Evolutionary implications of collective personality

$40
Raised of $3,200 Goal
2%
Ended on 10/14/13
Campaign Ended
  • $40
    pledged
  • 2%
    funded
  • Finished
    on 10/14/13

About This Project

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What is the context of this research?

Individuals vary in their behavior. Intuitively, we all know this. However, groups may vary in their behavior as well. In evolutionary biology, we often say that natural selection occurs at the level of the individual, because that is the unit of reproduction (meaning a group does not share one set of genetic material that is passed on to another group in the same way two parents pass on genetic material to their offspring). However, the way a group behaves can impact how natural selection works on the individuals within the group. But how? This study uses ant colonies to test this. Ant colonies are the perfect model species because 1) you can measure the behavior of individual ants within a colony, but you can 2) also measure the variation of the colony as a whole. Additionally, colonies are composed of siblings and thus share the same genes, meaning that natural selection can work at the level of the group rather than at the level of the individual. This allows us to measure exactly what role personality has across multiple levels of organization.

What is the significance of this project?

We already have a good understanding of how groups may vary in their behavior, however, we have not yet applied this knowledge to how variations in behavior scale across multiple levels of organization (e.g. cells, individuals, family groups, populations). This research will help bridge these gaps in our knowledge. I am in an excellent position to conduct this research because I have already identified a group personality in our model species and have well established methods. This research will have implications not only for behavioral ecology and evolution but has practical applications in conservation biology, invasive species biology and understanding human behavior.

What are the goals of the project?

These funds will primarily be used to buy equipment, hardware and software to conduct this research. The data we collect comes from very high definition videos and is analyzed by a computer algorithm that requires a special computer processor. With this money we can buy this processor and update the necessary software which will allow us to both get more accurate results and also do so more efficiently.

Budget

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The budget, specifically, will be used to upgrade the processing power of my analysis computer by adding a high performance processor and its cooling unit, adding an improved video card, and getting an external hard drive and the attaching cable to store and back up my data to avoid losing it. Additionally, a Photoshop license will help me create the necessary figures for publication and a JMP license (statistics software) will assist in the analysis of my data.

Meet the Team

Sarah E Bengston
Sarah E Bengston
PhD Candidate

Affiliates

I received my Bachelor of Science from the University of Tennessee in 2010 with a degree in Honors Ecology and Evolutionary Biology. Currently, I am a PhD candidate at the University of Arizona in the Ecology and Evolutionary Biology department with a minor in the Entomology and Insect Science department.
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Team Bio

I grew up in Connecticut and have always had an interest in being outdoors and in animals. I've owned and competed with horses for years and spent several years training to have a career in working with them. However, during this training I realized that my true interest was in the science behind understanding why horses do what they do. This inspired me to move to Tennessee and pursue my undergraduate degree with a focus in animal behavior. Moving to Arizona to pursue my PhD was an easy choice for me. I loved the climate, the people and the school. I really enjoy using insects in my research, both because they allow me to ask interesting questions, but also because they allow me great chances for outreach. Participating in events such as the Arizona Insect Festival allows me to influence the next generation of scientists and teach them that insects are an important part of our ecosystem and our lives, not simply something to be squished with a shoe. When I'm not busy with my teaching or research duties I still love to take my horses out for rides in the desert or playing with my rescue dogs.

Sarah E Bengston

I grew up in Connecticut and have always had an interest in being outdoors and in animals. I've owned and competed with horses for years and spent several years training to have a career in working with them. However, during this training I realized that my true interest was in the science behind understanding why horses do what they do. This inspired me to move to Tennessee and pursue my undergraduate degree with a focus in animal behavior. Moving to Arizona to pursue my PhD was an easy choice for me. I loved the climate, the people and the school. I really enjoy using insects in my research, both because they allow me to ask interesting questions, but also because they allow me great chances for outreach. Participating in events such as the Arizona Insect Festival allows me to influence the next generation of scientists and teach them that insects are an important part of our ecosystem and our lives, not simply something to be squished with a shoe. When I'm not busy with my teaching or research duties I still love to take my horses out for rides in the desert or playing with my rescue dogs.

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