The Devil and Sherlock Holmes (24 page)

The slow, methodical work had put him in a reflective mood, and he told me how he first became interested in the giant squid. “It had never been my plan,” he said. “When I was four or five, my parents got divorced, and I was sent to live with my grandmother. I didn’t have many friends. I was one of these horribly geeky kids. I had glasses and a heart murmur and arthritis, and I spent all my time on the beach, looking for shells. I collected thousands of them. When I was thirteen or fourteen, I started to go out on commercial fishing boats in the summer to try to find the rarest kinds. I remember once, I was on this boat, and the fishermen pulled in this shell. I knew there were only one or two in all of New Zealand, and I let out this loud scream, and the captain came down and yelled at me for screaming, but I didn’t mind. I was so excited to find it.”

He burned another hole in the net, filling the room with an acrid smell. He said, “After I graduated from the university with a doctorate in marine biology, I went to work for the National Institute of Water and Atmospheric Research. In 1996, I got a phone call saying that a fisherman had found a giant squid down in Wellington, and did I want it. I’d never seen one, so I raced down to the jetty, and took one look at it, and it was the biggest bloody thing I’d ever seen. I knew it wouldn’t fit in the car, and so I borrowed a trailer, and strapped it down with the tentacles draped over the car.

“Before long, the press got wind of it, and they started calling and asking me all these questions, and I didn’t know anything about the giant squid. I spouted a bunch of nonsense, and I soon realized no one really knew anything about this blasted thing. It was this great unknown, this complete mystery. And I’ve been trying to solve it ever since.”

He seemed slightly embarrassed by his candor. “What we need now are Coke bottles,” he said. He had brought several empty one-litre containers with him; he sliced each bottle in half, so that the top part resembled a funnel. He inserted each funnel, the wide part facing out, into the holes that he had made in the mesh netting. He then sealed them in place with a glue gun. “We’re ready for the final touches,” he said. He slid a hula hoop inside the bottom end of the mesh sheath; the result looked like a Victorian skirt. Finally, he clamped the bottom of the net to a small glass container.

He climbed onto a chair and held the contraption up: it was roughly six feet long and cylindrical in shape, with a round hardwood top, a funnel-studded net draped along the sides, and a little glass jar dangling on the bottom. “Whaddaya think, chappies?” O’Shea asked Conway and me.

“What is it?” I asked.

“A giant-squid trap.”

O’Shea pointed to the funnels excitedly, and explained that the para-larvae would swim through them and get trapped inside the net, eventually ending up in the glass jar. This rough-looking device had been carefully conceived: the net was made of extra-fine mesh, which would do less damage to the animals; the board was marine plywood, which would keep the net vertical in the water; and the Coke bottles were exactly the right size to trap the paralarvae. “It’s ugly as sin, I admit, but it should do the job,” he said, adding, “I’m a poor scientist, so it’s a bit of Steve O’Shea invention.”

He spent the rest of the day building a second trap, then announced that it was time to go hunting. The worst of the storm had blown out to sea, but the weather remained volatile, with gusting winds and dangerously high waves. Two surfers had drowned. “We’ll have to do some reconnaissance,” O’Shea said. Before sundown, we took a drive with the trailer, trying to find a safe place to launch the boat. We pulled into an inlet surrounded by volcanic cliffs. “This will have to do,” O’Shea said.

He backed the trailer down the beach, and we put the boat in the water. I climbed on board, and O’Shea and Conway followed. It was cold, but O’Shea was barefoot, and he was wearing only cutoff jeans and a baggy T-shirt. “Righteo, then,” he said, and gunned the engine.

O’Shea had no radar, but he had a navigational system with a small flickering display that signalled the location of the shore and the depth of the sea. It would be our only guide in the darkness.

“It’ll probably be too rough out there for any fishing boats,” O’Shea shouted over the noise of the engine. “But we’re going to need to be careful of container ships. They can come up pretty fast.” It was now twilight, and he squinted at one of the buoys that marked a safe route through the channel.

“What color is that?” he asked me.

“It’s green,” I said. “Can’t you see it?”

“I’m not just deaf,” he said. “I’m color-blind.”

As we left the harbor, it began to rain, and the smooth channel gave way to swells. The boat leaped over the crests, its aluminum hull vibrating.

