Hai Augusto,
regarding question #3:
You could use the red list API with RCurl and XML packages.
Here is an example:
> require(RCurl)
> require(XML)
> get_IUCN_status <- function(x) {
+ spec <- tolower(x)
+ spec <- gsub(" ", "-", spec)
+ url <- paste("http://api.iucnredlist.org/go/";, spec,
Dear List,
I have a problem with the ezANOVA package using for rm ANOVA or a problem with
my statistic design of the experiment. (or both ;-))
My file looks like this (is also attached):
sample daystreatments repl. dispersal gbiov/rich/evenness
1-367,14,21 synchron
Hi Nils,
Please use dput() to provide your data, and include the actual code
and error messages. I assume you actually mean the ez package? It's
important to provide a full explanation of the problem so that someone
can offer good advice.
Sarah
On Wed, Jun 27, 2012 at 9:56 AM, "Nils Gülzow" wro
Hi Nils,
On Wed, Jun 27, 2012 at 10:16 AM, Nils Gülzow wrote:
> hey Sarah,
>
> thanks for your good advice, I will add the information (actual code and
> error message) but I didn´t get what you mean with
> dput(), so how can I make my data available for the list?
> Sorry I am Nooby here ;-)
Ple
Hi Augusto,
For your second question regarding the readLines warnings, theres an
argument to readLines called warn, if you set that to FALSE it should do
the trick.
No idea about the internet connection thing though...some sort of if
statement triggered by the error I would imagine. Could it be t
http://sitedown.fr/wp-content/uploads/fgallery/otwla.html
[[alternative HTML version deleted]]
___
R-sig-ecology mailing list
R-sig-ecology@r-project.org
https://stat.ethz.ch/mailman/listinfo/r-sig-ecology
Hello.
Recently, I started to develop regression models using spatial data. In
particular, I've been developing mixed-effect models. My data requires to
take into consideration spatial autocorrelation, so I decided to use the
corStruct function in the nlme library.
Once I built a variogram plot t
Dear R users,
I am analyzing data using a gls model from the nlme package
The model is:
m2<-gls(C~LDH + SI3, method = "ML", weights = vpDist) ## I will later fit
this model using REML
C = total soil carbon, LDH = log of a distance that I am interested in, and
SI3 = is a index of invasion severi
