Translocations Season 1 Recap Last season, Obedient Juvie (a.k.a. O.J.) and Curious Juvie (a.k.a. C.J.) helped me out with my first pilot study to test heat flux biologgers (what are these?) on freely swimming juvenile elephant seals. Not only did we learn what worked and what didn’t work in terms of sensor attachment and configuration, we also found out that translocations can take some unexpected plot turns, like having to drive 3 hours south to another elephant …
The anticipation I felt was more than I expected—every couple of hours I was logging into the Argos system database to check the latest satellite hits. Where were my seals going? Earlier that day: As a first-year graduate student in The Costa Lab at UC Santa Cruz, I was conducting my first field experiment with juvenile elephant seals (research performed under NMFS permit #19108 and IACUC approval). After finding two healthy juveniles that had not yet started …
Imagine this scenario: You’re going for a jog outside, but seeing some snow on the ground, you decide to put on a thermal long-sleeve shirt underneath your sweatshirt. Right as you step out the door, you sure are glad you added that extra layer. After a few minutes into your jog, you notice you’re breathing heavy and your heart is beating faster (…especially if you’re out of shape). Your skin might get red, feel hot …
1. What are you doing while you are in Antarctica? We are studying the foraging ecology and physiology of one of the Southern Ocean’s top predators—the leopard seal. Leopard seals are known for their sharp teeth, reptilian appearance, and voracious appetite. However, many aspects of their basic biology remain a complete mystery. Our goal is to understand where they go, how deep they dive, what they eat, and how their physiology enables them to live …