Bøger af Charles Wilkins

Longlisted for the 2013 Charles Taylor PrizeThe dramatic and hilarious story of risk and survival, as well as the importance of our connections to the planet, on a human-powered journey across the ocean.It was to be an expedition like no other—a run across the Atlantic from Morocco to Barbados aboard an experimental rowboat. There would be no support vessel, no stored water, no sails or motor. The boat's crew of sixteen included several veterans of U.S. college rowing, a number of triathletes, a woman who had rowed both the Atlantic and Indian Oceans, and a scrawny sexagenarian looking for a last great challenge—our chronicler, Charles Wilkins.When he joined the expedition, Wilkins had never swung an oar in earnest. Accompanied by a devoted crew of misadventurers, Wilkins takes the reader along for seven weeks of rationed food, extreme sleep deprivation, and life-threatening seas—as well as sharks, whales, and an ever-disintegrating boat. Little Ship of Fools is a rich and fascinating story of courage, community, the importance of risk in our lives, and the resilience and depth of the human spirit.

Charles Wilkins, then a university student, took a job as a gravedigger in a vast corporate cemetery in the east end of Toronto during the hazy summer of 1969. The bizarre-but-true events of that time-a midsummer gravediggers' strike, the unearthing of a victim of an unsolved murder, and a little illegal bone-shifting-play out among a Barnum-esque parade of mavericks and misfits in this macabre and hilarious memoir. Amid relentless gallows humor and the inevitable reminders of what it is, finally, to be human, Wilkins provides an unforgettable insider's view of a morbidly fascinating industry. "In the Land of Long Fingernails" is a story of mortality, materialism, friendship and sexuality... and the gradual coming-of-age of an impressionable young man.

Mini- and microcomputer systems have become an important part of the physical scientist's array of analytical instruments. The experiments have been developed using Varian 620 and Hewlett-Packard 2100 series computers, but we believe they are readily transferable to other commonly available computer systems with a minimum of difficulty.