Matches in SemOpenAlex for { <https://semopenalex.org/work/W4223446550> ?p ?o ?g. }
- W4223446550 endingPage "779" @default.
- W4223446550 startingPage "766" @default.
- W4223446550 abstract "Low-temperature thermal acclimation may require adjustments to N and water use to sustain photosynthesis because of slow enzyme functioning and high water viscosity. However, understanding of photosynthetic acclimation to temperatures below 11 °C is limited. We acclimated Populus balsamifera to 6 °C and 10 °C (6A and 10A, respectively) and provided the trees with either high or low N fertilizer. We measured net CO2 assimilation (Anet ), stomatal conductance (gs ), maximum rates of Rubisco carboxylation (Vcmax ), electron transport (Jmax ) and dark respiration (Rd ) at leaf temperatures of 2, 6, 10, 14 and 18 °C, along with leaf N concentrations. The 10A trees had higher Anet than the 6A trees at warmer leaf temperatures, which was correlated with higher gs in the 10A trees. The instantaneous temperature responses of Vcmax , Jmax and Rd were similar for trees from both acclimation temperatures. While soil N availability increased leaf N concentrations, this had no effect on acclimation of photosynthesis or respiration. Our results indicate that acclimation below 11 °C occurred primarily through changes in stomatal conductance, not photosynthetic biochemistry, and was unaffected by short-term N supply. Thermal acclimation of stomatal conductance should therefore be a priority for future carbon cycle model development." @default.
- W4223446550 created "2022-04-14" @default.
- W4223446550 creator A5005437803 @default.
- W4223446550 creator A5015213972 @default.
- W4223446550 creator A5080483170 @default.
- W4223446550 creator A5089795634 @default.
- W4223446550 date "2022-05-08" @default.
- W4223446550 modified "2023-10-12" @default.
- W4223446550 title "Stomatal conductance, not biochemistry, drives low temperature acclimation of photosynthesis in <i>Populus balsamifera</i> , regardless of nitrogen availability" @default.
- W4223446550 cites W1510218062 @default.
- W4223446550 cites W1532133680 @default.
- W4223446550 cites W1719075847 @default.
- W4223446550 cites W1944229941 @default.
- W4223446550 cites W1970052738 @default.
- W4223446550 cites W1992299338 @default.
- W4223446550 cites W1997740487 @default.
- W4223446550 cites W2001152491 @default.
- W4223446550 cites W2017704156 @default.
- W4223446550 cites W2020507833 @default.
- W4223446550 cites W2021448154 @default.
- W4223446550 cites W2031949321 @default.
- W4223446550 cites W2041087096 @default.
- W4223446550 cites W2046723667 @default.
- W4223446550 cites W2048074585 @default.
- W4223446550 cites W2051118041 @default.
- W4223446550 cites W2052426129 @default.
- W4223446550 cites W2052648234 @default.
- W4223446550 cites W2060261110 @default.
- W4223446550 cites W2071173252 @default.
- W4223446550 cites W2090485368 @default.
- W4223446550 cites W2098000995 @default.
- W4223446550 cites W2099439283 @default.
- W4223446550 cites W2100174116 @default.
- W4223446550 cites W2102125151 @default.
- W4223446550 cites W2102883758 @default.
- W4223446550 cites W2103323846 @default.
- W4223446550 cites W2111806092 @default.
- W4223446550 cites W2119220376 @default.
- W4223446550 cites W2119801064 @default.
- W4223446550 cites W2123001182 @default.
- W4223446550 cites W2127817933 @default.
- W4223446550 cites W2130616805 @default.
- W4223446550 cites W2141488040 @default.
- W4223446550 cites W2142519846 @default.
- W4223446550 cites W2149352713 @default.
- W4223446550 cites W2150241708 @default.
- W4223446550 cites W2156275675 @default.
- W4223446550 cites W2159267296 @default.
- W4223446550 cites W2162566424 @default.
- W4223446550 cites W2167057772 @default.
- W4223446550 cites W2176094325 @default.
- W4223446550 cites W2243151065 @default.
- W4223446550 cites W2312164556 @default.
- W4223446550 cites W2319511031 @default.
- W4223446550 cites W2553925724 @default.
- W4223446550 cites W2557651103 @default.
- W4223446550 cites W2568895262 @default.
- W4223446550 cites W2619132935 @default.
- W4223446550 cites W2750615562 @default.
- W4223446550 cites W2752987550 @default.
- W4223446550 cites W2753080418 @default.
- W4223446550 cites W2753659550 @default.
- W4223446550 cites W2772896719 @default.
- W4223446550 cites W2788003534 @default.
- W4223446550 cites W2802673452 @default.
- W4223446550 cites W2850876416 @default.
- W4223446550 cites W2895508006 @default.
- W4223446550 cites W2901604409 @default.
- W4223446550 cites W2907861418 @default.
- W4223446550 cites W2908319623 @default.
- W4223446550 cites W2912335865 @default.
- W4223446550 cites W2949416633 @default.
- W4223446550 cites W2969985010 @default.
- W4223446550 cites W2987584204 @default.
- W4223446550 cites W2997897727 @default.
- W4223446550 cites W3011196067 @default.
- W4223446550 cites W3032337632 @default.
- W4223446550 doi "https://doi.org/10.1111/plb.13428" @default.
- W4223446550 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35398958" @default.
- W4223446550 hasPublicationYear "2022" @default.
- W4223446550 type Work @default.
- W4223446550 citedByCount "2" @default.
- W4223446550 countsByYear W42234465502023 @default.
- W4223446550 crossrefType "journal-article" @default.
- W4223446550 hasAuthorship W4223446550A5005437803 @default.
- W4223446550 hasAuthorship W4223446550A5015213972 @default.
- W4223446550 hasAuthorship W4223446550A5080483170 @default.
- W4223446550 hasAuthorship W4223446550A5089795634 @default.
- W4223446550 hasBestOaLocation W42234465501 @default.
- W4223446550 hasConcept C119406331 @default.
- W4223446550 hasConcept C144027150 @default.
- W4223446550 hasConcept C161790260 @default.
- W4223446550 hasConcept C182215343 @default.
- W4223446550 hasConcept C183688256 @default.
- W4223446550 hasConcept C24428623 @default.
- W4223446550 hasConcept C2781045423 @default.
- W4223446550 hasConcept C50212798 @default.
- W4223446550 hasConcept C55493867 @default.