The column labeled "Deviance" pretty much _is_ the chi-square,
specifically the likelihood ratio test statistic, which has an asymptotic
chi-square distribution. (Using test="Rao" gives you the alternative
Rao efficient score test, which in your case doesn't make much of a
difference.)
Notice though, that those displays are sequential and it is not clear that the
one in the image you attach is made in the same way (or in a sensible way for
that matter). In particular, you have highly significant interaction terms, in
which case the main effects tests are mostly irrelevant. You may need to consult
a textbook on Poisson modelling or generalized linear modelling -- the
discussion is a bit too long to be fitted into a mailing list.
-pd
On 14 Jun 2014, at 10:01 , Luis Fernando Garc?a <luysgarcia at gmail.com>
wrote:
> Dear all,
>
> I am making an analysis using a GLM using three explanatory variables and a
> response variable. I need to obtain a table similar to this one,
> http://postimg.org/image/5sau79wlt/r
>
> nevertheless, I have not been able to do it. I am having a hard time
> specially getting the chi square values. I would like to know how to obatin
> them. I have used the function ANOVA, but it shows me the deviance but not
> the Chi-Square values, can be used these values?
>
> I also would like to know what function could help me to make ad hoc
> comparisons for single variables and interactions.
>
> If any of you knows how to do both estimations, I would really appreciate
> it.
>
> All the best!!!
>
> This is my script
> a=read.table("ricis3.txt",header=T)
> attach(a)
>
model7=glm(Count~Sex+Time+Behaviour+Sex*Time+Sex*Behaviour+Time+Behaviour*Sex,family=poisson)
> summary(model7)
> anova(model7,test="Chi")
> <ricis3.txt>______________________________________________
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http://www.R-project.org/posting-guide.html
> and provide commented, minimal, self-contained, reproducible code.
--
Peter Dalgaard, Professor,
Center for Statistics, Copenhagen Business School
Solbjerg Plads 3, 2000 Frederiksberg, Denmark
Phone: (+45)38153501
Email: pd.mes at cbs.dk Priv: PDalgd at gmail.com