I’m excited to share the first paper of my PhD, now out in @MethodsEcolEvol! In it, @chamberea, @ianjwang, and I introduce wingen, a new method for generating maps of genetic diversity using moving windows. More below!⬇️#OA
https://t.co/vcSeO3ehvt
I’m excited to share the first paper of my PhD, now out in @MethodsEcolEvol! In it, @chamberea, @ianjwang, and I introduce wingen, a new method for generating maps of genetic diversity using moving windows. More below!⬇️#OA
https://t.co/vcSeO3ehvt
Want to use landscape genomics for conservation? Curious about how to apply these methods to individual-based sampling? Not to worry– use algatr! Our new paper w/ co-first author @anusha_bishop and coauthor @ianjwang is out in MER! More below ⬇️ #OA
https://t.co/2mltpHyZz8
Twitter, I need your help! The 3rd chapter of my dissertation includes a survey on shed antler collection in the Greater Yellowstone Ecosystem. Can I have some help getting the word out? Bonus points if you send this to a shed hunter who isn't on twitter :)
📖Blog📖
In this blogpost @anusha_bishop explain their new method for creating maps of genetic diversity using the R package Wingen🧬
Read below
🔽
https://t.co/aG4YOgd63X
📰Published📰
Bishop et al.introduce wingen, an r package for calculating continuous maps of genetic diversity, including nucleotide diversity, allelic richness, and heterozygosity.
🔽
https://t.co/PRaasnGvNX
@arildodias_eco@MethodsEcolEvol@chamberea@ianjwang Thanks, great question! Yes! I included a function called window_general() that should work for a broader range of data types and statistics. More details about this function can be found in the wingen package vignette.
I’m excited to share the first paper of my PhD, now out in @MethodsEcolEvol! In it, @chamberea, @ianjwang, and I introduce wingen, a new method for generating maps of genetic diversity using moving windows. More below!⬇️#OA
https://t.co/vcSeO3ehvt
7/ wingen is implemented as an R package that can be installed from GitHub. This is my first package and any feedback is greatly appreciated (especially if you find bugs🐞)! Also stay tuned for more features in the future…
https://t.co/2tyxo3BLLE
6/ Some other nice features of wingen:
✅Takes basic inputs (VCFs and coordinates) and produces basic outputs (rasters)
✅Uses simple functions in R
✅Runs super fast! (w/ options for parallelization)
https://t.co/vcSeO3ehvt
My #OA paper, w/ co-first author @frogsicles comparing 2bRAD & ddRAD is out!
When prioritizing practical things like ease, effort, & repeatability, 2bRAD is for you! But if you’re more focused on maximizing phylo info, then stick w/ ddRAD. More below ⬇️
https://t.co/XSMhsQuSHu