Description Usage Arguments Value Author(s) Examples
View source: R/Germination.niche.R
The function performs linear model with quadratic term to identify the value of the ideal environmental variable for germination (germination niche) from a series of tests. Indeed perform ANOVA and Tukey test. The results are plotted using boxplots, different letters indicate significant differences among tests. The figure is automatically saved in 16:9 at 300 dpi.
1 | Germination.niche(germ_dyn, Nv.seed=NULL, n.seed=20,Env_Var=null)
|
germ_dyn |
germination dynamic matrix, row=tests, col=days, frist column=type of test |
n.seed |
number of seeds for each petri |
Nv.seed |
Number of not empty seeds, must be a vector or the column number where these values are located |
Env.var |
Environmental variable, the column number where these values are located |
M_env |
Final germination percentage each petri with associated environmental varable |
Z_env |
Germination delay each petri with associated environmental varable |
T50_env |
T50 each petri with associated environmental varable |
Plot_M_env |
Smoothed fit for final germination percentage with boxplot for each test |
Plot_Z_env |
Smoothed fit for germination delay with boxplot for each test |
Plot_T50_env |
Smoothed fit for germination speed T50 with boxplot for each test |
Michele Di Musciano (michele.dimusciano@graduate.univaq.it)
1 2 3 | file_germ<-read.csv("your_germination_file.csv")
Germination.Analysis(file_germ, Nv.seed = NULL, n.seed=10, Env.var=3)
|
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.