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EcoClimLab / vertical-thermal-review

Manuscript and new analysis files for Vinod et al., 2022, New Phytologist
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monoturpenoids in Table 2 #78

Closed teixeirak closed 2 years ago

teixeirak commented 2 years ago

@NidhiVinod , Ty's text seems to be a bit conflicted with table 2, which shows monoterpenoids decreasing with height. His text doesn't mention that study, and the table doesn't include the study he cites. Also, I couldn't find the study in Table 2-- not in the refs section, and didn't find on google scholar.

NidhiVinod commented 2 years ago

Okay, I made a mistake here Krista, I think that's why you were not able to find the citation. Thanks for catching it. When I changed the accent of the author when LaTex couldn't take it, I added an accidently 'a', but it is in the reference section and is cited in Ty's text ie. Šimpraga et al. 2013. I fixed the table too based on their study: Pn: photosynthesis, MT: monotropene "The highest Pn rates were observed in the sun leaves at 25 m due to the higher intercepted light levels, whereas MT emissions (and the MT/Pn ratio) were unexpectedly highest in the semi-shaded leaves at 21 m. The higher Pn rates and, apparently contradictory, lower MT emissions in the sun leaves may be explained by the hypothesis of Owen and Peñuelas (2005), stating synthesis of more photo-protective carotenoids may decrease the emissions of volatile isoprenoids (including MTs) because they both share the same biochemical precursors."

https://doi.org/10.1016/j.atmosenv.2013.07.047 is the article. Ty has this in the text. And MT emission observations seems to be in line with Ty's too!