forc-db / Global_Productivity

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submission stuff #130

Closed teixeirak closed 3 years ago

teixeirak commented 3 years ago

@beckybanbury , here's a running list of what we need:

teixeirak commented 3 years ago

@beckybanbury , I think Fig. 2 is definitely the best for the graphical abstract. If you'd like to draft the 100 word summary, please do so. I'll put in a placeholder if needed.

image
teixeirak commented 3 years ago

@beckybanbury , the acceptance email has a checklist of formatting requirements, now loaded here. We need to work through these, including converting manuscript and tables to Word.

beckybanbury commented 3 years ago

@teixeirak am I correct that SI tables do not need formatting in word + we can just submit the SI as it is?

teixeirak commented 3 years ago

@teixeirak am I correct that SI tables do not need formatting in word + we can just submit the SI as it is?

Correct-- just the main manuscript. The SI will stay formatted exactly as we submit it.

beckybanbury commented 3 years ago

I've done the two manuscript tables in word format + saved in manuscript folder.

For figures it states that for multi panel figures panels need to be labelled in bold (a) (b) etc - all plots now have these labels but I can't figure out how to get them in bold. Any ideas?

teixeirak commented 3 years ago

I've done the two manuscript tables in word format + saved in manuscript folder.

Wonderful; thanks! I'll look at this soon.

For figures it states that for multi panel figures panels need to be labelled in bold (a) (b) etc - all plots now have these labels but I can't figure out how to get them in bold. Any ideas?

I'm definitely not the person to ask about manipulating R! If you can't do it easily, I wouldn't worry about it. They may fix it, or if not they'll send the figure back to us to fix.

teixeirak commented 3 years ago

@beckybanbury , here's a draft summary (entered as a placeholder):

We synthesize global data on how forest carbon fluxes vary globally with respect to climate and one another. Rates of C cycling increased continuously and in proportion to one another with decreasing latitude, increasing temperature, or decreasing temperature seasonality. This synthesis provides a foundation for understanding global patterns in forest C cycling in an era when forests will play a critical yet uncertain role in shaping Earth’s rapidly changing climate.

I think it has a lot of room for improvement if you'd like to take a stab at it.

teixeirak commented 3 years ago

@beckybanbury , we need the main manuscript figures PNG, JPEG, or WEBP

teixeirak commented 3 years ago

@beckybanbury , CORRECTION: figures need to be .jpg, .tif, or .eps.

teixeirak commented 3 years ago

The graphical abstract needs to be PNG, JPEG, or WEBP, so if you save the figures as .tif or .eps, we'll need to keep the .png version of Fig. 2

beckybanbury commented 3 years ago

@teixeirak thanks for catching that - I'll work on them now

beckybanbury commented 3 years ago

@teixeirak sorry that took way longer than I anticipated - all figures for the main manuscript are now also in jpeg format

beckybanbury commented 3 years ago

@teixeirak The word file for the manuscript looks good! I'm a little confused from the guidelines as to whether we need to insert figure + table captions and placements into this file - do you know?

teixeirak commented 3 years ago

I don't think so.

Thanks for the figures. I'll get back to the submission in a little bit.

teixeirak commented 3 years ago

@beckybanbury , let me know if you have any photos you'd like to include for social media/ candidate journal cover.

beckybanbury commented 3 years ago

@teixeirak I don't have much to change on that summary. I've removed one of the two 'global(ly)'s from the first sentence, and added a sentence (which I'm happy for you to change):

We synthesize global data on how forest carbon fluxes vary with respect to climate and one another. Rates of C cycling increased continuously and in proportion to one another with decreasing latitude, increasing temperature, or decreasing temperature seasonality. The effects of temperature were modified by water availability, and carbon fluxes were reduced under hot and dry conditions. This synthesis provides a foundation for understanding global patterns in forest C cycling in an era when forests will play a critical yet uncertain role in shaping Earth’s rapidly changing climate.

I don't think I have any photos!

teixeirak commented 3 years ago

Okay, submitted!

beckybanbury commented 3 years ago

Great, thanks!