present)

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

Representative Publications

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1 May 2013 in Applied Geography
Verified
Journal Article
Closed access
NHN. Hoyos
N. Hoyos
JEJ. Escobar
J. Escobar
JRJuan Camilo Restrepo
Juan Camilo Restrepo
AAA.M. Arango
A.M. Arango
Juan Carlos Ortiz RoyeroJuan Carlos Ortiz Royero
Juan Carlos Ortiz Royero

1 January 2006 in Journal of Hydrology
Verified
Journal Article
Closed access
JRJuan D. Restrepo
Juan D. Restrepo
Björn KjerfveBjörn Kjerfve
Björn Kjerfve
MHMichel Hermelin
Michel Hermelin
JRJuan Camilo Restrepo
Juan Camilo Restrepo

1 February 2014 in Journal of Hydrology
Verified
Journal Article
Closed access
JRJuan Camilo Restrepo
Juan Camilo Restrepo
Juan Carlos Ortiz RoyeroJuan Carlos Ortiz Royero
Juan Carlos Ortiz Royero
Jorge Omar PieriniJorge Omar Pierini
Jorge Omar Pierini
KSKerstin Schrottke
Kerstin Schrottke
Mauro Maza-ChamorroMauro Maza-Chamorro
Mauro Maza-Chamorro
JAJulián Aguirre
Julián Aguirre

7 November 2013 in Natural Hazards and Earth System Sciences
Verified
Journal Article
Open access
JOJ. C. Ortiz-Royero
J. C. Ortiz-Royero
LOLuis Otero
Luis Otero
JRJuan Camilo Restrepo
Juan Camilo Restrepo
JRJ. Ruiz
J. Ruiz
MCM. Cadena
M. Cadena
Extreme ocean waves in the Caribbean Sea are commonly related to the effects of storms and hurricanes during the months of June through November. The collapse of 200 m of the Puerto Colombia pier in March 2009 revealed the effects of meteorological phenomena other than storms and hurricanes that may be influencing the extreme wave regime in the Colombian Caribbean. The marked seasonality of these atmospheric fronts was established by analyzing the meteorological–marine reports of the Instituto de Hidrología, Meteorología y Estudios Ambientales of Colombia (IDEAM, based on its initials in Spanish) and the Centro de Investigación en Oceanografía y Meteorología of Colombia (CIOH, based on its initials in Spanish) during the last 16 yr. The highest number of cold fronts was observed during the months of January, February, and March, with 6 fronts occurring per year. An annual trend was observed and the highest number of fronts occurred in 2010 (20 in total); moreover, an annual strong relationship between the maximum average wave values and the cold fronts in the central zone of the Colombian Caribbean during the first three months of the year was established. In addition, the maximum values of the significant height produced by the passage of cold fronts during the last 16 yr were identified. Although the Colombian Caribbean has been affected by storms and hurricanes in the past, this research allows us to conclude that there is a strong relationship between cold fronts and the largest waves in the Colombian Caribbean during the last 16 yr, which have caused damage to coastal infrastructure. We verified that the passage of a cold front corresponded to the most significant extreme wave event of the last two decades in the Colombian Caribbean, which caused the structural collapse of the Puerto Colombia pier, located near the city of Barranquilla, between 5 and 10 March 2009. This information is invaluable when evaluating average and extreme wave regimes for the purpose of informing the design of structures in this region of the Caribbean.

1 March 2016 in International Journal of Sediment Research
Verified
Journal Article
Closed access
AHAldemar Higgins
Aldemar Higgins
JRJuan Camilo Restrepo
Juan Camilo Restrepo
Juan Carlos Ortiz RoyeroJuan Carlos Ortiz Royero
Juan Carlos Ortiz Royero
Jorge Omar PieriniJorge Omar Pierini
Jorge Omar Pierini
LOLuis Otero
Luis Otero

1 April 2018 in Marine Geology
Verified
Journal Article
Closed access
JRJuan Camilo Restrepo
Juan Camilo Restrepo
KSKerstin Schrottke
Kerstin Schrottke
CTCamille Traini
Camille Traini
ABAlexander Bartholomae
Alexander Bartholomae
SOSilvio Ospino
Silvio Ospino
AOAndrés Orejarena
Andrés Orejarena