Matches in SemOpenAlex for { <https://semopenalex.org/work/W2126581010> ?p ?o ?g. }
- W2126581010 endingPage "1198" @default.
- W2126581010 startingPage "1183" @default.
- W2126581010 abstract "The inter-relationships among δ13C and δ18O in tree ring cellulose and ring width have the potential to illuminate long-term physiological and environmental information in forest stands that have not been monitored. We examine how within-stand competition and environmental gradients affect ring widths and the stable isotopes of cellulose. We utilize a natural climate gradient across a catchment dominated by Douglas-fir and temporal changes in climate over an 8-year period. We apply a dual-isotope approach to infer physiological response of trees in differing crown dominance classes to temporal and spatial changes in environmental conditions using a qualitative conceptual model of the 13C–18O relationship and by normalizing the data to minimize other variance. The δ13C and δ18O of cellulose were correlated with year-to-year variation in relative humidity and consistent with current isotope theory. Using a qualitative conceptual model of the 13C–18O relationship and physiological knowledge about the species, we interpreted these changes as stomatal conductance responses to evaporative demand. Spatial variance between plots was not strong and seemed related to leaf nitrogen rather than any other environmental variable. Dominant trees responded to environmental gradients more consistently with current isotope theory as compared with other classes within the same stand. We found a correlation of stable isotopes with environmental variables is useful for assessing the impacts of environmental change over short time series and where growth varies only minimally with climate." @default.
- W2126581010 created "2016-06-24" @default.
- W2126581010 creator A5002208496 @default.
- W2126581010 creator A5045718694 @default.
- W2126581010 creator A5076256281 @default.
- W2126581010 date "2012-09-17" @default.
- W2126581010 modified "2023-10-16" @default.
- W2126581010 title "Applying the dual-isotope conceptual model to interpret physiological trends under uncontrolled conditions" @default.
- W2126581010 cites W1681975708 @default.
- W2126581010 cites W1964934958 @default.
- W2126581010 cites W1969977201 @default.
- W2126581010 cites W1972703753 @default.
- W2126581010 cites W1972981950 @default.
- W2126581010 cites W1973786358 @default.
- W2126581010 cites W1976859842 @default.
- W2126581010 cites W1982172307 @default.
- W2126581010 cites W1987883755 @default.
- W2126581010 cites W2005169530 @default.
- W2126581010 cites W2005901620 @default.
- W2126581010 cites W2008412669 @default.
- W2126581010 cites W2009614011 @default.
- W2126581010 cites W2011081793 @default.
- W2126581010 cites W2012534014 @default.
- W2126581010 cites W2018483813 @default.
- W2126581010 cites W2018543179 @default.
- W2126581010 cites W2024891845 @default.
- W2126581010 cites W2027379513 @default.
- W2126581010 cites W2027915380 @default.
- W2126581010 cites W2034512974 @default.
- W2126581010 cites W2039761626 @default.
- W2126581010 cites W2039843980 @default.
- W2126581010 cites W2040694450 @default.
- W2126581010 cites W2040995238 @default.
- W2126581010 cites W2042521018 @default.
- W2126581010 cites W2049788954 @default.
- W2126581010 cites W2055385162 @default.
- W2126581010 cites W2063630425 @default.
- W2126581010 cites W2065039444 @default.
- W2126581010 cites W2066770563 @default.
- W2126581010 cites W2069692768 @default.
- W2126581010 cites W2074770327 @default.
- W2126581010 cites W2075343652 @default.
- W2126581010 cites W2076968347 @default.
- W2126581010 cites W2080178912 @default.
- W2126581010 cites W2081625437 @default.
- W2126581010 cites W2090197831 @default.
- W2126581010 cites W2097603442 @default.
- W2126581010 cites W2099765928 @default.
- W2126581010 cites W2100005230 @default.
- W2126581010 cites W2101133142 @default.
- W2126581010 cites W2101962276 @default.
- W2126581010 cites W2103596388 @default.
- W2126581010 cites W2105688850 @default.
- W2126581010 cites W2107893802 @default.
- W2126581010 cites W2110363088 @default.
- W2126581010 cites W2111634025 @default.
- W2126581010 cites W2112160936 @default.
- W2126581010 cites W2112207548 @default.
- W2126581010 cites W2119076034 @default.
- W2126581010 cites W2122449068 @default.
- W2126581010 cites W2122979759 @default.
- W2126581010 cites W2125639658 @default.
- W2126581010 cites W2129253516 @default.
- W2126581010 cites W2133934206 @default.
- W2126581010 cites W2133986340 @default.
- W2126581010 cites W2134800142 @default.
- W2126581010 cites W2136360409 @default.
- W2126581010 cites W2136470163 @default.
- W2126581010 cites W2136550345 @default.
- W2126581010 cites W2137457488 @default.
- W2126581010 cites W2139541477 @default.
- W2126581010 cites W2143804637 @default.
- W2126581010 cites W2144621007 @default.
- W2126581010 cites W2146719438 @default.
- W2126581010 cites W2151515816 @default.
- W2126581010 cites W2152524636 @default.
- W2126581010 cites W2156555791 @default.
- W2126581010 cites W2157983229 @default.
- W2126581010 cites W2158447196 @default.
- W2126581010 cites W2158683657 @default.
- W2126581010 cites W2159244290 @default.
- W2126581010 cites W2164332059 @default.
- W2126581010 cites W2166897237 @default.
- W2126581010 cites W2171084283 @default.
- W2126581010 cites W2317986631 @default.
- W2126581010 cites W2322041492 @default.
- W2126581010 cites W2326975787 @default.
- W2126581010 cites W2327912616 @default.
- W2126581010 doi "https://doi.org/10.1093/treephys/tps078" @default.
- W2126581010 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22989739" @default.
- W2126581010 hasPublicationYear "2012" @default.
- W2126581010 type Work @default.
- W2126581010 sameAs 2126581010 @default.
- W2126581010 citedByCount "60" @default.
- W2126581010 countsByYear W21265810102012 @default.
- W2126581010 countsByYear W21265810102013 @default.
- W2126581010 countsByYear W21265810102014 @default.
- W2126581010 countsByYear W21265810102015 @default.