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- W2108203181 abstract "We compared the physiology and growth of seedlings originating from different Sequoia sempervirens (D. Don.) Endl. (coast redwood) and Sequoiadendron giganteum (Lindl.) Buchh. (giant sequoia) populations subjected to progressive drought followed by a recovery period in a controlled greenhouse experiment. Our objective was to examine how multiple plant traits interact to influence the response of seedlings of each species and seed population to a single drought and recovery cycle. We measured soil and plant water status, leaf gas exchange, stem embolism and growth of control (well-watered) and drought-stressed (water withheld) seedlings from each population at the beginning, middle and end of a 6-week drought period and again 2 weeks after re-watering. The drought had a significant effect on many aspects of seedling performance, but water-stressed seedlings regained most physiological functioning by the end of the recovery period. Sequoiadendron seedlings exhibited a greater degree of isohydry (water status regulation), lower levels of stem embolism, higher biomass allocation to roots and lower sensitivity of growth to drought compared with Sequoia. Only minor intra-specific differences were observed among populations. Our results show that seedlings of the two redwood species exhibit contrasting drought-response strategies that align with the environmental conditions these trees experience in their native habitats, and demonstrate trade-offs and coordination among traits affecting plant water use, carbon gain and growth under drought." @default.
- W2108203181 created "2016-06-24" @default.
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- W2108203181 date "2015-03-17" @default.
- W2108203181 modified "2023-09-27" @default.
- W2108203181 title "Contrasting drought-response strategies in California redwoods" @default.
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- W2108203181 cites W1966250651 @default.
- W2108203181 cites W1966530479 @default.
- W2108203181 cites W1966715855 @default.
- W2108203181 cites W1974886095 @default.
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- W2108203181 cites W1984806043 @default.
- W2108203181 cites W1985688809 @default.
- W2108203181 cites W1988831334 @default.
- W2108203181 cites W2008328757 @default.
- W2108203181 cites W2020586452 @default.
- W2108203181 cites W2037460649 @default.
- W2108203181 cites W2039423178 @default.
- W2108203181 cites W2040875193 @default.
- W2108203181 cites W2049469558 @default.
- W2108203181 cites W2062808509 @default.
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- W2108203181 cites W2069751400 @default.
- W2108203181 cites W2075127117 @default.
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- W2108203181 cites W2103213004 @default.
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- W2108203181 cites W2161030870 @default.
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- W2108203181 cites W2161573451 @default.
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- W2108203181 cites W2165038823 @default.
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- W2108203181 doi "https://doi.org/10.1093/treephys/tpv016" @default.
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