Blog Tags: Porpoise
Exploring the oceans from one of these animals points of view would be an exciting (and eye opening) experience.
So what marine animal would you be if you had the chance to be any creature in the ocean? We posed this question to our Ocean Heroes finalists, and here’s what they had to say. See if you can match their responses to the pictures above (answers at the bottom of this post)!
Michele Hunter – Harbor seal
Hardy Jones – Sperm whale
Kristofor Lofgren – Mako shark
Dave Rauschkolb – Porpoise
Richard Steiner – Polar bear (I like the odds and the challenge they face)
Donald Voss – Humpback whale
Sara Brenes – Tiger Shark
Calvineers – Blue whale
Sam Harris – Tiger Shark
James Hemphill – Hawksbill Sea Turtle (I have always been amazed at all the colors on its shell and how gracefully and peacefully it swims)
Teakahla WhiteCloud – Dolphin
Make sure to vote for your favorite Ocean Heroes, open from now until July 11th. Stay tuned to learn more about our finalists!
Photo Credits (clockwise from top left): Sperm Whale: Oceana/Juan Cuentos, Tiger Shark: Albert Kok, Harbor Seal: NOAA, Hawksbill Turtle: NOAA/Caroline Rogers, Porpoise: NOAA, Tiger Shark: Austin Gallagher, Humpback Whale: NOAA, Dolphin: Oceana/Eduardo Sorenson, Mako Shark: NOAA, Polar bear: NOAA, Blue Whale: NOAA (middle)
This is part of a series of posts about our Pacific Hotspots expedition. Today's highlight: prehistoric hagfish.
Oregon Leg, Day 4
Today we ran the R/V Miss Linda twenty miles west of Bandon, Oregon to Coquille Bank. This offshore bank, also known as the Bandon High Spot, rises up off the continental shelf break to a relatively shallow 300 feet in depth. Oceana worked to protect this area from bottom trawling in 2005. The regulations went into place in 2006 and now five years after the area was protected, we had the chance to dive there with the ROV.
In 2007, Drs. Mark Hixon and Brian Tissot published a scientific paper on the effects of bottom trawling at Coquille Bank. They found striking differences in the seafloor communities between heavily trawled and untrawled areas including more fish abundance and more diversity in the untrawled areas. They also found that bottom trawling affects marine life living in soft sediments and not just rocky seafloor habitats.