Matches in SemOpenAlex for { <https://semopenalex.org/work/W2105358077> ?p ?o ?g. }
- W2105358077 endingPage "7347" @default.
- W2105358077 startingPage "7331" @default.
- W2105358077 abstract "Abstract. Forest and savanna are the two dominant vegetation types of the tropical regions with very few tree species common to both. At a broad scale, it has long been recognised that the distributions of these two biomes are principally governed by precipitation and its seasonality, but with soil physical and chemical properties also potentially important. For tree species drawn from a range of forest and savanna sites in tropical Far North Queensland, Australia, we compared leaf traits of photosynthetic capacity, structure and nutrient concentrations. Area-based photosynthetic capacity was higher for the savanna species with a steeper slope to the photosynthesis &leftrightarrow; nitrogen (N) relationship compared with the forest group. Higher leaf mass per unit leaf area for the savanna trees derived from denser rather than thicker leaves and did not appear to restrict rates of light-saturated photosynthesis when expressed on either an area or mass basis. Median ratios of foliar N to phosphorus (P) were relatively high (>20) at all sites, but we found no evidence for a dominant P limitation of photosynthesis for either forest or savanna trees. A parsimonious mixed-effects model of area-based photosynthetic capacity retained vegetation type and both N and P as explanatory terms. Resulting model-fitted predictions suggested a good fit to the observed data (R2 = 0.82). The model's random component found variation in area-based photosynthetic response to be much greater among species (71% of response variance) than across sites (9%). These results suggest that, on a leaf-area basis, savanna trees of Far North Queensland, Australia, are capable of photosynthetically outperforming forest species at their common boundaries." @default.
- W2105358077 created "2016-06-24" @default.
- W2105358077 creator A5005341677 @default.
- W2105358077 creator A5006348469 @default.
- W2105358077 creator A5012219703 @default.
- W2105358077 creator A5021703086 @default.
- W2105358077 creator A5023282767 @default.
- W2105358077 creator A5023606854 @default.
- W2105358077 creator A5061514782 @default.
- W2105358077 creator A5061584098 @default.
- W2105358077 creator A5085269825 @default.
- W2105358077 date "2014-12-19" @default.
- W2105358077 modified "2023-10-06" @default.
- W2105358077 title "Contrasting photosynthetic characteristics of forest vs. savanna species (Far North Queensland, Australia)" @default.
- W2105358077 cites W125432427 @default.
- W2105358077 cites W1518897246 @default.
- W2105358077 cites W1531176919 @default.
- W2105358077 cites W1548378069 @default.
- W2105358077 cites W1564349881 @default.
- W2105358077 cites W1966715855 @default.
- W2105358077 cites W1976536796 @default.
- W2105358077 cites W1980088625 @default.
- W2105358077 cites W1980387602 @default.
- W2105358077 cites W1985504721 @default.
- W2105358077 cites W2009361255 @default.
- W2105358077 cites W2010049875 @default.
- W2105358077 cites W2021259565 @default.
- W2105358077 cites W2025958185 @default.
- W2105358077 cites W2028857091 @default.
- W2105358077 cites W2030185866 @default.
- W2105358077 cites W2031715009 @default.
- W2105358077 cites W2033924781 @default.
- W2105358077 cites W2043104027 @default.
- W2105358077 cites W2048518869 @default.
- W2105358077 cites W2051550855 @default.
- W2105358077 cites W2055168810 @default.
- W2105358077 cites W2056487217 @default.
- W2105358077 cites W2056581871 @default.
- W2105358077 cites W2063175954 @default.
- W2105358077 cites W2066463125 @default.
- W2105358077 cites W2069903502 @default.
- W2105358077 cites W2076138676 @default.
- W2105358077 cites W2085046376 @default.
- W2105358077 cites W2086654916 @default.
- W2105358077 cites W2089206344 @default.
- W2105358077 cites W2094547585 @default.
- W2105358077 cites W2100223768 @default.
- W2105358077 cites W2100588496 @default.
- W2105358077 cites W2101782784 @default.
- W2105358077 cites W2102486190 @default.
- W2105358077 cites W2103160998 @default.
- W2105358077 cites W2105427050 @default.
- W2105358077 cites W2106565849 @default.
- W2105358077 cites W2110074785 @default.
- W2105358077 cites W2112207548 @default.
- W2105358077 cites W2112735270 @default.
- W2105358077 cites W2113248903 @default.
- W2105358077 cites W2114838732 @default.
- W2105358077 cites W2117413811 @default.
- W2105358077 cites W2118295263 @default.
- W2105358077 cites W2120220555 @default.
- W2105358077 cites W2121361055 @default.
- W2105358077 cites W2127425291 @default.
- W2105358077 cites W2127934604 @default.
- W2105358077 cites W2129157868 @default.
- W2105358077 cites W2129324373 @default.
- W2105358077 cites W2130963001 @default.
- W2105358077 cites W2131346365 @default.
- W2105358077 cites W2131795541 @default.
- W2105358077 cites W2132368370 @default.
- W2105358077 cites W2133925253 @default.
- W2105358077 cites W2141550196 @default.
- W2105358077 cites W2144706069 @default.
- W2105358077 cites W2149725827 @default.
- W2105358077 cites W2149926409 @default.
- W2105358077 cites W2152728462 @default.
- W2105358077 cites W2152933938 @default.
- W2105358077 cites W2153744838 @default.
- W2105358077 cites W2155920093 @default.
- W2105358077 cites W2162387407 @default.
- W2105358077 cites W2164014336 @default.
- W2105358077 cites W2164472204 @default.
- W2105358077 cites W2169956696 @default.
- W2105358077 cites W2326824025 @default.
- W2105358077 cites W2741316887 @default.
- W2105358077 cites W4230674115 @default.
- W2105358077 cites W4254467956 @default.
- W2105358077 cites W4376453490 @default.
- W2105358077 cites W48037039 @default.
- W2105358077 doi "https://doi.org/10.5194/bg-11-7331-2014" @default.
- W2105358077 hasPublicationYear "2014" @default.
- W2105358077 type Work @default.
- W2105358077 sameAs 2105358077 @default.
- W2105358077 citedByCount "18" @default.
- W2105358077 countsByYear W21053580772015 @default.
- W2105358077 countsByYear W21053580772016 @default.
- W2105358077 countsByYear W21053580772017 @default.
- W2105358077 countsByYear W21053580772018 @default.