2018
DOI: 10.1016/j.marpolbul.2018.07.050
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Carbon economy of Mediterranean seagrasses in response to thermal stress

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Cited by 62 publications
(79 citation statements)
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“…The crosstalk between sugar and hormone signals and the activation of epigenetic regulatory mechanisms during warming suggest both the effort of plants for heat acclimation and the modulation of the molecular network involved in the flowering process. These biological processes, in fact, were over‐represented only in C‐plants (Figure ), the unique that flowered and that showed clear symptoms of stress in our experiment (Marín‐Guirao et al, ). The contemporary physiological, genetic and epigenetic responses for stress acclimation and flowering in P. oceanica could represent different facets of a common mechanism to survive and optimize reproductive success under stress conditions, as reported in terrestrial plants (Kazan & Lyons, ; Yaish et al, ).…”
Section: Discussionmentioning
confidence: 67%
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“…The crosstalk between sugar and hormone signals and the activation of epigenetic regulatory mechanisms during warming suggest both the effort of plants for heat acclimation and the modulation of the molecular network involved in the flowering process. These biological processes, in fact, were over‐represented only in C‐plants (Figure ), the unique that flowered and that showed clear symptoms of stress in our experiment (Marín‐Guirao et al, ). The contemporary physiological, genetic and epigenetic responses for stress acclimation and flowering in P. oceanica could represent different facets of a common mechanism to survive and optimize reproductive success under stress conditions, as reported in terrestrial plants (Kazan & Lyons, ; Yaish et al, ).…”
Section: Discussionmentioning
confidence: 67%
“…The presence of a higher thermal stress in C‐plants suggested by the contrasting transcriptomic profiles of both heated ecotypes, was supported by the higher ability of warm‐adapted P. oceanica ecotypes to deal with warming with respect to cold‐ecotypes (Beca‐Carretero et al, ; Marín‐Guirao et al, ). In fact, although both ecotypes experienced a similar growth retardation, only C‐plants displayed clear physiological symptoms of stress as evidenced by their altered photosynthetic and respiratory performance, which finally resulted in plant energetic impairment at the end of the simulated heatwave (i.e., 20% reduction in rhizome starch content; Marín‐Guirao et al, ). This warming‐induced carbon starvation may have acted as an additional factor for flowering induction in C‐plants, since plant sugar budget plays a complex regulatory role in flowering (Moghaddam & den Ende, ).…”
Section: Discussionmentioning
confidence: 97%
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