Austin Koontz, MSc.

Austin Koontz, MSc.

Research Consultant

Hoban Conservation Lab

I’m a Research Consultant for the Hoban Conservation Lab. Using population genetic data, I work with other members of the lab and folks from different botanic gardens and arboreta to inform the conservation of rare plant species.

Currently, I’m working on a project seeking to measure the correlation between geographic and genetic metrics of ex situ collection breadth. This is part of an IMLS grant which seeks to improve how botanic gardens utilize genetic data. I’m also conducting genetic analyses on red oaks distributed across Texas.

You can find more of my research below.

Download my CV.

Interests
  • Conservation Genetics
  • Plant Population Genetics
  • Bike Touring
Education
  • MSc in Biology/Ecology, 2020

    Utah State University

  • BSc in Neuroscience, 2014

    University of Nevada, Reno

Publications

Ne does not provide sufficient information on allelic variation: Suggestions to fill the gap
Multinational evaluation of genetic diversity indicators for the Kunming-Montreal Global Biodiversity Framework
We assess two genetic indicators included in the Kunming-Montreal Global Biodiversity Framework using data from 919 taxa representing 5,271 populations across nine countries. We found that while the majority of species maintain their populations, many of those populations are too small to maintain genetic diversity.

iNaturalist Observations

These are some of my recent observations from iNaturalist. If you want to see more, follow me there!

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Experience

 
 
 
 
 
Research Consultant
Self-employed
Nov 2023 – Present Eugene, OR
I’m currently a Research Consultant for the Hoban Lab, where I continue to support the projects I worked on in my prior role as a Research Assistant with the Morton Arboretum. I also collaborate with researchers at other botanic gardens and arboreta, and serve as the system administrator for the Hoban Lab Linux server.
 
 
 
 
 
Morton Arboretum
Research Assistant II
Jul 2021 – Oct 2023 Lisle, IL
In my previous role with the Morton Arboretum, I conducted genetic analyses for projects focused on the conservation and management of rare trees, both in wild (in situ) and garden (ex situ) scenarios.
 
 
 
 
 
Utah State University, Department of Biology
Master’s Student
May 2020 – Sep 2018 Logan, UT
While obtaining my Master’s at Utah State University, I was advised by Dr. Will Pearse and Dr. Paul Wolf.
 
 
 
 
 
Hamilton Robotics
Applications Specialist
Jan 2015 – May 2018 Reno, NV
As an Applications Specialist, I wrote and supported method scripts for customers in the OEM setting and internally, for standardized laboratory protocols. I served as the primary application resource for customers from product development to launch, and worked with hardware and software engineers to design automation solutions.

Projects

Genetic Diversity Indicators

Genetic Diversity Indicators

Along with an international team of conservation and population geneticists, I’ve helped develop and calculate genetic diversity indicators–metrics that serve as proxies for the genetic status of a species and which can be determined with or without genetic data. These indicators are included in the Center for Biological Diversity’s Kunming-Montreal Global Biodiversity framework. I recently coauthored a paper outlining the calculation of these indicators for nine different countries, and am currently working on calculating indicator values for North American trees.

Geographic Genetic Correlation

Geographic Genetic Correlation

Botanic gardens and arboreta strive to protect not just species diversity, but genetic diversity within species. This project builds off of gap analysis approaches to assess how well geographic proxies of genetic diversity work.

Ex situ conservation of oaks using RADseq vs. microsatellite markers

Ex situ conservation of oaks using RADseq vs. microsatellite markers

Using both empirical and simulation approaches, I’ve conducted research comparing SNP and microsatellite markers when measuring ex situ conservation. This work is part of the larger Global Conservation Consortium of Oaks, and was funded by the Institute of Museum and Library Services.