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Job opening: research technician

Nora Underwood   

Department of Biological Science
Florida State University
Tallahassee, FL 32306-1100

Office: 2008 King Life Sciences Building
Telephone: 850-644-4167
email: nunderwood@bio.fsu.edu

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Want to join the lab?

I work on the ecology and evolution of plants and insects. I am most interested in questions about population dynamics (how population sizes change through time and space), and the influence of characteristics of individual organisms on population size and distribution. Understanding this connection between individuals and populations means that I like to think about things like genetic variation, phenotypic plasticity, movement behavior, and environmental variation, as well as how population dynamics and evolution might interact. I work on interactions between plants and insect herbivores in part because they play important roles in natural and agricultural communities. Plant-insect systems are also easy to work with so it is possible (in combination with some mathematical models) to do experiments on population dynamics. Because the plant/insect relationship is so important in agriculture, studying the ecology of these systems allows me to focus on basic research questions while also generating information that can be applied to the practical problems of developing more sustainable agriculture. Because the questions that I ask span levels of organization from characteristics of individuals to populations, and encompass both long and short time-frames, I use a combination of greenhouse and field experiments with mathematical modeling. 

Research projects past and present:  

   The effect of insect herbivores on plant population dynamics (current project)
  Induced resistance and herbivore movement: spatial distribution of herbivores, damage and plant resistance (current project)
  Effects of patchy disturbance on the distribution and reproductive success of a rare endemic plant

   The influence of variance in quality within plant populations on herbivore population dynamics

   Induced resistance and herbivore population dynamics