FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2320341016> ?p ?o ?g. }

• W2320341016 endingPage "278" @default.
• W2320341016 startingPage "266" @default.
• W2320341016 abstract "Selecting plantation species to balance water use and production requires accurate models for predicting how species will tolerate and respond to environmental conditions. Although interspecific variation in water use occurs, species-specific parameters are rarely incorporated into physiologically based models because often the appropriate species parameters are lacking. To determine the physiological control over water use in Eucalyptus, five stands of Eucalyptus species growing in a common garden were measured for sap flux rates and their stomatal response to vapour pressure deficit (D) was assessed. Maximal canopy conductance and whole-canopy stomatal sensitivity to D and reduced water availability were lower in species originating from more arid climates of origin than those from humid climates. Species from humid climates showed a larger decline in maximal sap flux density (JSmax) with reduced water availability, and a lower D at which stomatal closure occurred than species from more arid climates, implying larger sensitivity to water availability and D in these species. We observed significant (P < 0.05) correlations of species climate of origin with mean vessel diameter (R2 = 0.90), stomatal sensitivity to D (R2 = 0.83) and the size of the decline in JSmax to restricted water availability (R2 = 0.94). Thus aridity of climate of origin appears to have a selective role in constraining water-use response among the five Eucalyptus plantation species. These relationships emphasize that within this congeneric group of species, climate aridity constrains water use. These relationships have implications for species choices for tree plantation success against drought-induced losses and the ability to manage Eucalyptus plantations against projected changes in water availability and evaporation in the future." @default.
• W2320341016 created "2016-06-24" @default.
• W2320341016 creator A5048097541 @default.
• W2320341016 creator A5060255565 @default.
• W2320341016 creator A5061833615 @default.
• W2320341016 date "2015-03-01" @default.
• W2320341016 modified "2023-10-14" @default.
• W2320341016 title "Stomatal sensitivity to vapour pressure deficit relates to climate of origin in Eucalyptus species" @default.
• W2320341016 cites W1513523907 @default.
• W2320341016 cites W1969974566 @default.
• W2320341016 cites W1977900038 @default.
• W2320341016 cites W1982623611 @default.
• W2320341016 cites W1983441956 @default.
• W2320341016 cites W1988216742 @default.
• W2320341016 cites W1990413705 @default.
• W2320341016 cites W1991938699 @default.
• W2320341016 cites W1997909845 @default.
• W2320341016 cites W2006070741 @default.
• W2320341016 cites W2007546116 @default.
• W2320341016 cites W2012460352 @default.
• W2320341016 cites W2020252700 @default.
• W2320341016 cites W2027188095 @default.
• W2320341016 cites W2027770563 @default.
• W2320341016 cites W2028821933 @default.
• W2320341016 cites W2028833815 @default.
• W2320341016 cites W2029976815 @default.
• W2320341016 cites W2045252821 @default.
• W2320341016 cites W2046085084 @default.
• W2320341016 cites W2048617279 @default.
• W2320341016 cites W2057449189 @default.
• W2320341016 cites W2059092572 @default.
• W2320341016 cites W2069781605 @default.
• W2320341016 cites W2072083209 @default.
• W2320341016 cites W2076646346 @default.
• W2320341016 cites W2077896114 @default.
• W2320341016 cites W2086308703 @default.
• W2320341016 cites W2086600058 @default.
• W2320341016 cites W2093023540 @default.
• W2320341016 cites W2093128974 @default.
• W2320341016 cites W2095981349 @default.
• W2320341016 cites W2100724205 @default.
• W2320341016 cites W2101108516 @default.
• W2320341016 cites W2101836973 @default.
• W2320341016 cites W2103213004 @default.
• W2320341016 cites W2103755337 @default.
• W2320341016 cites W2105366068 @default.
• W2320341016 cites W2108858499 @default.
• W2320341016 cites W2112124443 @default.
• W2320341016 cites W2112870079 @default.
• W2320341016 cites W2119006714 @default.
• W2320341016 cites W2119746398 @default.
• W2320341016 cites W2120478525 @default.
• W2320341016 cites W2122006960 @default.
• W2320341016 cites W2122417571 @default.
• W2320341016 cites W2122487338 @default.
• W2320341016 cites W2123925548 @default.
• W2320341016 cites W2125193689 @default.
• W2320341016 cites W2125909647 @default.
• W2320341016 cites W2125960767 @default.
• W2320341016 cites W2126352933 @default.
• W2320341016 cites W2126860661 @default.
• W2320341016 cites W2127090939 @default.
• W2320341016 cites W2127465662 @default.
• W2320341016 cites W2129987191 @default.
• W2320341016 cites W2132689814 @default.
• W2320341016 cites W2135512624 @default.
• W2320341016 cites W2137068929 @default.
• W2320341016 cites W2139472904 @default.
• W2320341016 cites W2140468388 @default.
• W2320341016 cites W2143789750 @default.
• W2320341016 cites W2145784218 @default.
• W2320341016 cites W2146417515 @default.
• W2320341016 cites W2147968065 @default.
• W2320341016 cites W2148750799 @default.
• W2320341016 cites W2153427373 @default.
• W2320341016 cites W2158086023 @default.
• W2320341016 cites W2158569120 @default.
• W2320341016 cites W2158683657 @default.
• W2320341016 cites W2161374678 @default.
• W2320341016 cites W2162554965 @default.
• W2320341016 cites W2164330309 @default.
• W2320341016 cites W2166549095 @default.
• W2320341016 cites W2167239677 @default.
• W2320341016 cites W2167832339 @default.
• W2320341016 cites W2169017109 @default.
• W2320341016 cites W2169084809 @default.
• W2320341016 cites W2170458183 @default.
• W2320341016 cites W2172202055 @default.
• W2320341016 cites W2172977821 @default.
• W2320341016 cites W2318657127 @default.
• W2320341016 cites W2325615275 @default.
• W2320341016 cites W2329329982 @default.
• W2320341016 cites W2332370930 @default.
• W2320341016 doi "https://doi.org/10.1093/treephys/tpv014" @default.
• W2320341016 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25769338" @default.
• W2320341016 hasPublicationYear "2015" @default.
• W2320341016 type Work @default.
• W2320341016 sameAs 2320341016 @default.

• next