Tanya Brunner
Rocky Hill, Connecticut
Blue shark
I write articles on shark biology for the education section of the Shark Savers website.
Every organism occupies a special place in the ecosystem. Dolphins are wonderful, but sharks have always fascinated me. They are especially interesting to me because we do not have the capacity to interact with them in ways that we typically enjoy doing with animals like dolphins and whales. They are so amazingly well-adapted to the many different environments they inhabit, and yet there is still a lot we don't know about them.
Shark Savers is a great organization. I have been following their growth over the last years and am impressed by all the positive work they have done and by the difference they are making all over the world. Their mission is something I also wanted to be a part of and contribute to.
I get most of my information from peer-reviewed journals that publish research done on sharks. This also helps me to access the most current information on a specific topic. In addition to citing research papers, I also use a variety of books on sharks and fish.
Sharks are fish, and while they have a lot in common with many other species of fish, they are remarkably different. Their taxonomic group includes both very small and very large species, as well as very fast swimming, open-ocean and slow-moving, benthic species.
It is a large indication of the extensive amount of time that they have been evolving on earth.
Absolutely. One of the most important things we can do for shark conservation is educate the public about their behavior, life history, and even their anatomy. When people better understand an animal, they are usually more inclined to protect it.
I would be very interested in knowing more about the mating habits of great whites. For a fish so large, it is fascinating that we really do not know much about where they go to mate, when, and how often. It would certainly help us better understand how to protect this species.
Tanya's latest article looks at the way sharks produce heat in Endothermy: the Heat Within