Steve Kembel <skembel@berkeley.edu>, David Ackerly <dackerly@berkeley.edu>, Simon Blomberg <s.blomberg1@uq.edu.au>, Peter Cowan <pdc@berkeley.edu>, Matthew Helmus <mrhelmus@wisc.edu>, Cam Webb <cwebb@oeb.harvard.edu>

R tools for integrating phylogenies and ecology
Steven Kembel <skembel@uoregon.edu>, David Ackerly <dackerly@berkeley.edu>, Simon Blomberg <s.blomberg1@uq.edu.au>, Peter Cowan <pdc@berkeley.edu>, Matthew Helmus <mrhelmus@wisc.edu>, Helene Morlon  <morlon.helene@gmail.com>, Campbell Webb <cwebb@oeb.harvard.edu>

Steven Kembel <skembel@uoregon.edu>, David Ackerly
<dackerly@berkeley.edu>, Simon Blomberg
<s.blomberg1@uq.edu.au>, Peter Cowan <pdc@berkeley.edu>,
Matthew Helmus <mrhelmus@wisc.edu>, Helene Morlon
<morlon.helene@gmail.com>, Campbell Webb
<cwebb@oeb.harvard.edu>
Phylocom integration, community analyses, null-models,
traits and evolution in R

Steven W. Kembel <skembel@uoregon.edu>, David D. Ackerly
<dackerly@berkeley.edu>, Simon P. Blomberg
<s.blomberg1@uq.edu.au>, Will K. Cornwell
<cornwell@zoology.ubc.ca>, Peter D. Cowan <pdc@berkeley.edu>,
Matthew R. Helmus <mrhelmus@wisc.edu>, Helene Morlon
<morlon.helene@gmail.com>, Campbell O. Webb
<cwebb@oeb.harvard.edu>

brglm, circular, corpcor, quantreg, plotrix

Steven W. Kembel <steve.kembel@gmail.com>, David D. Ackerly
<dackerly@berkeley.edu>, Simon P. Blomberg
<s.blomberg1@uq.edu.au>, Will K. Cornwell
<cornwell@zoology.ubc.ca>, Peter D. Cowan <pdc@berkeley.edu>,
Matthew R. Helmus <mrhelmus@wisc.edu>, Helene Morlon
<morlon.helene@gmail.com>, Campbell O. Webb
<cwebb@oeb.harvard.edu>

Steven W. Kembel <steve.kembel@gmail.com>, David D. Ackerly <dackerly@berkeley.edu>, Simon P. Blomberg <s.blomberg1@uq.edu.au>, Will K. Cornwell <cornwell@zoology.ubc.ca>, Peter D. Cowan <pdc@berkeley.edu>, Matthew R. Helmus <mrhelmus@wisc.edu>, Helene Morlon <morlon.helene@gmail.com>, Campbell O. Webb <cwebb@oeb.harvard.edu>

Functions for phylocom integration, community analyses, null-models, traits and evolution. Implements numerous ecophylogenetic approaches including measures of community phylogenetic and trait diversity, phylogenetic signal, estimation of trait values for unobserved taxa, null models for community and phylogeny randomizations, and utility functions for data input/output and phylogeny plotting. A full description of package functionality and methods are provided by Kembel et al. (2010) <doi:10.1093/bioinformatics/btq166>.