On Nov 15, 2007 4:36 PM, Johan A. Stenberg <[EMAIL PROTECTED]> wrote:
> Dear all,
>
> I'm quite sure that this is a stupid question, but I'll ask anyway.
> I want to perform an ANCOVA with two continuous factors and three
> categorical factors.
>
> Plant population growth rate (GR) = dependent vari
Your model is fully saturated. It specifies terms that use
up all degrees of freedom. There are no degrees of freedom left
over for a Residual term and therefore there is no denominator for
the tests.
When you drop one term, then those degrees of freedom are left over,
that is they form the Res
On Thu, 2007-11-15 at 16:36 +0100, Johan A. Stenberg wrote:
> Dear all,
>
> I'm quite sure that this is a stupid question, but I'll ask anyway.
> I want to perform an ANCOVA with two continuous factors and three
> categorical factors.
>
> Plant population growth rate (GR) = dependent variable
>
Dear all,
I'm quite sure that this is a stupid question, but I'll ask anyway.
I want to perform an ANCOVA with two continuous factors and three
categorical factors.
Plant population growth rate (GR) = dependent variable
Seed reduction due to herbivory (SR) = continuous explanatory variable
Herbi
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