COMPARATIVE PHYSIOLOGY
Physiological and Biochemical Neuroprotection in Cetaceans
COMPARATIVE PHYSIOLOGY
Physiological and Biochemical Neuroprotection in Cetaceans
Marine mammals dive to various depths continuously throughout their lives. They dive to feed, rest, play, and numerous other activities. However, the physiological changes their bodies incur during these dives is not fully understood. As part of this study, we are looking at the heart rate of diving marine mammals and how it may change over the course of a dive during different levels of activity. Could heart rate be a key factor in why it is believed marine mammals do not suffer from pressure related illnesses like human divers? This is one of many questions we hope to answer.
In order to measure heart rate accurately, our resident animals have been trained to wear a specially designed wetsuit (see pictures above and to the right). This wetsuit carries heart rate monitoring equipment that rests against the body of the animals and is able to measure their heart rate during all stages of their dive. We are working in collaboration with animal facilities around the world to help us gather heart rate information from a wide variety of cetacean species in a range of water temperatures and depths.
Diving Protection
Project Statistics
name trenz pruca
location seattle, washington
job photographer
subjects landscape, portrait, travel
Project Statistics
title Physiological and Biochemical Neuroprotection in Cetaceans
questions To determine if some marine mammal species are safeguarded from emboli and barotraumas, and if so how this is achieved.
locations Santa Cruz, California, USA
Orlando, Florida, USA
San Diego, California, USA
Atlanta, Georgia, USA
Freeport, Bahamas

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Updated March 2011