ng Procrustes-based analyses to
compare shape.
I was hoping that by stitching them into a 3D object, I could deal with
slight differences in alignment of the specimens in the photos.
Thanks for any advice,
Christy
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d get
around those issues.
Does anyone know if this is possible, and if so, how?
Thanks for any help!
Christy
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gt; Hi Christy,
>
> There is a package for R called 'stereomorph', it gives you the tools to
> acquire 3D landmark data from the use of 2 camera-setup. Here I give you
> some useful links, one the the authors page and the other one is the paper
> where it was published
Council Linkage Project Grant (mid-2018
to mid-2021) and involve collaborations with Museum Victoria (Dr Jane
Melville, Dr Joanna Sumner, Dr Katie Smith-Date), the South Australian
Museum (Dr Mark Hutchinson), Dr Christy Hipsley (University of Melbourne),
Dr Johannes Müller (Museum für Naturkunde
Hi Abby,
The Landmark Editor webpage has lots of resources on that topic, including
a powerpoint presentation and video. See here ->
http://www.idav.ucdavis.edu/research/EvoMorph
Christy
On Tuesday, November 20, 2018 at 10:53:14 AM UTC+11, abbygracedrake wrote:
>
> Hello!
>
>
pe data has a significant phylogenetic signal and I suspect that one
ecological group in particular is highly convergent.
Thanks for any help!
Christy
School of BioSciences
University of Melbourne
Parkville VIC 3010, Australia
Email: chips...@unimelb.edu.au
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Thanks everyone!
On Thursday, January 28, 2016 at 1:39:43 AM UTC+11, Christy Hipsley wrote:
>
> Dear All,
>
> I'm working with a 3D GM data set and am looking for a specific test of
> convergence that also accounts for phylogeny. After some searching it's
> s
ld also be
appreciated!
Christy
School of BioSciences
University of Melbourne
Parkville VIC 3010, Australia
Email: chips...@unimelb.edu.au
Museum Victoria
GPO Box 666
Melbourne VIC 3001,
gh the slopes remain statistically the same (tested using MANCOVA
in GeoMorph).
Thanks for any advice on how to compare these levels or if it even makes sense
to compare ontogenetic allometry to either of the others.
Christy
-----
Christy Anna Hipsley
University of Melbou
y to compare with tip taxa?
Thanks for any advice,
Christy
On Friday, July 1, 2016 at 12:31:37 AM UTC+10, dcadams wrote:
>
> Damien,
>
>
>
> Yes, one can take the regression parameters for each species and use these
> as ‘tips’ data to obtain ancestral estimates of the regressi
nd Geomorph for
analyses.
Best,
Christy
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cause it showed very well the environmental gradient along which the
different cranial shapes fall.
On Tuesday, November 29, 2016 at 10:04:02 AM UTC+11, Christy Hipsley wrote:
>
> Dear Morphmet-ers,
>
> I'm seeking advice on methods for visualizing shape features that
> dist
Last reply got a bit mixed - the bat section was for Carmelo...
On Tuesday, November 29, 2016 at 10:04:02 AM UTC+11, Christy Hipsley wrote:
>
> Dear Morphmet-ers,
>
> I'm seeking advice on methods for visualizing shape features that
> distinguish multiple groups using GM. I
then
determine which groups differed in y-intercept, would one set up the
advanced.procD.lm model like this and compare the pairwise LS means?
advanced.procD.lm(Y ~ size, ~ size+group, groups = ~group, slope = NULL,
iter=1)
Thanks if you can confirm that I'm setting this up correctly,
C
f it's only used for
visual comparison, is that technically okay?
Thanks for any feedback,
Christy
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To u
asked a couple of other
colleagues but no happy solution so far - I'm hoping someone here might
have the magic answer!
Thanks,
Christy
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is an easy way to do this. I naively tried multiplying the
x coordinate dimensions *-1 and keeping y the same, but since the midplane
x coordinates are not at 0 this obviously doesn't work.
Any advice or code would be greatly appreciated!
Thanks,
Christy
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e can use to compare modularity hypotheses? In Goswami &
Finarelli, they show that reducing the dataset down to 10 individuals from
48 still performs very well, but is there a true minimum? For example could
I take the 3 largest individuals from each species for the test?
Thanks for any
, not technology, is our biggest
challenge to open digital morphology data*', available here ->
https://www.nature.com/articles/s41597-019-0047-0.
We thank everyone again who participated, and many others who have engaged
in similar conversations over the years.
Best,
Christy + Emma
--
Hi all,
I'm looking for GM or other similar papers that include high numbers of 3D
models, like several hundreds or over a thousand. Particularly if these
were generated using microCT.
Thank you for any help,
Christy
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,
Christy Hipsley & Emma Sherratt
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data?"*.
<https://lh3.googleusercontent.com/-LPnca12rjzg/WY1FjymbH4I/AAM/GbaUK7LLEDoOAWo76-ubOQ01aalNwVdJgCLcBGAs/s1600/Wordcloud.jpg>
We will continue to post our findings here and again we thank everyone for
their time and feedback.
Best wishes,
Christy & Emma
Dear Morphmet
s the other?
Thanks for any advice!
Christy
*Dr Christy Anna Hipsley | ARC DECRA Fellow *
School of BioSciences, University of Melbourne/
Museums Victoria
GPO Box 666
Melbourne, Victoria 3001 Australia
*T:* +61 3 8341 7423 *E:* christy.hips...@unimelb.edu.au;
chips...@museum.vic.gov.au
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