EcoClimLab / vertical-thermal-review

Manuscript and new analysis files for Vinod et al., 2022, New Phytologist
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Fig 1 edits #98

Closed NidhiVinod closed 2 years ago

NidhiVinod commented 2 years ago

@teixeirak, wondering if you would have ideas for what to have for arrow 4. I changed sensitivity to shortwave radiation because R1 suggested to use consistent language from leaf temperature section and suggested thermal capacitance. But thermal capacitance doesn't affect leaf temperature as much, I learned, so I removed the word from leaf temperature section. Now, I'm unsure what to label arrow 4?
image

teixeirak commented 2 years ago

Good question. I think @SlotMartijn could be more helpful here than I can.

For clarification, we're talking about the 4th arrow (under leaf temperature), not one of the arrows under "4. leaf gas excchange" (I was confused at first).

NidhiVinod commented 2 years ago

@Teixeira, Kristina A. @.***> , yes the understory leaf temperature arrow

On Sun, Jan 30, 2022 at 9:36 AM Kristina Anderson-Teixeira < @.***> wrote:

Good question. I think @SlotMartijn https://github.com/SlotMartijn could be more helpful here than I can.

For clarification, we're talking about the 4th arrow (under leaf temperature), not one of the arrows under "4. leaf gas excchange" (I was confused at first).

— Reply to this email directly, view it on GitHub https://github.com/EcoClimLab/vertical-thermal-review/issues/98#issuecomment-1025191932, or unsubscribe https://github.com/notifications/unsubscribe-auth/AOZIOQJSADYXLDMN23FPZM3UYVZJPANCNFSM5NDNFM4Q . You are receiving this because you authored the thread.Message ID: @.***>

SlotMartijn commented 2 years ago

Could you say "heat dissipation potential"? Not super clear perhaps, but the temperature section of the text includes comments on the understory conditions (low wind, high RH, low conductances) not being conducive to dissipating heat (and in the text I suggested the word 'dissipation' as alternative to 'shedding' in the context of leaf cooling. The labeling in the figure would have to be matched with whatever term we end up using in the text of course)

teixeirak commented 2 years ago

That works for me.

NidhiVinod commented 2 years ago

@SlotMartijn, wouldn't _heat _dissipation potential__ decrease going towards to the understory? but the arrow we have would mean increase, right?

SlotMartijn commented 2 years ago

You are right. Good catch. Other than 'thermal mass' or something like what you had before, I can't think of any term or parameter that would capture this phenomenon and increase towards the understory. Certainly not one that is used in the text

teixeirak commented 2 years ago

That's okay-- just switch the arrow direction.

NidhiVinod commented 2 years ago

Okay, here it is: Let me know if there any changes to make!

Screen Shot 2022-02-09 at 5 15 59 AM
teixeirak commented 2 years ago

Looks great!

NidhiVinod commented 2 years ago

Maybe I can close this issue then?

teixeirak commented 2 years ago

Yup!

teixeirak commented 2 years ago

@NidhiVinod , a minor point, but good to replace "temperature" with "T_air " on the first arrow.

NidhiVinod commented 2 years ago

@teixeirak, changed tair below:

Schematic figure 1
teixeirak commented 2 years ago

Awesome! Closing this again.