Abstract Details
(2020) The Response of Plant Biomarker Lipids to Water Stress and Light Variables
Wang Z, Hockaday W, White J & Thomas J
https://doi.org/10.46427/gold2020.2799
12e: Room 4, Friday 26th June 00:54 - 00:57
Zhao Wang
View all 2 abstracts at Goldschmidt2020
View abstracts at 3 conferences in series
William Hockaday View abstracts at 12 conferences in series
Joseph White View abstracts at 2 conferences in series
Jon Thomas
William Hockaday View abstracts at 12 conferences in series
Joseph White View abstracts at 2 conferences in series
Jon Thomas
Listed below are questions that have been submitted by the community that the author will try and cover in their presentation. To submit a question, ensure you are signed in to the website. Authors or session conveners approve questions before they are displayed here.
Submitted by Elizabeth Herndon on Wednesday 24th June 17:13
Do you know what about the elevation gradient could drive changes in dehydroabietane in the leaves?
Hi Dr. Elizabeth Herndon, thanks for your question. Yes, the elevation gradient ranged from 30 to 100 m/km. Dehydroabietane derived from Ashe Juniper leaves has shown strong correlation with the elevation (p<0.05). Ashe Juniper is an anisohydric plant and has a relatively shallow rooting system, so water content in the leaves was lower in summer and in higher elevation. The trend of dehydroabietane with the elevation was the same with that of water content.
Do you know what about the elevation gradient could drive changes in dehydroabietane in the leaves?
Hi Dr. Elizabeth Herndon, thanks for your question. Yes, the elevation gradient ranged from 30 to 100 m/km. Dehydroabietane derived from Ashe Juniper leaves has shown strong correlation with the elevation (p<0.05). Ashe Juniper is an anisohydric plant and has a relatively shallow rooting system, so water content in the leaves was lower in summer and in higher elevation. The trend of dehydroabietane with the elevation was the same with that of water content.
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