Matches in SemOpenAlex for { <https://semopenalex.org/work/W4226258816> ?p ?o ?g. }
- W4226258816 endingPage "2077" @default.
- W4226258816 startingPage "2062" @default.
- W4226258816 abstract "Abstract We assessed how the temperature response of leaf day respiration ( R d ) in wheat responded to contrasting water regimes and growth temperatures. In Experiment 1, well‐watered and drought‐stressed conditions were imposed on two genotypes; in Experiment 2, the two water regimes combined with high (HT), medium (MT) and low (LT) growth temperatures were imposed on one of the genotypes. R d was estimated from simultaneous gas exchange and chlorophyll fluorescence measurements at six leaf temperatures ( T leaf ) for each treatment, using the Yin method for nonphotorespiratory conditions and the nonrectangular hyperbolic fitting method for photorespiratory conditions. The two genotypes responded similarly to growth and measurement conditions. Estimates of R d for nonphotorespiratory conditions were generally higher than those for photorespiratory conditions, but their responses to T leaf were similar. Under well‐watered conditions, R d and its sensitivity to T leaf slightly acclimated to LT, but did not acclimate to HT. Temperature sensitivities of R d were considerably suppressed by drought, and the suppression varied among growth temperatures. Thus, it is necessary to quantify interactions between drought and growth temperature for reliably modelling R d under climate change. Our study also demonstrated that the Kok method, one of the currently popular methods for estimating R d , underestimated R d significantly." @default.
- W4226258816 created "2022-05-05" @default.
- W4226258816 creator A5031587397 @default.
- W4226258816 creator A5037624863 @default.
- W4226258816 creator A5074616789 @default.
- W4226258816 creator A5081378460 @default.
- W4226258816 creator A5084566064 @default.
- W4226258816 date "2022-04-18" @default.
- W4226258816 modified "2023-10-09" @default.
- W4226258816 title "Drought exerts a greater influence than growth temperature on the temperature response of leaf day respiration in wheat (<i>Triticum aestivum</i>)" @default.
- W4226258816 cites W1556764232 @default.
- W4226258816 cites W1797963044 @default.
- W4226258816 cites W1933885846 @default.
- W4226258816 cites W1957686132 @default.
- W4226258816 cites W1975892234 @default.
- W4226258816 cites W1981855187 @default.
- W4226258816 cites W1983821125 @default.
- W4226258816 cites W2009384183 @default.
- W4226258816 cites W2027228781 @default.
- W4226258816 cites W2046857879 @default.
- W4226258816 cites W2051998335 @default.
- W4226258816 cites W2057142346 @default.
- W4226258816 cites W2069215623 @default.
- W4226258816 cites W2071452287 @default.
- W4226258816 cites W2075241957 @default.
- W4226258816 cites W2083263833 @default.
- W4226258816 cites W2086099666 @default.
- W4226258816 cites W2093282010 @default.
- W4226258816 cites W2100054919 @default.
- W4226258816 cites W2106098222 @default.
- W4226258816 cites W2112769762 @default.
- W4226258816 cites W2113389258 @default.
- W4226258816 cites W2114532583 @default.
- W4226258816 cites W2117212230 @default.
- W4226258816 cites W2118604886 @default.
- W4226258816 cites W2119220376 @default.
- W4226258816 cites W2120441531 @default.
- W4226258816 cites W2124011928 @default.
- W4226258816 cites W2125324947 @default.
- W4226258816 cites W2127060444 @default.
- W4226258816 cites W2133212582 @default.
- W4226258816 cites W2133662488 @default.
- W4226258816 cites W2134850188 @default.
- W4226258816 cites W2135303193 @default.
- W4226258816 cites W2137944076 @default.
- W4226258816 cites W2138057721 @default.
- W4226258816 cites W2140528337 @default.
- W4226258816 cites W2141510263 @default.
- W4226258816 cites W2144949995 @default.
- W4226258816 cites W2153540267 @default.
- W4226258816 cites W2153747875 @default.
- W4226258816 cites W2158805124 @default.
- W4226258816 cites W2160524323 @default.
- W4226258816 cites W2160974882 @default.
- W4226258816 cites W2166941621 @default.
- W4226258816 cites W2203299195 @default.
- W4226258816 cites W2231433302 @default.
- W4226258816 cites W2258748269 @default.
- W4226258816 cites W2514551888 @default.
- W4226258816 cites W2598405039 @default.
- W4226258816 cites W2600452325 @default.
- W4226258816 cites W2605184629 @default.
- W4226258816 cites W2752200784 @default.
- W4226258816 cites W2753659550 @default.
- W4226258816 cites W2763556526 @default.
- W4226258816 cites W2898727875 @default.
- W4226258816 cites W2900118202 @default.
- W4226258816 cites W2938070741 @default.
- W4226258816 cites W2945345430 @default.
- W4226258816 cites W2972893906 @default.
- W4226258816 cites W2997897727 @default.
- W4226258816 cites W3006260057 @default.
- W4226258816 cites W3021121457 @default.
- W4226258816 cites W3040144530 @default.
- W4226258816 cites W3088669661 @default.
- W4226258816 cites W3101431148 @default.
- W4226258816 cites W3111202482 @default.
- W4226258816 cites W3134020052 @default.
- W4226258816 cites W3154754984 @default.
- W4226258816 cites W3176461917 @default.
- W4226258816 cites W4226258816 @default.
- W4226258816 doi "https://doi.org/10.1111/pce.14324" @default.
- W4226258816 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35357701" @default.
- W4226258816 hasPublicationYear "2022" @default.
- W4226258816 type Work @default.
- W4226258816 citedByCount "4" @default.
- W4226258816 countsByYear W42262588162022 @default.
- W4226258816 countsByYear W42262588162023 @default.
- W4226258816 crossrefType "journal-article" @default.
- W4226258816 hasAuthorship W4226258816A5031587397 @default.
- W4226258816 hasAuthorship W4226258816A5037624863 @default.
- W4226258816 hasAuthorship W4226258816A5074616789 @default.
- W4226258816 hasAuthorship W4226258816A5081378460 @default.
- W4226258816 hasAuthorship W4226258816A5084566064 @default.
- W4226258816 hasBestOaLocation W42262588162 @default.
- W4226258816 hasConcept C119406331 @default.
- W4226258816 hasConcept C140793950 @default.
- W4226258816 hasConcept C144027150 @default.