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EvoRAG (version 2.0)
Evolutionary Rates Across Gradients
Description
Uses maximum likelihood to estimate rates of trait evolution across environmental gradients.
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Version
Version
2.0
1.0
Install
install.packages('EvoRAG')
Monthly Downloads
14
Version
2.0
License
GPL (>= 2)
Maintainer
Jason Weir
Last Published
July 8th, 2014
Functions in EvoRAG (2.0)
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TypeI.error
performs a simulation based analysis of type I error
bootstrap.test
Estimate confidence intervals using bootstrap
Profile.like.CI
Estimate confidence intervals using profile likelihood
MScorrection
Correct for finite sample size in Euclidean distances given known variances in each sample
expectation.time
calculate the expected (i.e. mean) Euclidean distances through time given a rate of evolution, Beta.
EvoRAG-data
example data sets of avian sister pairs with trait data and a gradient
power.test
performs a simulation based analysis of statistical power
sisterContinuous
likelihood functions for continuous trait evolutionary models
EvoRAG-internal
internal EvoRAG functions
model.test.sisters
Fit evolutionary models for continuous trait data
sim.sisters
simulate Euclidean distances for sister pair data under 10 evolutionary models
EvoRAG-package
Evolutionary Rates Across Gradients
starting.values
returns the null starting values used in model.test.sisters
plotGradient.ci
Plot evolutionary rates and their confidence regions across a gradient
expectation.gradient
calculate the expected (i.e. mean) Euclidean distances for a gradient model
parameter.reestimation
uses simulation to determine robustness of parameter estimates under a model