Thank you so much! I will try it!
On Wed, Sep 9, 2015 at 3:27 PM, Sarah Goslee wrote:
>
> ### simulate landscapes with spatial autocorrelation ###
> ### Sarah Goslee 2015-09-09 ###
> ### Goslee 2006 PLANT ECOL
### simulate landscapes with spatial autocorrelation ###
### Sarah Goslee 2015-09-09 ###
### Goslee 2006 PLANT ECOLOGY 187(2):203-212 ###
library(gstat
Hi Sarah,
Thanks for your prompt responding. The methodology in the publication is
very similar to what I plan to do. Yes, could you be willing to share the
code if you don't mind?
Thanks a lot again,
Steve
On Wed, Sep 9, 2015 at 9:11 AM, Sarah Goslee wrote:
> You can use gstat, as in:
>
>
You can use gstat, as in:
https://www.researchgate.net/publication/43279659_Behavior_of_Vegetation_Sampling_Methods_in_the_Presence_of_Spatial_Autocorrelation
If you need more detail, I can dig up the code.
Sarah
On Wed, Sep 9, 2015 at 8:49 AM, SH wrote:
> Hi R-users,
>
> I hope this is not red
Hi R-users,
I hope this is not redundant questions. I tried to search similar threads
relevant to my questions but could not find. Any input would be greatly
appreciated.
I want to generate grid with binary values (1 or 0) in n1 by n2 (e.g., 100
by 100 or 200 by 500, etc.) given proportions of
5 matches
Mail list logo