Update readme

README.md

@@ -1,13 +1,12 @@
-# This code will recreate all plots and all analyses for the paper "The optimal size of an ex situ 
-# conservation population: a comparison among 11 taxa in 5 genera"
-# This project was made possible through the support of 
-# the Institute of Museum and Library Services [Grants MA-05-12-0336-12, MA-30-14-0123-14, MA-30-18-0273-18, and MG-30-16-0085-16] 
-# and the National Science Foundation (DEB 1050340, DBI 1203242 and DBI 1561346)
-# Fieldwork was supported by 
-# the Plant Exploration Fund, the Association of Zoological Horticulture, SOS—Save Our Species (Grant 2012A-035), 
-# and the Mohamed bin Zayed Species Conservation Fund (Projects 0925331, 12254271, and 162512606). 
-# Code primarily written by S. Hoban, with small contributions or comments from E Spence and E Schumacher
-# Note: some of this code was originally developed for the Flowers et al 2018 white ash genetic study
+# This code will recreate all plots and all analyses for the paper "The optimal size of an ex situ conservation population: a comparison among 11 taxa in 5 genera"
+This project was made possible through the support of 
+the Institute of Museum and Library Services [Grants MA-05-12-0336-12, MA-30-14-0123-14, MA-30-18-0273-18, and MG-30-16-0085-16] 
+and the National Science Foundation (DEB 1050340, DBI 1203242 and DBI 1561346)
+Fieldwork was supported by 
+the Plant Exploration Fund, the Association of Zoological Horticulture, SOS—Save Our Species (Grant 2012A-035), 
+and the Mohamed bin Zayed Species Conservation Fund (Projects 0925331, 12254271, and 162512606). 
+Code primarily written by S. Hoban, with small contributions or comments from E Spence and E Schumacher
+Note: some of this code was originally developed for the Flowers et al 2018 white ash genetic study
 
 In this folder you will find data and files for recreating results in the paper "The optimal size of an ex situ conservation population: a comparison among 11 taxa in 5 genera".  Note to reviewers.  Only five species are included in this zip file.  The other files will be submitted to Dryad upon paper acceptance.  These will be requested to be on embargo for one year.  Nonetheless, all code should run for these five species with very minimal adjustment