One of the questions that every student who comes into this lab asks me is, "You guys
have been doing this for 44 years, what questions still remain?"
Every time you answer a question you raise five more.
The more you study a system like this, the less you know about it.
Did you ever think that we would be sequencing the bird's genome?
No, I didn't know what the word 'genome' meant in 1972.
Who just came in?
[Band colors] Hot silver dash, hot lime.
That's not the bird we're missing, is it?
There's purple dash number or... Green lime silver dash, I know who that is.
This is a catchphrase for our overall project: "We're studying the genomics of extinction."
The idea is, we're trying to understand what happens to the genetics of a population as
it becomes so small in size, and eventually goes extinct.
The ultimate kind of 10-year plan is to use the Scrub-Jays as a model system for trying
to understand what happens when population sizes become really small.
[Imitating alarm calls] Psh, phs, psh, psh, psh, psh, psh.
I just heard wings, here we go!
I study population genomics, but I would call myself an evolutionary biologist first, and
an ornithologist second.
Is he gonna come?
See, I have finally learned how to hold onto peanuts... took several years.
In middle school I wanted to be a field biologist, mostly because I loved animals and wanted
to work with animals.
I didn't really develop an interest in birds until high school, and even then I had no
idea that I would be doing this.
I want one on my head!
What we're doing right now is collecting blood.
These samples form the whole basis of my project.
Without the DNA samples I would have nothing to analyze.
The beauty of the Florida Scrub-Jay is, it's been studied for so long.
There's 40 years' worth of data.
We know everything about every bird.
We know when it was born, how many offspring it had, how many offspring their offspring had,
we have measures of habitat quality, territory size, there's so much data!
And so my goal is that if we add on genomics for all of these birds for which we have complete
life histories, then we can actually start to ask a bunch of questions that no one else
was able to ask before.
It's pretty exciting.
Somebody asked me the other day -- well, there we go!
So our goal for the next couple years is to really, truly understand what is going on with
these birds.
Can we identify genes in this bird, on my head, that can help explain how long he's
going to survive and how many nestlings he produces over his lifetime.
I mean, this is kind of one of the most fundamental questions in evolutionary biology: what is
the genetic basis for fitness, why do some individuals do better than others?
We don't know, and our goal is to use all the information we have with these birds to
try to answer that.
Purple purple and purple orange, got it.
The joy of discovering something new, there really isn't something that comes close to
that.
Discoveries don't come often, but that's okay because when it does happen, when you find
a new result, it's really exciting.
So we're missing the female and purple lime.
When I decided to go to grad school I wanted to do some combination of lab work and fieldwork,
and it turns out now I spend probably seventy percent of my time in front of a computer
programming.
That was a bit of a surprise.
It's good for me to come reacquaint myself with the birds, get re-excited about the biology.
Plus I just love it here.
There's no other place like this on Earth.
If you want to understand what are the genes that influence survival and reproduction,
I'm not going to be able to measure that in the lab.
Ow, that actually hurts.