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6. Meet the Researchers and Getting to Know Them

Above; a kayaker stops and watches a passing pod of Northern Residents, the big male may be Hooker (B1). Scanned from Orca-The Whale Called Killer, by Erich Hoyt.

But history was happening outside the tank, too. What was going on in the wild, you ask?
Well, in 1973, the Government of Canada began to get concerned about the number of orcas being taken from their waters. They realized that no one really knew how many orcas there were out there, or, to tell the truth, what the heck the orcas were doing. Most of what we knew had come from studying how they ate, not the rest of how they lived. Who'd want to, anyway? These were vicious creatures-teddy bears in captivity, sure, but in the WILD? You'd be crazy to study them!
Ok so I'm exaggerating a bit. But there's no denying people were afraid of the very idea. A few people, however, decided to be different...these people would become some of the foremost experts on killer whales in the world. And a lot of these people, we have to thank the captive industry for.
This page will introduce some of the researchers who have caused the most insight into the orca's life. Note, that this is mostly in BC. Researchers in other countries, like the Russia Project and Ingrid Visser, will be included on the next page.
One of the first researchers to start with orcas was Graeme Ellis, co-author of the ID book, Killer Whales. Graeme Ellis worked with Bob Hunter, owner of Sealand, capturing and training whales for the aquarium. He was involved with the rare white whale Chimo's capture, and was angry at the lack of interest in the Scarredjaw Cow's fate.
The first orca he had to train was a male named Irving, who was kept at Pender Harbour for about four months before he escaped. A big male from A5 pod probably, Ellis was, understandably, scared of the orca. He was trying to get Irving to eat. The two established trust through a splashing game, and that's what made Irving eat, giving Ellis food for thought.
While Ellis quickly became one of the few people who actually knew quite a bit about orcas at the time, taking out other researchers and actually diving with the whales, another person was setting up camp-literally-off Johnstone Strait.
Paul Spong started out doing tests on a captive whale named Skana, at the Vancouver Aquarium, trying to determine her intelligence. Skana got most of them right, and eventually got a hang of the test. And then something bizarre happened-Skana systematically got every answer wrong! Spong was astonished. The whale was bored!
Skana proved she wasn't just a dumb animal. One time, when Spong was sitting with his feet in the water, Skana rushed over and raked her teeth over his feet. Startled and understandably freaked out, Spong yanked his feet away. Skana cruised away and Spong decided to put his feet back in. Again, Skana charged and raked her teeth over the feet, not hurting him but scaring him. About ten more times they did this, until finally Spong left his feet in while Skana did it. After that, she stopped. She had been training him!
A similar incident of an orca deconditioning a human of fear was when Graeme Ellis was working with Irving. Ellis' incident was a bit more disturbing-he dove in to feed the orca, and Irving charged up to his face and snapped his jaws right in front of him! Like Spong, Ellis got out of there, FAST. But for some unknown reason, he got back in. Like Skana, Irving continued until Ellis didn't flinch. Then the big whale was calm and friendly!
Paul Spong, meanwhile, became a loud voice for Greenpeace, speaking out against whaling and captive orcas. He moved his family to Hanson Island in Johnstone Strait, where he set up a research station called OrcaLab. Setting up cameras underwater and above surface, and setting up hydrophones (underwater microphones) throughout the area, Spong would later send the live feed of the BC orcas to people around the world, VIA the internet. Today, by going to Orca-Live, you can watch live feed of orcas in Johnstone Strait, read the updates telling you which orcas you're watching, and chat with other orca-lovers, while listening to the calls of the BC orcas.

Above; Nimpkish (A33) shows off for the camera in this screen capture taken from Orca-Live 2005. Copyrighted to OrcaLab and me, so please don't take without asking!


