Matches in SemOpenAlex for { <https://semopenalex.org/work/W2152881742> ?p ?o ?g. }
- W2152881742 endingPage "23" @default.
- W2152881742 startingPage "7" @default.
- W2152881742 abstract "The emergence and evolution of life on our planet was possible because the sun provides energy to our biosphere. Indeed, all life forms need energy for existence and proliferation in space and time. Light-energy conversion takes place in photosynthetic organisms that evolve in various environments featuring an impressive range of light intensities that span several orders of magnitude. This property is achieved by the evolution of mechanisms of efficient energy capture that involved development of antenna pigments and pigment-protein complexes as well as the emergence of various strategies on the organismal, cellular, and molecular levels to counteract the detrimental effects of high light intensity on the delicate photosynthetic apparatus. Darwin was one of the first to describe the behaviour of plants towards light. He noticed that some plants try to avoid full daylight and called this reaction paraheliotropism. However, it was only in the second half of the 20th century, when scientists began to discover the structure and molecular mechanisms of the photosynthetic machinery, that the reasons for paraheliotropisms became clear. This review explains the need for the evolution of light adaptations using the example of higher plants. The review focuses on short-term adaptation mechanisms that occur on the minute scale, showing that these processes are fast enough to track rapid fluctuations in light intensity and that they evolved to be effective, allowing for the expansion of plant habitats and promoting diversification and survival. Also introduced are the most recent developments in methods that enable quantification of the light intensities that can be tolerated by plants." @default.
- W2152881742 created "2016-06-24" @default.
- W2152881742 creator A5028678622 @default.
- W2152881742 date "2014-10-21" @default.
- W2152881742 modified "2023-10-18" @default.
- W2152881742 title "Evolution under the sun: optimizing light harvesting in photosynthesis" @default.
- W2152881742 cites W1546181092 @default.
- W2152881742 cites W1584940268 @default.
- W2152881742 cites W1607998540 @default.
- W2152881742 cites W1963151139 @default.
- W2152881742 cites W1967846805 @default.
- W2152881742 cites W1967884636 @default.
- W2152881742 cites W1982086044 @default.
- W2152881742 cites W1983151538 @default.
- W2152881742 cites W1986568869 @default.
- W2152881742 cites W1988427490 @default.
- W2152881742 cites W1992022525 @default.
- W2152881742 cites W1996114408 @default.
- W2152881742 cites W1996414899 @default.
- W2152881742 cites W1996504226 @default.
- W2152881742 cites W1996612213 @default.
- W2152881742 cites W2006126683 @default.
- W2152881742 cites W2006873324 @default.
- W2152881742 cites W2008596135 @default.
- W2152881742 cites W2014911581 @default.
- W2152881742 cites W2016542813 @default.
- W2152881742 cites W2017627877 @default.
- W2152881742 cites W2019080509 @default.
- W2152881742 cites W2019600234 @default.
- W2152881742 cites W2021702235 @default.
- W2152881742 cites W2024379904 @default.
- W2152881742 cites W2024616575 @default.
- W2152881742 cites W2028786794 @default.
- W2152881742 cites W2032233969 @default.
- W2152881742 cites W2037060582 @default.
- W2152881742 cites W2038471743 @default.
- W2152881742 cites W2041498840 @default.
- W2152881742 cites W2048475421 @default.
- W2152881742 cites W2050220223 @default.
- W2152881742 cites W2051736386 @default.
- W2152881742 cites W2053376855 @default.
- W2152881742 cites W2055424972 @default.
- W2152881742 cites W2058219250 @default.
- W2152881742 cites W2064199311 @default.
- W2152881742 cites W2068737656 @default.
- W2152881742 cites W2069443976 @default.
- W2152881742 cites W2071999802 @default.
- W2152881742 cites W2073387056 @default.
- W2152881742 cites W2075098714 @default.
- W2152881742 cites W2075743801 @default.
- W2152881742 cites W2078143541 @default.
- W2152881742 cites W2080536248 @default.
- W2152881742 cites W2081612341 @default.
- W2152881742 cites W2082031245 @default.
- W2152881742 cites W2083965108 @default.
- W2152881742 cites W2089369878 @default.
- W2152881742 cites W2091608761 @default.
- W2152881742 cites W2093861840 @default.
- W2152881742 cites W2094517427 @default.
- W2152881742 cites W2095445888 @default.
- W2152881742 cites W2097217685 @default.
- W2152881742 cites W2101651903 @default.
- W2152881742 cites W2104297123 @default.
- W2152881742 cites W2110985547 @default.
- W2152881742 cites W2115492173 @default.
- W2152881742 cites W2115663229 @default.
- W2152881742 cites W2119057567 @default.
- W2152881742 cites W2122008044 @default.
- W2152881742 cites W2122689599 @default.
- W2152881742 cites W2128873828 @default.
- W2152881742 cites W2129573586 @default.
- W2152881742 cites W2132991345 @default.
- W2152881742 cites W2133574746 @default.
- W2152881742 cites W2134861690 @default.
- W2152881742 cites W2136400789 @default.
- W2152881742 cites W2138386195 @default.
- W2152881742 cites W2139820857 @default.
- W2152881742 cites W2143800635 @default.
- W2152881742 cites W2147766323 @default.
- W2152881742 cites W2147824138 @default.
- W2152881742 cites W2149071577 @default.
- W2152881742 cites W2158375437 @default.
- W2152881742 cites W2158632789 @default.
- W2152881742 cites W2161324059 @default.
- W2152881742 cites W2164071492 @default.
- W2152881742 cites W2170525778 @default.
- W2152881742 cites W2318999072 @default.
- W2152881742 cites W313942924 @default.
- W2152881742 cites W4210994965 @default.
- W2152881742 cites W4229558676 @default.
- W2152881742 cites W4234535654 @default.
- W2152881742 cites W4242437310 @default.
- W2152881742 doi "https://doi.org/10.1093/jxb/eru400" @default.
- W2152881742 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25336689" @default.
- W2152881742 hasPublicationYear "2014" @default.
- W2152881742 type Work @default.
- W2152881742 sameAs 2152881742 @default.
- W2152881742 citedByCount "185" @default.