Matches in SemOpenAlex for { <https://semopenalex.org/work/W2162861189> ?p ?o ?g. }
- W2162861189 endingPage "184" @default.
- W2162861189 startingPage "172" @default.
- W2162861189 abstract "Improvement of water use efficiency is a key objective to improve the sustainability of cultivated plants, especially fast growing species with high water consumption like poplar. It is well known that water use efficiency (WUE) varies considerably among poplar genotypes, and it was recently suggested that the use of the mesophyll-to-stomatal conductance ratio (gm/gs) would be an appropriate trait to improve WUE. The responses of 7-week-old cuttings of four hybrid poplar clones and one native Balsam poplar (Populus balsamifera L.) to a water stress–recovery cycle were examined to evaluate the relation between the gm/gs ratio and transpiration efficiency (TE), a leaf-level component of WUE. A contrasting gs response to water stress was observed among the five clones, from stomatal closure early on during soil drying up to limited closure in Balsam poplar. However in the hybrids, the decline in gm was consistently delayed by a few days compared with gs. Moreover, in the most water use-efficient hybrids, the recovery following rehydration occurred faster for gm than for gs. Thus, the delay in the response of gm to drought and its faster recovery upon rewatering increased the gm/gs of the hybrids and this ratio scaled positively with TE. Our results support the use of the gm/gs ratio to select genotypes with improved WUE, and the notion that breeding strategies focusing mainly on stomatal responses to soil drying should also look for a strong curvilinearity between net carbon assimilation rate and gs, the indication of a significant increase in gm/gs in the earlier stages of stomatal closure." @default.
- W2162861189 created "2016-06-24" @default.
- W2162861189 creator A5044939245 @default.
- W2162861189 creator A5045978508 @default.
- W2162861189 creator A5079398482 @default.
- W2162861189 date "2015-02-01" @default.
- W2162861189 modified "2023-09-27" @default.
- W2162861189 title "Greater efficiency of water use in poplar clones having a delayed response of mesophyll conductance to drought" @default.
- W2162861189 cites W112424910 @default.
- W2162861189 cites W1587578751 @default.
- W2162861189 cites W1743693627 @default.
- W2162861189 cites W1965976694 @default.
- W2162861189 cites W1967852364 @default.
- W2162861189 cites W1972883016 @default.
- W2162861189 cites W1974542462 @default.
- W2162861189 cites W1977310741 @default.
- W2162861189 cites W1979723077 @default.
- W2162861189 cites W1982496659 @default.
- W2162861189 cites W1984297519 @default.
- W2162861189 cites W1984843832 @default.
- W2162861189 cites W1986509684 @default.
- W2162861189 cites W1986765471 @default.
- W2162861189 cites W1987904974 @default.
- W2162861189 cites W2010612140 @default.
- W2162861189 cites W2038384235 @default.
- W2162861189 cites W2039577400 @default.
- W2162861189 cites W2045252821 @default.
- W2162861189 cites W2048225044 @default.
- W2162861189 cites W2070903258 @default.
- W2162861189 cites W2075241957 @default.
- W2162861189 cites W2078622841 @default.
- W2162861189 cites W2083119683 @default.
- W2162861189 cites W2095893880 @default.
- W2162861189 cites W2095945607 @default.
- W2162861189 cites W2097962662 @default.
- W2162861189 cites W2098450831 @default.
- W2162861189 cites W2098582054 @default.
- W2162861189 cites W2100826944 @default.
- W2162861189 cites W2103319272 @default.
- W2162861189 cites W2107853282 @default.
- W2162861189 cites W2108118954 @default.
- W2162861189 cites W2108669919 @default.
- W2162861189 cites W2112207548 @default.
- W2162861189 cites W2112341136 @default.
- W2162861189 cites W2113240040 @default.
- W2162861189 cites W2114447152 @default.
- W2162861189 cites W2116220356 @default.
- W2162861189 cites W2116465461 @default.
- W2162861189 cites W2118025697 @default.
- W2162861189 cites W2127249686 @default.
- W2162861189 cites W2129408927 @default.
- W2162861189 cites W2131653138 @default.
- W2162861189 cites W2133025748 @default.
- W2162861189 cites W2133140311 @default.
- W2162861189 cites W2134884992 @default.
- W2162861189 cites W2135063946 @default.
- W2162861189 cites W2138082879 @default.
- W2162861189 cites W2140098641 @default.
- W2162861189 cites W2141510263 @default.
- W2162861189 cites W2142766885 @default.
- W2162861189 cites W2144382484 @default.
- W2162861189 cites W2145884740 @default.
- W2162861189 cites W2147072162 @default.
- W2162861189 cites W2149093000 @default.
- W2162861189 cites W2150866414 @default.
- W2162861189 cites W2152522043 @default.
- W2162861189 cites W2153892914 @default.
- W2162861189 cites W2159195238 @default.
- W2162861189 cites W2165301409 @default.
- W2162861189 cites W2167462345 @default.
- W2162861189 cites W2168347179 @default.
- W2162861189 cites W2168444258 @default.
- W2162861189 cites W2169017109 @default.
- W2162861189 cites W2169997758 @default.
- W2162861189 cites W2170016336 @default.
- W2162861189 cites W2219567238 @default.
- W2162861189 cites W2312204103 @default.
- W2162861189 cites W2324635226 @default.
- W2162861189 cites W2330937076 @default.
- W2162861189 cites W4241885846 @default.
- W2162861189 cites W4254902251 @default.
- W2162861189 doi "https://doi.org/10.1093/treephys/tpv006" @default.
- W2162861189 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25721370" @default.
- W2162861189 hasPublicationYear "2015" @default.
- W2162861189 type Work @default.
- W2162861189 sameAs 2162861189 @default.
- W2162861189 citedByCount "43" @default.
- W2162861189 countsByYear W21628611892015 @default.
- W2162861189 countsByYear W21628611892016 @default.
- W2162861189 countsByYear W21628611892017 @default.
- W2162861189 countsByYear W21628611892018 @default.
- W2162861189 countsByYear W21628611892019 @default.
- W2162861189 countsByYear W21628611892020 @default.
- W2162861189 countsByYear W21628611892021 @default.
- W2162861189 countsByYear W21628611892022 @default.
- W2162861189 countsByYear W21628611892023 @default.
- W2162861189 crossrefType "journal-article" @default.
- W2162861189 hasAuthorship W2162861189A5044939245 @default.