While they began researching the newly discovered world of the orcas, Spong, Ellis, and other researchers, including acoustics specialist John Ford of the Vancouver Aquarium, and researcher/author Erich Hoyt, began to notice one whale in particular. This whale had been reported as being seen as far back as the early 30s. She was a very noticeable whale-her fin was nothing more than a ragged stump, lobbed off years ago, probably in a collision with a boat. When Spong first saw her, he called her 'Tulip' because of the tulip-petal-like shape of her fin. Later, however, more and more people began to call her Stubbs.
Stubbs was easy to recognize-disfigured, ugly, and slower moving than the rest of the whales. But as the researchers got used to the whales, they began to realize that she wasn't the only one they could recognize on sight. Spong got to know another orca in particular, a female matriarch with a large nick in her fin, whom he called Nicola. Nicola's constant companion was a big male with a very wavy fin, appropriately named Wavy.
More and more whales became noticed: Top Notch, a big male with a notch near the top of his fin, his mother Scar, a female who'd also hit a boat and had heavy scarring, and Hooker, a rather badly named whale who's fin hooked forward.
Around this time, the Canadian government decided to find out just how many orcas they had in their waters. They sent out a young researcher named Michael Bigg.
Dr. Bigg realized very quickly that not only could Top Notch, Nicola, and the others be recognized on sight, but ALL the whales could! By taking high-resolution black-and-white photographs of the orca's dorsal fins and saddle patches, Dr. Bigg and his assistant realized that every single orca has a distinctive patch/fin. Some of the fins had distinctive shapes, or nicks, or scars. The saddle patches could be different shades of gray, different shapes, differently scarred. Some orcas looked so alike only the high-definition photos could tell them apart-but many could be recognized on sight!
Well, needless to say, this was exciting. Starting officially in 1973, Dr. Bigg enlisted the help of already-veterans like Paul Spong, Graeme Ellis, John Ford, Erich Hoyt and many others. Together, they began to figure out who was who, who they traveled with and what they did. An amazing social network emerged; possibly the most intriguing in the world. Calves living by their mother's sides for their entire life; matriarchal families traveling with other, distantly related families, traveling with more distantly related families, united by the unique and yet similar dialects each pod shared. No one had expected this!

Above; The ID photo of matriarch A12, also known as Scimitar, that shows how she can be identified. The most noticeable features are her scimitar-shaped fin, with its sharp point, and the hook mark on her saddle patch. Scanned from Killer Whales by John Ford, Graeme Ellis and Kenneth Balcomb.


Stubbs became the first identified whale, known as A1. The pods began to be arranged by letters, and whales by numbers. Relations were figured out; it was an exciting time to be a whale researcher. John Ford, who had become an expert at figuring out the different dialects of the different pods, began to analyse sound recordings of captures, figuring out which captive orcas came from which pods. Moby Doll, for instance, almost certainly came from J pod, because the J pod dialect has remained unchanged for years.
Speaking of the J pod, while everyone tried to figure out the northern whales, Kenneth Balcomb and a team of researchers headed down to the San Juan Islands. Setting up the Center for Whale Research, they began their own survey down south, finding three pods entirely separate from the northern whales, yet like them in almost every way.
Three types of whales emerged. Northern and Southern residents, fish-eating whales with close family bonds who never interacted with the other community, and transients, wandering, mammal-eating whales with mysterious ways and less stronge familial bonds.
It wasn't easy. The A-pod, for example, took many years. There was a pod known as the Six, who were very confusing. No one could figure out if they were part of Stubb's pod, or Top Notch's, or what. Finally, Dr. Bigg 'cleaned up the As', and established 'The Six' as a third A-pod, the A4 pod. The transients would take many more years.
Alexandra Morton arrived on the scene right about now. After studying two captive whales in California (Orky2 and the infamous Corky2, actually), Alex headed out to BC. Jumping right into the fray of researchers, photographers and scientists, Alex met her husband, Robin Morton, who was investigating the Rubbing Beaches at Robson Bight.
Robin Morton, along with many other people, had begun to unravel the mystery of the Rubbing Beaches. Pebble beaches that the northern residents loved to use as a massage parlor, they were an amazing thing to behold.
Alex and Robin Morton became an excellent team. Sadly, Robin died while diving and filming the whales. A sad loss for the whales and the rest of the world.
Alex came back into the researching world soon after and began to switch her focus to the elusive transients. Soon after, she began to research the effects of loud 'seal-scarers' and salmon farming in the area. Her findings horrified her-the whales were being driven out! Alex became a voice against the invasive salmon farms, seal-scarers, and other threats to the precious eco-system the orcas inhabit.
Soon, another type of orca emerged on the scene-a type even more elusive than the transients! (Just to make life difficult!) The offshores, traveling in huge groups and sounding a lot like residents, are a vastly unknown group of orcas which are being tentatively but eagerly IDed as we speak.

Above; one of the elusive offshores, hesitantly IDed as O3, with her calf, scanned from Issue 1 of the Blackfish Sounder.

Lance Barrett-Lennard also came into the scene. From the Vancouver Aquarium, Barret-Lennard did genetic testing on the whales. His findings were interesting and startling-and slightly horrifying. He revealed the transients orcas to be the most highly contaminated marine mammals in the world. They're more highly contaminated than the St Lawrence River belugas-which are considered toxic waste when they die. His study also revealed a long-unsolved mystery: who are the fathers? The whales are so tightly related and close, researchers had suspected massive inbreeding. But the orcas proved them wrong-apparently, the dialects so unique to each pod serve as a way for the whales to tell how closely another whale is related to them. Whales with heavy accents score! Finally, the research revealed that southern and northern residents, which related VERY distantly, haven't bred in thousands of years. Transients haven't bred with either of them in even longer.
Today, the research and fascination continues, and over 100 transients, 200 residents, and many offshores have been identified as individuals, named, and traced back generations!

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