Javier Cremades

Prof. Dr. Javier Cremades

University of A Coruña, A Coruña, Galicia, Spain
orcid

Research Focus & Metrics

Academic Career Length

31Years (1996-Present)

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

Representative Publications

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14 December 2004 in Journal of Chemical Technology & Biotechnology
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Journal Article
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EREugenia Rubin
Eugenia Rubin
PRPilar Rodriguez-Barro
Pilar Rodriguez-Barro
RHRoberto Herrero
Roberto Herrero
JCJavier Cremades
Javier Cremades
IBIgnacio Barbara
Ignacio Barbara
Manuel Sastre de VicenteManuel Sastre de Vicente
Manuel Sastre de Vicente

8 February 2018 in Molecular Ecology
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Journal Article
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ARAlexandra J. Roth‐Schulze
Alexandra J. Roth‐Schulze
JPJosé Pintado
José Pintado
EZEnrique Zozaya‐Valdés
Enrique Zozaya‐Valdés
JCJavier Cremades
Javier Cremades
PRPatricia Ruiz
Patricia Ruiz
TTTorsten Thomas
Torsten Thomas

1 February 2016 in Marine Environmental Research
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Journal Article
Closed access
CCCristina Piñeiro Corbeira
Cristina Piñeiro Corbeira
RLRodolfo Barreiro Lozano
Rodolfo Barreiro Lozano
JCJavier Cremades
Javier Cremades

28 August 2018 in Scientific Reports
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CCCristina Piñeiro Corbeira
Cristina Piñeiro Corbeira
RLRodolfo Barreiro Lozano
Rodolfo Barreiro Lozano
JCJavier Cremades
Javier Cremades
FAFrancisco Arenas
Francisco Arenas
Field evidence is essential to assess the consequences of climate change but a solid causal link often requires additional information obtained under controlled laboratory conditions. Additionally, the functional response to temperature may also help to discriminate species potentially more vulnerable to warming. Using a highly resolved temperature gradient, we examined the temperature dependence of photosynthesis and respiration in eight intertidal seaweeds that recently followed opposite abundance trends in NW Iberia. The temperature dependence of photosynthesis was consistently different between the macroalgae that increased and those that decreased their abundance in the last decade and a half, with photosynthesis twice more sensitive in the upward group. Unlike photosynthesis, the temperature dependence of respiration was unrelated to the abundance trend group, implying that the net metabolic scaling with temperature varied between the two groups of seaweeds. Overall, our results provide experimental support to the role of temperate as a likely driver of the changes in abundance recorded by field-monitoring studies. They also suggest that the temperature dependence of photosynthesis and respiration assessed in short-term experiments may serve as a biomarker of the potential vulnerability of some seaweed to the consequences of water warming.

22 November 2017 in Aquaculture Environment Interactions
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Journal Article
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MCMarco Custódio
Marco Custódio
SVSebastian Villasante
Sebastian Villasante
JCJavier Cremades
Javier Cremades
Ricardo CaladoRicardo Calado
Ricardo Calado
ALAna I. Lillebø
Ana I. Lillebø

29 January 2015 in Journal of Applied Phycology
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Journal Article
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JFJosé R. C. Freitas
José R. C. Freitas
JMJuan Manuel Salinas Morrondo
Juan Manuel Salinas Morrondo
JCJavier Cremades
Javier Cremades