Hi all,
Am 13.01.2016 um 15:31 schrieb Edzer Pebesma:
> I think so, when the operations (computing the drift, and block
> averaging) are both linear, it does not matter in which order they are
> carried out: f(g(x)) = g(f(x)).
... which seems to be one of the messages of this paper:
On 13/01/16 14:16, Antonio Manuel Moreno Ródenas wrote:
> Hello, I would like to rise a question on the use of predict {gstat},
>
> I'm trying to perform the estimation of a spatially distributed variable at
> the support scale of a particular area (Block kriging). I have access to an
>
Thanks a lot Edzer,
I'm not sure that would work.
In that way I would transfer to the kriging function the averaged value of
the covariate in the block. I'm not sure that would make the kriging behave
correctly.
All the points calculated with the prediction inside the block (and later
averaged
Hello, I would like to rise a question on the use of predict {gstat},
I'm trying to perform the estimation of a spatially distributed variable at
the support scale of a particular area (Block kriging). I have access to an
additional variable, it is known that the variable of interest is
On 13/01/16 15:01, Antonio Manuel Moreno Ródenas wrote:
> Thanks a lot Edzer,
>
> I'm not sure that would work.
> In that way I would transfer to the kriging function the averaged value
> of the covariate in the block. I'm not sure that would make the kriging
> behave correctly.
>
> All the
