Agustín Camacho

Dr. Agustín Camacho

Departamento de Ecología Evolutiva, Estación Biológica de Doñana, CSIC, Avenida Américo Vespucio, núm 26 Isla de la Cartuja, 41092 Sevilla, Spain
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Research Focus & Metrics

Academic Career Length

19Years (2008-Present)

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

Representative Publications

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18 May 2020 in Journal of Biogeography
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Journal Article
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JVJean-Pierre Vacher
Jean-Pierre Vacher
JCJérôme Chave
Jérôme Chave
Gentile Francesco FicetolaGentile Francesco Ficetola
Gentile Francesco Ficetola
GSGuilhem Sommeria‐Klein
Guilhem Sommeria‐Klein
Shengli TaoShengli Tao
Shengli Tao
AFAntoine Fouquet
Antoine Fouquet

1 March 2012 in Molecular Phylogenetics and Evolution
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Journal Article
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AFAntoine Fouquet
Antoine Fouquet
RRRenato Recoder
Renato Recoder
MTMauro Teixeira
Mauro Teixeira
JCJosé Cassimiro
José Cassimiro
RARenata Cecília Amaro
Renata Cecília Amaro
MRMiguel Trefaut Rodrigues
Miguel Trefaut Rodrigues

7 March 2019 in Molecular Ecology
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Journal Article
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JWJohn J. Wiens
John J. Wiens
Agustín CamachoAgustín Camacho
Agustín Camacho
AGAaron Goldberg
Aaron Goldberg
TJTereza Jezkova
Tereza Jezkova
MKMatthew E. Kaplan
Matthew E. Kaplan
RWRamona L. Walls
Ramona L. Walls

24 February 2012 in PLOS ONE
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Journal Article
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PRPedro Leite Ribeiro
Pedro Leite Ribeiro
Agustín CamachoAgustín Camacho
Agustín Camacho
CNCarlos Arturo Navas
Carlos Arturo Navas
The thermal limits of individual animals were originally proposed as a link between animal physiology and thermal ecology. Although this link is valid in theory, the evaluation of physiological tolerances involves some problems that are the focus of this study. One rationale was that heating rates shall influence upper critical limits, so that ecological thermal limits need to consider experimental heating rates. In addition, if thermal limits are not surpassed in experiments, subsequent tests of the same individual should yield similar results or produce evidence of hardening. Finally, several non-controlled variables such as time under experimental conditions and procedures may affect results. To analyze these issues we conducted an integrative study of upper critical temperatures in a single species, the ant Atta sexdens rubropiosa, an animal model providing large numbers of individuals of diverse sizes but similar genetic makeup. Our specific aims were to test the 1) influence of heating rates in the experimental evaluation of upper critical temperature, 2) assumptions of absence of physical damage and reproducibility, and 3) sources of variance often overlooked in the thermal-limits literature; and 4) to introduce some experimental approaches that may help researchers to separate physiological and methodological issues. The upper thermal limits were influenced by both heating rates and body mass. In the latter case, the effect was physiological rather than methodological. The critical temperature decreased during subsequent tests performed on the same individual ants, even one week after the initial test. Accordingly, upper thermal limits may have been overestimated by our (and typical) protocols. Heating rates, body mass, procedures independent of temperature and other variables may affect the estimation of upper critical temperatures. Therefore, based on our data, we offer suggestions to enhance the quality of measurements, and offer recommendations to authors aiming to compile and analyze databases from the literature.

1 August 2017 in Journal of Thermal Biology
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Journal Article
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Agustín CamachoAgustín Camacho
Agustín Camacho
TRTravis W. Rusch
Travis W. Rusch

1 April 2018 in Journal of Thermal Biology
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Journal Article
Closed access
Agustín CamachoAgustín Camacho
Agustín Camacho
TRTravis Rusch
Travis Rusch
GRGraham Ray
Graham Ray
RTRory S. Telemeco
Rory S. Telemeco
MRMiguel Trefaut Rodrigues
Miguel Trefaut Rodrigues
MAMichael J. Angilletta
Michael J. Angilletta