Nabity Labity
  • Home
  • Research
    • Overview
    • Grape Phylloxera
    • Manzanita aphids
    • Woolly apple aphid >
      • WAA Team
      • WAA Project
      • WAA for Growers
    • Plant Parasites
  • People
    • Dr. Paul Nabity
    • Graduate Students
    • Undergraduates, Rotation Students, and Alumni
    • Join the Lab?
  • Publications
  • Teaching
  • News

Welcome to the Nabity Lab

​We broadly focus on how species interactions evolved, the mechanisms that facilitate adaptation, and how we might use this information to manage ecologically and agriculturally significant organisms. I am also interested in helping to change the discipline by recruiting and supporting underrepresented groups in STEM. 

We have two main research themes in the lab:

  • Evolution of herbivory: Here we use comparative genomics and experimental manipulation of both ecologically and agriculturally significant interactions to understand how insects evolved to feed on plants, and how these plants reciprocally respond. Check out some of our past and current work on:​ 
Grape Phylloxera Research
Manzanita Aphid Project
Woolly Apple Aphid Project

  • Resource tradeoffs: Here we try to understand the context that alters autotrophy (photosynthesis) when resources become limiting or shifted during the act of parasitism. We use both insects and plant parasites under natural conditions to characterize phenotypic plasticity and growth-defense tradeoffs. ​​
Context Underlying Plant Parasitism


OPPORTUNITIES
As the lab makes its transition into our temporary new building (while construction is completed on our old building) we are taking this time to reset. We are not accepting any new undergraduate or graduate students, or research scientists. Please check back for when this posting is removed and we are ramping up again. Thank you for your interest!


Picture
Picture
Picture
an artistic interpretation of the lab's research, copyright Robert Mitchell, chemical ecologist extraordinaire.
Apple orchards in spring can be quite peaceful.
The molecular landscape of galling herbivores is complex, but what drives this phenotype and how extended is it?
Powered by Create your own unique website with customizable templates.