[LTER-BioProd] Fwd: Opt-in paper, scaling up stability - deadline Monday April 6, 2020
Forest Isbell
isbell at umn.edu
Sun Apr 5 04:57:35 PDT 2020
Dear LTER working group members,
I just realized that Yann had asked me in his message below to forward it
to the entire working group. It looks like most of you were already
included below. For those of you who were not, my sincere apologies for not
noticing this earlier.
I hope you are all staying healthy and well during these challenging times.
Best wishes,
Forest
---------- Forwarded message ---------
From: Yann Hautier <yannhautier at gmail.com>
Date: Fri, Mar 27, 2020 at 11:20 AM
Subject: Opt-in paper, scaling up stability - deadline Monday April 6, 2020
To: <nutnet at googlegroups.com>, Andrew Hector <andrew.hector at plants.ox.ac.uk>,
Forest Isbell <isbell at umn.edu>, Akira Mori <akira.s.mori at gmail.com>, Andrew
Gonzalez, Prof. <andrew.gonzalez at mcgill.ca>, Adam Clark <
adam.tclark at gmail.com>, Jarrett Byrnes <jarrett.byrnes at umb.edu>, Laura Dee <
ledee at umn.edu>, Jane Cowles <jcowles at umn.edu>, Komatsu, Kimberly <
KomatsuK at si.edu>, Sasha Wright <sashajwright at gmail.com>, Meghan Avolio <
meghan.avolio at jhu.edu>, Peter Reich <preich at umn.edu>, Kevin Wilcox <
Kevin.Wilcox at uwyo.edu>, Shaopeng Wang <shaopeng.wang at pku.edu.cn>, 张鹏飞 <
wszpf at 126.com>, Michel Loreau <michel.loreau at sete.cnrs.fr>
Dear all,
I hope this message finds you well wherever you may be. I also hope you can
keep healthy in these difficult times. I know that the time is indeed not
the best to send an opt-in but I hope many of you will be able to give me
your input.
Attached is a manuscript that took many years to arrive at this stage after
the first discussions with Shaopeng Wang when he published the theory that
allows to scale up stability in space (Wang et al. 2014). It follows our
NutNet 2014 Nature publication. It has been developed with the help of many
people including NutNet and LTER collaborators: Shaopeng Wang, Michel
Loreau, Eric W. Seabloom, Jarrett E.K. Byrnes, Pengfei Zhang, Kevin R.
Wilcox, Kimberly J. Komatsu, Sally E. Koerner and Meghan L. Avolio.
This analysis is based on NutNet data from up to 48 sites and up to nine
years of post-treatment. It assesses the impact of fertilization on
biodiversity, asynchrony and stability at multiple spatial scales and
demonstrates that fertilization reduced the contribution of plant diversity
on the mechanisms promoting stability across spatial scales.
How to Opt-In
If you wish to opt-in to this manuscript, please
i) review the NutNet opt-in policy. If you contributed data but do not have
time or interest to opt-in as a co-author, you will still receive credit
for your hard work in the data contributor table which will be part of the
published SI materials. See the list of sites hereafter,
ii) review and provide constructive feedback on the attached manuscript,
and
iii) fill out the authorship table:
https://docs.google.com/spreadsheets/d/1gW2vu9QyF9tFGa7dqrG_kVlm6sBb0aypNQcUZxM6Vpo/edit#gid=0
I have attached the manuscript, figures/tables and methods as separate word
documents. Please send all feedback as track changes by Monday April 6,
2020 (two weeks). Let me know if you need more time.
I hope I am not forgetting anyone who expressed interest beyond NutNet
collaborators.
@Forest, maybe could you please forward the message to the LTER working
group to make sure everyone has the option to opt-in.
I really look forward to hearing from all of you who are interested!
Regards,
Yann
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