“A bit rough, ain’t it?” Conway said.

“She’s sturdier than she looks,” O’Shea said of the vessel. He glanced at the forward berth. “Underneath those cushions are the life jackets. You don’t need to wear them, but just so you know where they are.”

The sun disappeared over the horizon, and for a while the sky released a flurry of bright colors, as if it had its own chromatophores. Then it grew dark, and the waves announced themselves not by sight but by sound, as they clapped against the bow. I slipped on my life jacket.

O’Shea said he knew just the spot for hunting, and he stared at the glowing dots on the navigational system. “Where are we going?” I asked.

“There,” he said, pointing into the distance.

I peered over the windshield and saw something shadowy looming over the waves, as if it were the prow of a ship. As we got closer, I realized that it was a large, jagged rock. More rocks became visible, hundreds of them, all jutting skyward. A channel, forty feet wide, flowed between the rocks, and the water stormed through this opening as if it were racing down a chute. O’Shea sped straight ahead. As we approached the rocks, the boat began to tremble while the swells climbed from ten to seventeen feet; the bow plunged downward, the boat sliding wildly in the water. “Hold on, mate,” O’Shea said. “Here comes a big one.”

The boat soared upward, and I felt momentarily suspended in the air, as if I were a cartoon character who had just stepped off a cliff. Then the boat fell straight down, and another wave crashed into it, sending us hurtling backward. My notebook and pen slid to the deck. The peanut-butter-and-jelly sandwiches we had packed for supper tumbled out of their containers. “We just need to make sure they don’t take us broadside,” O’Shea said.

The currents were pulling us toward the rocks, and I could hear the massive waves crashing into them. I was holding a flashlight, and I shone it in front of us: there was a twenty-foot wall of water. I turned around, and discovered that another enormous wall was pressing down on us from behind.

“You won’t find this in New York, will you, mate?” O’Shea said.

For a moment, I wondered if O’Shea was fully in command of his faculties. But we made it through the gap in the rocks, and he skillfully steered the boat into a protected inlet. It was indeed the perfect spot.

We dropped our anchor. O’Shea grabbed his homemade nets, and placed several glow sticks inside them. “The squid are drawn to the light,” he said. He tied the nets to a lead weight, which he then dropped in the water. We watched the light grow dimmer as the traps sank. “Well, let’s see what’s down there,” O’Shea said.

  Though oceans cover three-quarters of the Earth—the Pacific alone is bigger than all the continents put together—the underwater realm has remained largely invisible to human beings. For centuries, there was no way for scientists to peer into the depths, no telescope that could gaze into the abyss. (A pearl diver can venture down no more than a hundred feet.) Until the nineteenth century, most scientists assumed that the deepest parts of the ocean—where the temperature was frigid, the pressure intense, and the light minimal—contained no life.

In 1872, the British government and the Royal Society launched the first major oceanic expedition, transforming a two-hundred-and-twenty-six-foot naval warship into a floating laboratory, equipped with microscopes and vats of pickling alcohol. Christened H.M.S. Challenger, the ship, with five scientists, roamed the globe for three and a half years. The crew was constantly dredging the ocean floor for specimens, and the work was repetitive, and brutal; two men went insane, two others drowned, and another committed suicide. The scientists, however, were enthralled with their discoveries. They catalogued more than forty-seven hundred new species—proving, as C. Wyville Thomson, the chief scientist, later noted, that living beings “exist over the whole floor of the ocean.”

The voyage gave rise to the field of oceanography, but it also exposed the twin obstacles that would impede underwater exploration for generations: prohibitive costs and primitive technology. Even when scientists could finance expeditions, their equipment allowed them to study animals only after hauling them on deck—the equivalent of looking at a human corpse, then trying to imagine it alive.

In the nineteen-thirties, two wealthy Americans, Charles William Beebe and Otis Barton, used twelve thousand dollars of their own money to design a hollow steel ball with two quartz peepholes, which they called a “bathysphere,” named after the Greek word for “deep.” The vessel, which was four and a half feet in diameter, was tethered to a ship with a cable; if it snapped, the men inside would die at the bottom of the sea.

