Displaying 5 results from an estimated 5 matches for "shrubcover".
2009 Jul 13
2
Help me get this function to work...
...ames(TotalCover.df)<- c("Station","Shrub","Tree","Invasive","Herb","Litter","Bare")
Shrub.df<-data.df[data.df$Layer=="Shrub",]
Tree.df<-data.df[data.df$Layer=="Tree",]
Cover.fn<-function(ID){
ShrubCover.df<-Shrub.df[Shrub.df$Quadrat==ID,]
for (j in 1:length(ShrubCover.df[,"Quadrat"])){
for (i in 1:751){
if (TotalCover.df[i,"Station"]>=ShrubCover.df[j,"Start"] && TotalCover.df[i,"Station"]<= ShrubCover.d...
2009 Jul 13
1
Help get this simple function to work...
...es(TotalCover.df)<-
c("Station","Shrub","Tree","Invasive","Herb","Litter","Bare")
Shrub.df<-data.df[data.df$Layer=="Shrub",]
Tree.df<-data.df[data.df$Layer=="Tree",]
Cover.fn<-function(ID){
ShrubCover.df<-Shrub.df[Shrub.df$Quadrat==ID,]
for (j in 1:length(ShrubCover.df[,"Quadrat"])){
for (i in 1:751){
if (TotalCover.df[i,"Station"]>=ShrubCover.df[j,"Start"]
&& TotalCover.df[i,"Station"]<= ShrubCover.d...
2004 May 24
2
Manova and specifying the model
Hi,
I would like to conduct a MANOVA. I know that there 's the manova() funciton and the summary.manova() function to get the appropriate summary of test statistics.
I just don't manage to specify my model in the manova() call. How to specify a model with multiple responses and one explanatory factor?
If I type:
2004 May 24
1
discriminant analysis
Hi,
I have done different discriminant function analysis of multivariat data. With the CV=True option I was not able to perform the predict() call. What do I have to do? Or is there no possibility at all? You also need the predicted values to produce a plot of the analysis, as far as I know.
Here my code:
pcor.lda2<-lda(pcor~habarea+hcom+isol+flowcov+herbh+inclin+windprot+shrubcov+baregr,
2012 Nov 24
0
Grouped data objects within GLS and Variogram
Dear R Help,
I am having difficulty using Variogram within GLS to examine spatial structure of nested data. My data frame consists of ecological measurements of a forest, in which three landscape positions ("landposi") are compared. Each landscape position is replicated five times ("replicat"), and the environment is measured ("canopy", "litdepth", etc.)