@UT_Stats PhD Student and @NSF Graduate Research Fellow developing models for applications in #ecology, #epidemiology and #genetics | musician | sci-fi fan
My first textbook is officially available for pre-order today. Grab a copy if you're interested in developing a (statistical) research-oriented mindset. The book is designed as a stepping stone from statistical coursework to novel statistical research.
https://t.co/SO6rIb0d03
In my latest paper (with M. Hooten and @vagheesh), we developed a dyadic model that accounts for the flow of biological processes in space-time. We applied our method to ancient human DNA data to study human movement in Bronze Age Europe. (1/5)
https://t.co/RVuEEmgpUo
We construct a fully connected network comprising spatio-temporal data for the dyadic model and use normalized composite likelihoods to account for the dependence structure in space and time. (4/5)
New paper led by star PhD student @mrschwob (who is currently on the statistics job market) building a bayesian hierarchical model to understand gene flow across space and time in ancient DNA datasets.
https://t.co/K8Hreo0cuB
🎉 Published🎉
"Dynamic Population Models with Temporal Preferential Sampling to Infer Phenology" w/ Mevin Hooten and @tmcdevittgalles
- Mechanistic Bayesian models for phenometrics
- Simple preferential sampling component
- NEON mosquito case study
https://t.co/HePUBYydEt
🎉 Publication Alert 🎉
"Multistage hierarchical capture-recapture models"
w/ Mevin Hooten, @drdevijo , and Jacob Ivan
We fit CR models in stages and leverage parallel computing resources for large data sets.
https://t.co/YWBnib3HfQ
🎊arXiv Alert🎊
My latest paper explores population dynamics for species that are preferentially sampled and infers phenology in an embedded mechanistic process. Co-authors: Mevin Hooten and @tmcdevittgalles
https://t.co/m5wkwIHGU2
Our wolf paper is out! https://t.co/y3KQnxRlYz Analysing 72 ancient 🐺 genomes from the last 100,000 years, we: #1 chart wolf natural history through the Ice Age, #2 directly detect natural selection, #3 reveal that dogs have dual ancestry. A 🧵 (11), illustrations by @jessrpeto
@leoNitrogen Glad to see that the Bayesian conversion has begun! Thank you for teaching me about agronomy. Let's get some more Bayesian work in there 😎🌾
Over the last two weeks, I had the opportunity to help with the NSF Bayesian Short Course, hosted at CSU. It has been a pleasure meeting such wonderful and curious ecologists, agronomists, and environmental scientists. Based on the smiles below, I think it went well!
How “science” can facilitate the politicization of charismatic megafauna counts | Proceedings of the National Academy of Sciences https://t.co/fX6RH5MorL @PNASNews@Femke_Broekhuis@alexbraczkowski @TurgwePete
Several years ago, my dad decided to quit his job and return to college. Today, he received his PhD in Mechanical Engineering at 54 years old! Very proud of him 🎓🎉🎉
🎉Live on arXiv🎉
"Bayesian Capture-Recapture Models that Facilitate Recursive Computing "
w/ Mevin Hooten, @drdevijo , and Jacob Ivan
We fit CR models in stages and leverage parallel computing resources for large data sets.
https://t.co/0mTxPEMeT8
@NISS_DataSci event: "How to Write a Successful Grant Proposal" on Nov. 4, featuring seminars from experts in NSF, NIH, and academia. Who doesn't want more money for more research? #NISS
https://t.co/JdRZTZzAEt