What Caesar Did for My Salad: The Secret Meanings of Our Favourite Dishes

Author(s): Albert Jack

Food & Cooking

Did you know that the Cornish pasty was invented to protect tin miners from arsenic poisoning, or that the word 'salary' comes from Roman soldiers being paid their wages in salt? Why do we eat goose (or turkey) at Christmas? Is the Scotch egg actually from Scotland and what did some retired crusaders have to do with French toast? Who was the original Earl Grey and what sauce was inspired by Parliament? What dish was invented by Greek bandits on the run? Why were hot cross buns seen as magical and what's so rebellious about a haggis or medicinal about a gin and tonic? Did you know what the romantic history is behind the Bakewell Pudding? Albert Jack tells the strange tales behind our favourite dishes and drinks and where they come from (not to mention their unusual creators). In the colourful, wonderful vein of "Schott's Food and Drink Miscellany", Albert Jack's "What Caesar Did For My Salad" is bursting with fascinating insights, characters and enough stories to entertain a hundred dinner parties. Albert Jack is the author such bestselling titles as "Pop Goes the Weasel", "Shaggy Dogs and Black Sheep", and "The Old Dog and Duck".


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Product Information

Albert Jack is the man with the answers Daily Express Exploding sausages, life-saving Cornish pasties and Caesar's connection with salads ... the fascinating origins of our favourite dishes Daily Mail A slice of history to really get your teeth into The Sun

Albert Jack has written a series of bestselling books that explore the strange stories behind things we take for granted: that's everything from nursery rhymes - Pop Goes the Weasel - to everyday phrases - Shaggy Dogs and Black Sheep.

General Fields

  • : 9780141043449
  • : Penguin Books Ltd
  • : Penguin Books Ltd
  • : May 2012
  • : 198mm X 129mm X 21mm
  • : United Kingdom
  • : November 2012
  • : books

Special Fields

  • : Albert Jack
  • : Paperback
  • : 1
  • : 641.3
  • : 368
  • : 40 b/w