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- W2513398203 abstract "The combined effects of ozone (O3) and drought on isoprene emission were studied for the first time. Young hybrid poplars (clone 546, Populus deltoides cv. 55/56 x P. deltoides cv. Imperial) were exposed to O3 (charcoal-filtered air, CF, and non-filtered air +40 ppb, E-O3) and soil water stress (well-watered, WW, and mild drought, MD, one-third irrigation) for 96 days. Consistent with light-saturated photosynthesis (Asat), intercellular CO2 concentration (Ci) and chlorophyll content, isoprene emission depended on drought, O3, leaf position and sampling time. Drought stimulated emission (+38.4%), and O3 decreased it (−40.4%). Ozone increased the carbon cost per unit of isoprene emission. Ozone and drought effects were stronger in middle leaves (13th–15th from the apex) than in upper leaves (6th–8th). Only Asat showed a significant interaction between O3 and drought. When the responses were up-scaled to the entire-plant level, however, drought effects on total leaf area translated into around twice higher emission from WW plants in clean air than in E-O3. Our results suggest that direct effects on plant emission rates and changes in total leaf area may affect isoprene emission from intensively cultivated hybrid poplar under combined MD and O3 exposure, with important feedbacks for air quality." @default.
- W2513398203 created "2016-09-16" @default.
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- W2513398203 date "2016-08-09" @default.
- W2513398203 modified "2023-10-17" @default.
- W2513398203 title "Interaction of drought and ozone exposure on isoprene emission from extensively cultivated poplar" @default.
- W2513398203 cites W105370212 @default.
- W2513398203 cites W116253160 @default.
- W2513398203 cites W1275224569 @default.
- W2513398203 cites W1814837722 @default.
- W2513398203 cites W1822918935 @default.
- W2513398203 cites W1900749293 @default.
- W2513398203 cites W1964768303 @default.
- W2513398203 cites W1968584660 @default.
- W2513398203 cites W1974292132 @default.
- W2513398203 cites W1978121850 @default.
- W2513398203 cites W1978306571 @default.
- W2513398203 cites W1978453857 @default.
- W2513398203 cites W1979159948 @default.
- W2513398203 cites W1980816192 @default.
- W2513398203 cites W1981176893 @default.
- W2513398203 cites W1983408541 @default.
- W2513398203 cites W1989069766 @default.
- W2513398203 cites W1994317427 @default.
- W2513398203 cites W1999037075 @default.
- W2513398203 cites W2002486849 @default.
- W2513398203 cites W2004380096 @default.
- W2513398203 cites W2004694037 @default.
- W2513398203 cites W2008526124 @default.
- W2513398203 cites W2009306410 @default.
- W2513398203 cites W2011087468 @default.
- W2513398203 cites W2014281536 @default.
- W2513398203 cites W2016659589 @default.
- W2513398203 cites W2019718262 @default.
- W2513398203 cites W2025247767 @default.
- W2513398203 cites W2025607011 @default.
- W2513398203 cites W2033659667 @default.
- W2513398203 cites W2037050869 @default.
- W2513398203 cites W2038596635 @default.
- W2513398203 cites W2044724516 @default.
- W2513398203 cites W2049947688 @default.
- W2513398203 cites W2051388175 @default.
- W2513398203 cites W2051425552 @default.
- W2513398203 cites W2052132687 @default.
- W2513398203 cites W2056119491 @default.
- W2513398203 cites W2056268279 @default.
- W2513398203 cites W2056812331 @default.
- W2513398203 cites W2061827951 @default.
- W2513398203 cites W2066373811 @default.
- W2513398203 cites W2069726871 @default.
- W2513398203 cites W2075456045 @default.
- W2513398203 cites W2083003440 @default.
- W2513398203 cites W2083107019 @default.
- W2513398203 cites W2089404594 @default.
- W2513398203 cites W2090797381 @default.
- W2513398203 cites W2097988445 @default.
- W2513398203 cites W2100694181 @default.
- W2513398203 cites W2109600046 @default.
- W2513398203 cites W2111933656 @default.
- W2513398203 cites W2113002507 @default.
- W2513398203 cites W2117830870 @default.
- W2513398203 cites W2119675650 @default.
- W2513398203 cites W2121828743 @default.
- W2513398203 cites W2122574093 @default.
- W2513398203 cites W2122830446 @default.
- W2513398203 cites W2133391159 @default.
- W2513398203 cites W2137658999 @default.
- W2513398203 cites W2144077399 @default.
- W2513398203 cites W2144382484 @default.
- W2513398203 cites W2148171955 @default.
- W2513398203 cites W2152100096 @default.
- W2513398203 cites W2158110245 @default.
- W2513398203 cites W2158535548 @default.
- W2513398203 cites W2166354085 @default.
- W2513398203 cites W2166877223 @default.
- W2513398203 cites W2171618151 @default.
- W2513398203 cites W2286104846 @default.
- W2513398203 cites W2316636131 @default.
- W2513398203 cites W2349851764 @default.
- W2513398203 cites W2507998120 @default.
- W2513398203 cites W579043178 @default.
- W2513398203 cites W2175614419 @default.
- W2513398203 doi "https://doi.org/10.1111/pce.12798" @default.
- W2513398203 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27411672" @default.
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