enough to withstand the most severe weather. You said that this isnât the first time a well-made vessel vanished. Absolutely right. A cargo ship named the Munchen disappeared in a storm while crossing the Atlantic in 1978. Like the Belle , it radioed an SOS, saying it was in trouble. No one could understand what could have happened to such a modern ship. Twenty-seven crewmen were lost.â
âTragic. Was any trace of the ship ever found?â Austin asked.
âRescue attempts started immediately after the SOS. More than a hundred ships combed the ocean. They found some wreckage, and an empty lifeboat that provided a valuable clue. The boat would have hung by pins on the starboard side more than sixty feet above the waterline. The steel pins attached to the boat were found to be bent from forward to aft.â
Zavalaâs mechanical mind immediately saw the significance of the damage to the ship. âEasy call,â he said. âA violent force at least sixty feet tall knocked the lifeboat off its pins.â
âThe Maritime Court said the ship sank when bad weather caused an âunusual event.ââ
Austin chuckled. âSounds as if the Maritime Court was dancing around the real conclusion.â
âThe mariners who heard the courtâs findings would agree with you. They were outraged. They knew exactly what sunk the Munchen. Sailors had been talking for years about their encounters with waves eighty or ninety feet tall, but the scientists didnât believe their stories.â
âIâve heard the stories about monster waves, but Iâve never experienced one firsthand.â
âBe thankful, because we wouldnât be having this conversation if you had run into one of these creatures.â
âIn a way, I donât blame the Maritime Court for being cautious,â Austin said. âSailors do have a reputation for stretching the truth.â
âI can vouch for that,â Zavala said with a wistful smile. âIâve been hearing about mermaids for years without seeing one.â
âNo doubt the court was leery of headlines about vampire killer waves,â Adler said. âAccording to the conventional scientific wisdom at the time, waves like the ones the mariners reported were theoretically impossible. We scientists had been using a set of mathematical equations, called the Linear Model, which said that a ninety-foot wave occurs only once every ten thousand years.â
âApparently, after the loss of the Munchen we donât have anything to worry about for the next hundred centuries,â Austin said with a wry grin.
âThat was the thinking before the Draupner case.â
âYouâre talking about the Draupner oil rig off Norway?â
âYouâve heard of Draupner?â
âI worked on North Sea rigs for six years,â Austin said. âIt would be hard to find anyone on a rig who hadnât heard about the wave that slammed into the Draupner tower.â
âThe rig is about one hundred miles out to sea,â Adler explained to Zavala. âThe North Sea is infamous for its lousy weather, but a real stinker of a storm came in on New Yearâs Day 1985. The rig was getting battered by thirty-to forty-foot waves. Then they got slammed with a wave that the rigâs sensors measured at ninety feet. It still leaves me breathless to think about it.â
âSounds like the Draupner wave washed the Linear Model down the drain,â Zavala said.
âIt blew the model out of the sea. That wave was more than thirty feet higher than the model would have predicted for the ten-thousand-year wave. A German scientist named Julian Wolfram installed a radar setup on the Draupner platform. Over four years, Wolfram measured every wave that hit the platform. He found twenty-four waves that exceeded the limits of the Linear Model.â
âSo the tall tales werenât so tall,â Austin said.