Matches in SemOpenAlex for { <https://semopenalex.org/work/W3045140090> ?p ?o ?g. }
- W3045140090 endingPage "6470" @default.
- W3045140090 startingPage "6460" @default.
- W3045140090 abstract "Abstract In vascular plants, more rigid leaves have been linked to lower photosynthetic capacity, associated with low CO2 diffusion across the mesophyll, indirectly resulting in a trade-off between photosynthetic capacity (An) and bulk modulus of elasticity (ε). However, we evaluated mosses, liverworts, and Chara sp., plus some lycophytes and ferns, and found that they behaved as clear outliers of the An–ε relationship. Despite this finding, when vascular and non-vascular plants were plotted together, ε still linearly determined the cessation of net photosynthesis during desiccation both in species with stomata (either actively or hydro-passively regulated) and in species lacking stomata, and regardless of their leaf structure. The latter result challenges our current view of photosynthetic responses to desiccation and/or water stress. Structural features and hydric strategy are discussed as possible explanations for the deviation of these species from the An–ε trade-off, as well as for the general linear dependency between ε and the full cessation of An during desiccation." @default.
- W3045140090 created "2020-07-29" @default.
- W3045140090 creator A5027481260 @default.
- W3045140090 creator A5034106140 @default.
- W3045140090 creator A5054232287 @default.
- W3045140090 date "2020-07-20" @default.
- W3045140090 modified "2023-10-03" @default.
- W3045140090 title "What drives photosynthesis during desiccation? Mosses and other outliers from the photosynthesis–elasticity trade-off" @default.
- W3045140090 cites W1171444953 @default.
- W3045140090 cites W1544767178 @default.
- W3045140090 cites W1663995113 @default.
- W3045140090 cites W1719995090 @default.
- W3045140090 cites W1831738019 @default.
- W3045140090 cites W1858828181 @default.
- W3045140090 cites W1878818372 @default.
- W3045140090 cites W1879034363 @default.
- W3045140090 cites W1970160535 @default.
- W3045140090 cites W1970249363 @default.
- W3045140090 cites W1981905060 @default.
- W3045140090 cites W1984570904 @default.
- W3045140090 cites W1986509684 @default.
- W3045140090 cites W1989647630 @default.
- W3045140090 cites W1993840519 @default.
- W3045140090 cites W1994841774 @default.
- W3045140090 cites W2000742992 @default.
- W3045140090 cites W2006899072 @default.
- W3045140090 cites W2024836751 @default.
- W3045140090 cites W2030441861 @default.
- W3045140090 cites W2032185064 @default.
- W3045140090 cites W2033208933 @default.
- W3045140090 cites W2036249399 @default.
- W3045140090 cites W2045683740 @default.
- W3045140090 cites W2062322548 @default.
- W3045140090 cites W206501497 @default.
- W3045140090 cites W2067834777 @default.
- W3045140090 cites W2083798914 @default.
- W3045140090 cites W2084588970 @default.
- W3045140090 cites W2089049615 @default.
- W3045140090 cites W2089728012 @default.
- W3045140090 cites W2091131542 @default.
- W3045140090 cites W2092732938 @default.
- W3045140090 cites W2094207216 @default.
- W3045140090 cites W2102565037 @default.
- W3045140090 cites W2108689994 @default.
- W3045140090 cites W2112210436 @default.
- W3045140090 cites W2112603298 @default.
- W3045140090 cites W2114118310 @default.
- W3045140090 cites W2117973831 @default.
- W3045140090 cites W2118295263 @default.
- W3045140090 cites W2119747598 @default.
- W3045140090 cites W2122113851 @default.
- W3045140090 cites W2125286895 @default.
- W3045140090 cites W2125610532 @default.
- W3045140090 cites W2139165023 @default.
- W3045140090 cites W2142833377 @default.
- W3045140090 cites W2153093436 @default.
- W3045140090 cites W2153478495 @default.
- W3045140090 cites W2154413184 @default.
- W3045140090 cites W2155188514 @default.
- W3045140090 cites W2156583214 @default.
- W3045140090 cites W2160653313 @default.
- W3045140090 cites W2161994403 @default.
- W3045140090 cites W2162810745 @default.
- W3045140090 cites W2165564311 @default.
- W3045140090 cites W2169543355 @default.
- W3045140090 cites W2169670735 @default.
- W3045140090 cites W2170285967 @default.
- W3045140090 cites W2172364490 @default.
- W3045140090 cites W2199260952 @default.
- W3045140090 cites W2312409013 @default.
- W3045140090 cites W2320510693 @default.
- W3045140090 cites W2325158540 @default.
- W3045140090 cites W2329463046 @default.
- W3045140090 cites W2347207632 @default.
- W3045140090 cites W2368623739 @default.
- W3045140090 cites W2403995140 @default.
- W3045140090 cites W2479789008 @default.
- W3045140090 cites W2591710010 @default.
- W3045140090 cites W2592041753 @default.
- W3045140090 cites W2605743607 @default.
- W3045140090 cites W2607128934 @default.
- W3045140090 cites W2779085246 @default.
- W3045140090 cites W2780200651 @default.
- W3045140090 cites W2866304651 @default.
- W3045140090 cites W2883336297 @default.
- W3045140090 cites W2884486972 @default.
- W3045140090 cites W2892844863 @default.
- W3045140090 cites W2909924319 @default.
- W3045140090 cites W2921097192 @default.
- W3045140090 cites W2922943295 @default.
- W3045140090 cites W2931082543 @default.
- W3045140090 cites W2988192887 @default.
- W3045140090 cites W3009181993 @default.
- W3045140090 cites W3048222024 @default.
- W3045140090 cites W4236340067 @default.
- W3045140090 cites W4240768637 @default.
- W3045140090 cites W50419154 @default.
- W3045140090 doi "https://doi.org/10.1093/jxb/eraa328" @default.