In 1934, near Bermuda, Beebe and Barton went down five hundred feet, then a thousand feet more, as greater and greater pressure pushed against the steel walls; they stopped at three thousand and twenty-eight feet. It was far deeper than anyone had ever gone. At one point, Beebe peered out, and spotted something that was at least twenty feet long. Later, in his autobiography, “Half Mile Down,” he wrote, “Whatever it was, it appeared and vanished so unexpectedly and showed so dimly that it was quite unidentifiable except as a large, living creature.”

In 1960, the United States Navy dispatched its own team of scientists to the bottom of the Mariana Trench, the deepest spot in the ocean floor, in the Western Pacific. (It is seven times as deep as the Grand Canyon.) The voyage was considered among oceanographers to be the equivalent of landing on the moon, but America was caught up in the Cold War, and, because such exploration had little military relevance, similar projects were soon abandoned.

According to one recent study, as much as ninety-five per cent of the oceans remains unexplored. It is believed that the seas contain as many as ten million species, of which fewer than half have been identified. By the nineteen-sixties, the giant squid had become, for oceanographers, an emblem of all that was still unknown about the seas.

In the mid-nineteen-sixties, Frederick Aldrich, a marine biologist from Canada, formed the first official squid squad. He distributed posters around Newfoundland that bore an illustration of a giant squid and the words “
WANTED! DEAD OR ALIVE
.” On one hunting trip, he spent four days in a submersible that he had baited with raw tuna, but, like so many of his expeditions, this one was fruitless.

In the nineteen-nineties, as more squid hunters took up the chase, Clyde Roper decided to let the one animal that was known to prey on Architeuthis find it for him. For several years, in oceans ranging from the North Atlantic to the South Pacific, he and his squad paddled out to sea in inflatable kayaks and delicately attached “crittercams”—specially designed underwater cameras—to the bodies of sperm whales. To Roper’s disappointment, the crittercams didn’t spy a single giant squid. In 1999, Roper, who is sixty-six, underwent a quadruple-bypass operation; though he has promised his family to desist from all the fund-raising that such expeditions require, he told me, “I’m hoping to make one more voyage.”

Meanwhile, the competition between rival squid squads has intensified. Xander Paumgarten, a publicist who helped to promote a 2000 expedition by Jacques Cousteau’s son Jean-Michel, told me, “There’s this all-out battle between these guys. Some of them totally hate each other.” Roper told me that many of the hunters now work in secret. O’Shea shares his research with several colleagues, whom he calls “gentlemen,” but there are some experts he calls “cannibals,” with whom he refuses to speak. “A lot of these people are vicious,” he said. “They want you to fail so they can be first.”

  Several weeks before I ventured out with O’Shea, I joined the squid squad of Bruce Robison, one of O’Shea’s leading counterparts. Unlike other hunters, Robison has two underwater robots, which have superior imaging capabilities and speed through the water more quickly than divers or most submersibles. The robots belong to Robison’s employer, the Monterey Bay Aquarium Research Institute, which was founded, in 1987, by David Packard, the billionaire technology guru. Situated a hundred miles south of San Francisco, the institute has an annual budget of thirty million dollars. On the expedition I was joining, Robison and his squad planned to sink a robot worth ten million dollars in Monterey Canyon, the deepest underwater chasm along the continental United States.

Robison and his squad are “opportunists,” as he put it, meaning that they film more than just squid. (“If you only look for one animal,” he said, “you’ll always be disappointed.”) Nonetheless, the squad had planned to spend six days in the same general area where, in 1980, Robison came closer than perhaps anyone to capturing an adult Architeuthis. That day, he had been trawling with a net nearly two thousand feet down; he decided to bring the net to the surface, and snapped its steel jaws shut. The bars clamped down on the tentacle of a live giant squid. Before the net reached the boat, the tentacle had torn off—leaving only twelve feet of it. “There was this big thing hanging off the front of the net,” Robison recalled. “The suckers were still grasping.” Robison’s discovery offered the most accurate recording yet of a giant squid’s depth in the water column. “Until then, most people thought they were only near the bottom,” he said. Robison later dissected the tentacle and performed chemical analyses; the consistency of the tissue, and its high level of protein, led him to speculate that the giant squid was “a relatively strong swimmer.” Robison told me that he had taken a bite of its raw, rubbery flesh. “How could I not?” he said, adding, “It was bitter.”